mhurhangee/ep-ind-claims huggingface dataset:
A method of coating a substrate with a foam, wherein the method comprises: (a) holding a substrate comprising a plurality of channels vertically; and pushing or injecting the foam through open ends of the channels at a first end of the substrate; and wherein the foam comprises a particulate material comprising a ceramic material, said ceramic material comprising a refractory oxide, a ceramic compound, a metal aluminate, a molecular sieve, or a mixture of two or more thereof, and wherein the foam is particle stabilized; and wherein the foam is obtained from a method comprising the steps of: (i) preparing a suspension of the particulate material in an aqueous medium containing an amphiphile; and (ii) foaming the suspension by introducing a gas into the suspension to generate a particle-stabilised foam. (a) holding a substrate comprising a plurality of channels vertically; and pushing or injecting the foam through open ends of the channels at a first end of the substrate; and
Switch assembly having a connector and a complementary mating-connector for producing and separating a connection of the connector with the mating-connector, • wherein on the connector is arranged a locking bolt rotatable about an axis, • wherein the locking bolt has a thread, • wherein a counter-thread is arranged on the mating-connector, and • wherein a locking of the connector with the mating-connector can be produced by screwing in the thread of the locking bolt into the counter-thread, wherein a relative movement of the connector to the mating-connector for connecting the connector with the mating-connector can be produced by screwing in the thread of the locking bolt into the counter-thread, characterised in that likewise a relative movement of the connector to the mating-connector for separating the connector from the mating-connector can be produced by screwing out the thread of the locking bolt out of the counter-thread. • wherein on the connector is arranged a locking bolt rotatable about an axis, • wherein the locking bolt has a thread, • wherein a counter-thread is arranged on the mating-connector, and • wherein a locking of the connector with the mating-connector can be produced by screwing in the thread of the locking bolt into the counter-thread,
Method for providing a screwing tool (9, 11) having at least one inner screwing tool and one outer screwing tool, wherein the at least one inner screwing tool is disposed within the outer screwing tool, and wherein the at least one inner screwing tool and the outer screwing tool can be rotated together about the same rotational axis, and wherein the at least one inner screwing tool and the outer screwing tool are movable in each case relatively to one another along an axis which substantially corresponds to a course of a tool carrier of the at least one inner screwing tool and/or of the outer screwing tool, and wherein by means of the relative movement along the axis only one screwing tool (9, 11) can be moved into a screwing position suitable for screwing with the screwing device, and wherein the screwing device includes at least one means (5, 17, 19) for identifying a screwing tool (9, 11) located currently in screwing position; and wherein the screwing device includes a control device having at least one storage unit, wherein in the at least one storage unit data are stored regarding screwing cases which are respectively to be carried out, and wherein the control device is configured to provide a control command for releasing a screw function only when the means (5, 17, 19) for identifying a respective screwing tool (9, 11) located in screwing position report that a screwing tool (9, 11) required for a current screwing case is in the screwing position, characterised in that the control device is configured, depending on a respective screwing case to be carried out, to set a maximum torque which is to be generated by the screwing device.
A nanofiber fabric comprising: a first plurality of nanofiber yarns oriented in a first direction; a second plurality of nanofiber yarns oriented in a second direction different from the first direction; the second plurality of nanofiber yarns in contact with the first plurality of nanofiber yarns at a plurality of junctions; characterized in that: the nanofiber fabric comprises adhesive accumulations that are selectively located on at least some of the plurality of junctions but not on all portions of the nanofiber fabric so as to limit the contact area between the adhesive and the nanofiber yarns of the nanofiber fabric, and the adhesive of the adhesive accumulations has a first adhesive strength. a first plurality of nanofiber yarns oriented in a first direction; a second plurality of nanofiber yarns oriented in a second direction different from the first direction; the second plurality of nanofiber yarns in contact with the first plurality of nanofiber yarns at a plurality of junctions; characterized in that: the nanofiber fabric comprises adhesive accumulations that are selectively located on at least some of the plurality of junctions but not on all portions of the nanofiber fabric so as to limit the contact area between the adhesive and the nanofiber yarns of the nanofiber fabric, and the adhesive of the adhesive accumulations has a first adhesive strength.
A method for dynamically providing perceptible feedback for a rotary control component (410, 510) of an electronic device, comprising: detecting (802, 902, 1410) an operation on the rotary control component; setting (804, 904, 1420) an initial value of the rotary control component to a current software control value of the electronic device; determining limit position values (412, 414) based on the initial value; identifying (808, 822, 906, 1340) a variation value corresponding to the operation; determining (810, 824, 1440) that the initial value and the variation value meet a feedback condition according to which one of the determined limit position values is exceeded; and providing (812, 826, 912, 1450) perceptible feedback through a feedback component of the electronic device at a first level only if the feedback condition is met. detecting (802, 902, 1410) an operation on the rotary control component; setting (804, 904, 1420) an initial value of the rotary control component to a current software control value of the electronic device; determining limit position values (412, 414) based on the initial value; identifying (808, 822, 906, 1340) a variation value corresponding to the operation; determining (810, 824, 1440) that the initial value and the variation value meet a feedback condition according to which one of the determined limit position values is exceeded; and providing (812, 826, 912, 1450) perceptible feedback through a feedback component of the electronic device at a first level only if the feedback condition is met.
Connection member suitable for being supported by a pipe, intended to couple the pipe to a second pipe, the connection member forming a cavity capable of receiving the second pipe and comprising: - a circular gasket; - a movable locking tip capable of moving between a receiving position and a locking position; - compression means for compressing the circular gasket, the circular gasket having an inner diameter that is capable of allowing the second pipe to move freely in the receiving position of the tip, and the movement of the tip from the receiving position to the locking position resulting in a radial deformation that is at least centripetal of the circular gasket via compression means comprising a frustoconical element capable of acting circumferentially on the circular gasket so as to reduce the inner diameter of the circular gasket in view of the compressing thereof on the second pipe in order to retain it in a position inserted inside the cavity, characterised in that the circular gasket is supported by the tip, by being integral with the tip, and comprises a lip extending parallel to the insertion axis of the second pipe in the cavity, the lip having an outer frustoconical side that complements the frustoconical element that is supported by the connection member at the cavity entry, and in that the connection member comprises holding means for holding the tip on the pipe intended to allow the tip to be clipped thereto. - a circular gasket; - a movable locking tip capable of moving between a receiving position and a locking position; - compression means for compressing the circular gasket,
A trailering support device configured to perform trailering for loading a hull onto a trailer, the trailering support device comprising one or more controllers configured to function as: a first acquisition unit configured to acquire characteristic information predetermined as information indicating a relationship between a steering angle of the hull and a turning radius of the hull; a second acquisition unit configured to acquire relative position information between the trailer and the hull; and a detector configured to detect the steering angle of the hull; characterized in that the one or more controllers are further configured to function as: a generation unit configured to predict future movement of the hull based on the characteristic information acquired by the first acquisition unit, the relative position information acquired by the second acquisition unit, and the steering angle detected by the detector, and to generate a predicted trajectory; and a controlling unit configured to notify of a positional relationship between the hull and the trailer and to notify of the predicted trajectory generated by the generation unit, wherein the controlling unit is configured to, on a display screen, display an image showing the positional relationship between the hull and the trailer, and display the predicted trajectory on the image in a superimposed manner. a first acquisition unit configured to acquire characteristic information predetermined as information indicating a relationship between a steering angle of the hull and a turning radius of the hull; a second acquisition unit configured to acquire relative position information between the trailer and the hull; and a detector configured to detect the steering angle of the hull; characterized in that the one or more controllers are further configured to function as: a generation unit configured to predict future movement of the hull based on the characteristic information acquired by the first acquisition unit, the relative position information acquired by the second acquisition unit, and the steering angle detected by the detector, and to generate a predicted trajectory; and a controlling unit configured to notify of a positional relationship between the hull and the trailer and to notify of the predicted trajectory generated by the generation unit, wherein the controlling unit is configured to, on a display screen, display an image showing the positional relationship between the hull and the trailer, and display the predicted trajectory on the image in a superimposed manner.
A method comprising: receiving semi-structured data elements from a data source; identifying common and non-common data elements from within the semi-structured data based on at least a statistical analysis, wherein the data elements are associated with a set of tags that separate the data elements and the data elements are classified using a threshold of commonality wherein the threshold of commonality is based on how many times a data element occurs in the semi-structured data; storing the common data elements into a columnar structure in a cache memory; storing the non-common data elements as serialized data in a disk storage; generating metadata for the common data elements; and processing a query using at least the metadata, wherein the metadata is used in the query processing to determine whether a corresponding one of the common data elements is to be accessed for that query. receiving semi-structured data elements from a data source; identifying common and non-common data elements from within the semi-structured data based on at least a statistical analysis, wherein the data elements are associated with a set of tags that separate the data elements and the data elements are classified using a threshold of commonality wherein the threshold of commonality is based on how many times a data element occurs in the semi-structured data; storing the common data elements into a columnar structure in a cache memory; storing the non-common data elements as serialized data in a disk storage; generating metadata for the common data elements; and processing a query using at least the metadata, wherein the metadata is used in the query processing to determine whether a corresponding one of the common data elements is to be accessed for that query.
An implantable medical device system for providing adjustable rate pacing therapy to a heart of a patient, the system comprising: a leadless cardiac pacemaker implantable within or proximate the heart of the patient, wherein the LCP is configured to: sense cardiac electrical data; provide pacing therapy to the heart of the patient based at least in part on the sensed cardiac electrical data; an implantable medical device implanted in a location that is spaced from the heart of the patient, wherein the implantable medical device comprises an accelerometer, characterised in that said implantable medical device is configured to: sense patient activity, generate patient activity data based at least in part on an output of the accelerometer; and wirelessly communicate a patient activity data signal to the LCP; and wherein the LCP is configured to determine an adjustment to the provided pacing therapy based at least in part on the received patient activity data signal and adjusts the pacing therapy; and wherein the accelerometer is a three-axis accelerometer, wherein the implantable medical device is a subcutaneous implantable cardioverter-defibrillator (S-ICD). a leadless cardiac pacemaker implantable within or proximate the heart of the patient, wherein the LCP is configured to: sense cardiac electrical data; provide pacing therapy to the heart of the patient based at least in part on the sensed cardiac electrical data; sense cardiac electrical data; provide pacing therapy to the heart of the patient based at least in part on the sensed cardiac electrical data; an implantable medical device implanted in a location that is spaced from the heart of the patient, wherein the implantable medical device comprises an accelerometer, characterised in that said implantable medical device is configured to: sense patient activity, generate patient activity data based at least in part on an output of the accelerometer; and wirelessly communicate a patient activity data signal to the LCP; and sense patient activity, generate patient activity data based at least in part on an output of the accelerometer; and wirelessly communicate a patient activity data signal to the LCP; and wherein the LCP is configured to determine an adjustment to the provided pacing therapy based at least in part on the received patient activity data signal and adjusts the pacing therapy; and wherein the accelerometer is a three-axis accelerometer, wherein the implantable medical device is a subcutaneous implantable cardioverter-defibrillator (S-ICD).
A rotary dryer with multi-drying chambers comprising: - a base frame - a drive assembly installed on the base frame, in which the drive assembly comprises a motor (2.1) and a plurality of rollers (2.2) - a drying chamber assembly having a moist material inlet part at one end and a dried material outlet part at the other end, in which the moist material inlet part and the dried material outlet part are installed on the rollers (2.2) of the drive assembly - a moist material inlet assembly capped to the moist material inlet part and installed on the base frame - a dried material outlet assembly capped to the dried material outlet part and installed on the base frame and - a housing encompassed the drying chamber assembly and installed on the base frame, wherein the drying chamber assembly comprises a plurality of drying chambers formed from an axial core, a plurality of drying chamber partition walls installed around the axial core and a plurality of drying chamber enclosure walls fixed to the plurality of drying chamber partition walls, in which a plurality of material flow control assemblies is provided in each of the plurality of drying chambers, characterized in that each of the plurality of material flow control assemblies is shaped as a plurality of orderly arranged plates (13.1) or a plurality of screw-like connected plates (13.2) and is installed in each of the plurality of drying chambers to cause material flows forward in accordance with a rotation of the drying chamber assembly. - a base frame - a drive assembly installed on the base frame, in which the drive assembly comprises a motor (2.1) and a plurality of rollers (2.2) - a drying chamber assembly having a moist material inlet part at one end and a dried material outlet part at the other end, in which the moist material inlet part and the dried material outlet part are installed on the rollers (2.2) of the drive assembly - a moist material inlet assembly capped to the moist material inlet part and installed on the base frame - a dried material outlet assembly capped to the dried material outlet part and installed on the base frame and - a housing encompassed the drying chamber assembly and installed on the base frame, wherein the drying chamber assembly comprises a plurality of drying chambers formed from an axial core, a plurality of drying chamber partition walls installed around the axial core and a plurality of drying chamber enclosure walls fixed to the plurality of drying chamber partition walls, in which a plurality of material flow control assemblies is provided in each of the plurality of drying chambers, characterized in that each of the plurality of material flow control assemblies is shaped as a plurality of orderly arranged plates (13.1) or a plurality of screw-like connected plates (13.2) and is installed in each of the plurality of drying chambers to cause material flows forward in accordance with a rotation of the drying chamber assembly.
A method, comprising: arranging at least one semiconductor chip on a die pad in a substrate, the substrate comprising at least one electrically conductive pad adjacent to the die pad, positioning at least one electrically conductive clip in a bridge-like position between the at least one semiconductor chip and the at least one electrically conductive pad, wherein, in said bridge-like position, the at least one electrically conductive clip has coupling surfaces facing towards the at least one semiconductor chip and the at least one electrically conductive pad, and soldering the at least one electrically conductive clip in said bridge-like position to the at least one semiconductor chip and to the at least one electrically conductive pad to provide electrical coupling therebetween, wherein soldering is via soldering material at said coupling surfaces, characterised in that the method comprises, prior to said soldering, immobilizing (LB, G) the at least one electrically conductive clip in said bridge-like position via welding or gluing to at least one of the electrically conductive pads and the at least one semiconductor chip. arranging at least one semiconductor chip on a die pad in a substrate, the substrate comprising at least one electrically conductive pad adjacent to the die pad, positioning at least one electrically conductive clip in a bridge-like position between the at least one semiconductor chip and the at least one electrically conductive pad, wherein, in said bridge-like position, the at least one electrically conductive clip has coupling surfaces facing towards the at least one semiconductor chip and the at least one electrically conductive pad, and soldering the at least one electrically conductive clip in said bridge-like position to the at least one semiconductor chip and to the at least one electrically conductive pad to provide electrical coupling therebetween, wherein soldering is via soldering material at said coupling surfaces, characterised in that the method comprises, prior to said soldering, immobilizing (LB, G) the at least one electrically conductive clip in said bridge-like position via welding or gluing to at least one of the electrically conductive pads and the at least one semiconductor chip.
Combination of a vacuum cleaner nozzle and a cloth, the vacuum cleaner nozzle comprising a suction mouth and the cloth being retained on the nozzle preferably by a vacuum, characterised in that the cloth comprises a sealing layer for preventing liquids being sucked in.
A method for operating a User Equipment, UE, the method comprising: during a registration update procedure, causing a registration request for an emergency services fallback to be sent (514; 811) to a network entity; in response to the registration request being accepted by the network entity, establishing an emergency session; in response to the registration request being not accepted by the network entity, receiving a registration reject response to the registration request, and, when the registration reject response comprises a cause value having a predefined value, selecting a cell connected to an evolved packet core or a 5G core network and initiating communication via the cell. during a registration update procedure, causing a registration request for an emergency services fallback to be sent (514; 811) to a network entity; in response to the registration request being accepted by the network entity, establishing an emergency session; in response to the registration request being not accepted by the network entity, receiving a registration reject response to the registration request, and, when the registration reject response comprises a cause value having a predefined value, selecting a cell connected to an evolved packet core or a 5G core network and initiating communication via the cell.
An apparatus for determining a context of the apparatus or user of the apparatus comprising: a plurality of interferometers wherein the plurality of interferometers enable interference of an electromagnetic input signal, and the pluraility of interferometers is provided on a single chip; a plurality of sensors configured to provide a plurality of sensor signals to the plurality of interferometers to control the interference of the electromagnetic input signal by the plurality of interferometers, wherein different sensors within the plurality of sensors are configured to sense different types of characteristics such that the plurality of sensor input signals provide an indication of a plurality of different types of sensed characteristics; wherein the plurality of interferometers are configured to receive the electromagnetic input signal and receive the plurality of sensor input signals from the plurality of sensors to enable the sensor input signals to control the interference of the electromagnetic input signal by the plurality of interferometers, and wherein the plurality of interferometers are configured to provide a first output signal when the plurality of characteristics sensed by the sensors correspond to a first context and a second output signal when the plurality of characteristics sensed by the sensors correspond to a second context.