mhurhangee/ep-ind-claims huggingface dataset:
An electronic device comprising: a communication unit configured to connect to a local network; a controller configured to automatically output a control signal when a first mobile terminal different from the electronic device enters into the local network, the control signal enabling contents preset corresponding to the first mobile terminal or a first user of the first mobile terminal to be played by a second electronic device included in the local network, wherein the second electronic device is different from the electronic device and the first mobile terminal, wherein the controller is further configured to receive information that the first mobile terminal performs a call function, wherein the controller is further configured to: output a second control signal for the second electronic device to cause reducing or muting of a sound output in response to receiving the information when no second mobile terminal is included in the local network; and perform no operation in response to receiving the information when the second mobile terminal is included in the local network. a communication unit configured to connect to a local network; a controller configured to automatically output a control signal when a first mobile terminal different from the electronic device enters into the local network, the control signal enabling contents preset corresponding to the first mobile terminal or a first user of the first mobile terminal to be played by a second electronic device included in the local network, wherein the second electronic device is different from the electronic device and the first mobile terminal, wherein the controller is further configured to receive information that the first mobile terminal performs a call function, wherein the controller is further configured to: output a second control signal for the second electronic device to cause reducing or muting of a sound output in response to receiving the information when no second mobile terminal is included in the local network; and perform no operation in response to receiving the information when the second mobile terminal is included in the local network. output a second control signal for the second electronic device to cause reducing or muting of a sound output in response to receiving the information when no second mobile terminal is included in the local network; and perform no operation in response to receiving the information when the second mobile terminal is included in the local network.
Tissue protector for the protection of the patient's healthy tissue from radiation exposure during teletherapy or brachytherapy, with a jaw part for bite elevation and a soft tissue positioning part attached to the jaw part for the positioning of the patient's soft tissue; jaw part with an opening for visual control of the treatment area; soft tissue positioning part with a tongue part, a lip part and/or a cheek part; the tongue part designed to hold down the tongue of the patient; the lip part positioned relative to the jaw part in such a way that the lips of the patient are kept outside the area exposed to radiation; the cheek part positioned relative to the jaw part in such a way that the cheeks of the patient are kept outside the area exposed to radiation.
A device for protecting data lines against overvoltages, comprising a housing having a plurality of inputs for data lines, a plural-ity of outputs for the data lines, and an input for a shield connected to an a earthing or ground terminal, between the inputs and outputs of the data lines and the input of the shield an overvoltage protection circuit having gas arresters and a suppressor diode being connected, characterized by that the subcircuit that includes the suppressor diode comprises a first protective circuit, by means of which the suppressor diode is connected to the data lines, and a second circuit serving as a test circuit, in which the suppressor diode is disconnected from the data lines, the two circuits being alternatively activatable by means of a switch, that the switch is activatable by means of a switching pin to be introduced through a housing opening of the device so that, with not introduced switching pin, the suppressor diode is connected to the protective circuit and, and with introduced switching pin, the suppressor diode is connected to the test circuit, and in the introduced condition, contacts of the switching pin being connected through contact positions to the terminals of the suppressor diode, and forming a test circuit, to which a test current can be supplied through the switching pin.
A fan wheel, in particular for propelling cooling air for an internal combustion engine, comprising a flat, ring-shaped hub on which a plurality of fan blades (3, 6, 9, 12) is arranged and wherein the hub has a rib structure, wherein the rib structure is formed peripherally and consists of rectangular and flatly formed ribs (5, 8, 11, 14) having an edge region and sitting with the edge region thereof on the hub, characterised in that the ribs are oriented substantially tangentially to the circumferential direction of the hub in their longitudinal extent, wherein they are in contact with one another.
A protective cover having a sensor holder part, having a cup shape, and configured to be used in a bearing device, the bearing device including: a bearing including: an inner ring having, on an outer peripheral surface thereof, an inner ring raceway surface an outer ring having, on an inner peripheral surface thereof, an outer ring raceway surface; and a rolling element rolling between the inner ring raceway surface and the outer ring raceway surface; a magnetic encoder including N poles and S poles, which are alternately arranged at regular intervals in a circumferential direction, the magnetic encoder being located at an inward-side end portion of the bearing and fixed to the inner ring; and a magnetic sensor being opposed to magnetic poles of the magnetic encoder, for detecting rotation of the magnetic encoder, the protective cover being configured to be mounted to the outer ring so as to seal the inward-side end portion of the bearing, the protective cover comprising: a disc part that is made of a synthetic resin and has a separation wall formed therein, the separation wall being thinner than other portions of the disc part, and separating the magnetic encoder and the magnetic sensor from each other; and the sensor holder part made of the synthetic resin and protruding inward from the disc part, the protective cover being molded through injection molding of the synthetic resin, characterised in that a gate mark caused by the injection molding is present on an outer peripheral surface of the disc part or an outer peripheral surface of a cylindrical part continuous with the disc part, in a radially outer side of the separation wall. a bearing including: an inner ring having, on an outer peripheral surface thereof, an inner ring raceway surface an outer ring having, on an inner peripheral surface thereof, an outer ring raceway surface; and a rolling element rolling between the inner ring raceway surface and the outer ring raceway surface; a magnetic encoder including N poles and S poles, which are alternately arranged at regular intervals in a circumferential direction, the magnetic encoder being located at an inward-side end portion of the bearing and fixed to the inner ring; and a magnetic sensor being opposed to magnetic poles of the magnetic encoder, for detecting rotation of the magnetic encoder, a disc part that is made of a synthetic resin and has a separation wall formed therein, the separation wall being thinner than other portions of the disc part, and separating the magnetic encoder and the magnetic sensor from each other; and the sensor holder part made of the synthetic resin and protruding inward from the disc part,
An information processing apparatus for setting at least one of a position or an orientation of a predetermined part of a robot apparatus, comprising: a coordinate system designating unit configured to designate a first coordinate system to be used in relation to the robot apparatus, from among a plurality of coordinate systems; and a controller, characterized in that the controller is configured to cause a displaying unit to display a first coordinate value along with a second coordinate value, the first coordinate value being related to a position or an orientation of the predetermined part corresponding to a movement of the predetermined part in the first coordinate system, the second coordinate value being related to a position or an orientation of the predetermined part corresponding to the first coordinate value in a second coordinate system (100, 104) that is an absolute coordinate system different from the first coordinate system, wherein, in a case where the first coordinate value is input, the controller is configured to update a display of the second coordinate value with a display corresponding to the input first coordinate value, and wherein, in a case where the second coordinate value is input, the controller is configured to update a display of the first coordinate value with a display corresponding to the input second coordinate value. a coordinate system designating unit configured to designate a first coordinate system to be used in relation to the robot apparatus, from among a plurality of coordinate systems; and a controller, characterized in that the controller is configured to cause a displaying unit to display a first coordinate value along with a second coordinate value, the first coordinate value being related to a position or an orientation of the predetermined part corresponding to a movement of the predetermined part in the first coordinate system, the second coordinate value being related to a position or an orientation of the predetermined part corresponding to the first coordinate value in a second coordinate system (100, 104) that is an absolute coordinate system different from the first coordinate system, wherein, in a case where the first coordinate value is input, the controller is configured to update a display of the second coordinate value with a display corresponding to the input first coordinate value, and wherein, in a case where the second coordinate value is input, the controller is configured to update a display of the first coordinate value with a display corresponding to the input second coordinate value.
An electrochemically self formed battery comprising an electronically insulating amorphous or nanocrystalline mixed ionic conductor composition that conducts electricity using ions as charge carriers, the mixed ionic conductor composition comprising a glass former and a metal fluoride composite; the electrochemically self formed battery further comprising a negative electrode and a positive electrode, the negative electrode and the positive electrode being formed in situ by application of an electrical potential to the mixed ionic conductor composition.
A white organic light emitting device comprising: a first light emitting unit, a second light emitting unit on the first light emitting unit and a third light emitting unit on the second light emitting unit, between a first electrode and a second electrode; a first charge generation layer between the first light emitting unit and the second light emitting unit, and a second charge generation layer between the second light emitting unit and the third light emitting unit, characterized in that a total volume of a metal in each of the first charge generation layer and the second charge generation layer is 0.3% to less than 0.4% of the total volume of the first charge generation layer and the second charge generation layer. a first light emitting unit, a second light emitting unit on the first light emitting unit and a third light emitting unit on the second light emitting unit, between a first electrode and a second electrode; a first charge generation layer between the first light emitting unit and the second light emitting unit, and a second charge generation layer between the second light emitting unit and the third light emitting unit, characterized in that a total volume of a metal in each of the first charge generation layer and the second charge generation layer is 0.3% to less than 0.4% of the total volume of the first charge generation layer and the second charge generation layer.
A wireless transmit/receive unit, WTRU, comprising: means for receiving first control information indicating a first allocation of resources, wherein the first allocation of resources indicates at least a first number of resource blocks assigned to the WTRU and is associated with a first data rate; means for transmitting first uplink data according to the first allocation of resources; means for receiving, while the first allocation of resources is valid, second control information indicating a second allocation of resources, wherein the second allocation of resources indicates at least a second number of resource blocks assigned to the WTRU and is associated with a second data rate different than the first data rate; and means for transmitting, while the first allocation of resources is valid, second uplink data according to the second allocation of resources instead of the first allocation of resources for a predetermined time duration. means for receiving first control information indicating a first allocation of resources, wherein the first allocation of resources indicates at least a first number of resource blocks assigned to the WTRU and is associated with a first data rate; means for transmitting first uplink data according to the first allocation of resources; means for receiving, while the first allocation of resources is valid, second control information indicating a second allocation of resources, wherein the second allocation of resources indicates at least a second number of resource blocks assigned to the WTRU and is associated with a second data rate different than the first data rate; and means for transmitting, while the first allocation of resources is valid, second uplink data according to the second allocation of resources instead of the first allocation of resources for a predetermined time duration.
An instrument for sample processing comprising - at least one sample container for holding at least one liquid sample; - at least one solvent container for holding at least one solvent; - at least one sample processing container comprising a sample processing material, wherein said sample processing container has an upper end with a liquid inlet opening and a lower end with a liquid outlet opening; and - a liquid handling robot arranged to move an aliquot of said liquid sample from said sample container to said sample processing container, and to move an aliquot of said solvent from said solvent container to said sample processing container; - a movable table arranged below the sample processing container, said table having positions for a number of liquid collection containers whereby movement of said table in turn positions said liquid collection containers directly beneath said sample processing containers - means for applying a positive gas pressure to the upper end of said sample processing container to push liquid contents of said sample processing container through the liquid outlet opening; into a liquid collection container characterized in that it further comprises - a lift arranged to lift a liquid collection container in position beneath the sample processing container to the level of the liquid outlet opening of said sample processing container; and a waste collection container directly beneath the sample processing container, wherein said waste collection container is vertically movable from a position below the moveable table to a position above the moveable table. - at least one sample container for holding at least one liquid sample; - at least one solvent container for holding at least one solvent; - at least one sample processing container comprising a sample processing material, wherein said sample processing container has an upper end with a liquid inlet opening and a lower end with a liquid outlet opening; and - a liquid handling robot arranged to move an aliquot of said liquid sample from said sample container to said sample processing container, and to move an aliquot of said solvent from said solvent container to said sample processing container; - a movable table arranged below the sample processing container, said table having positions for a number of liquid collection containers whereby movement of said table in turn positions said liquid collection containers directly beneath said sample processing containers - means for applying a positive gas pressure to the upper end of said sample processing container to push liquid contents of said sample processing container through the liquid outlet opening; into a liquid collection container - a lift arranged to lift a liquid collection container in position beneath the sample processing container to the level of the liquid outlet opening of said sample processing container; and a waste collection container directly beneath the sample processing container, wherein said waste collection container is vertically movable from a position below the moveable table to a position above the moveable table.
A pipe coupling device comprising a body adapted for insertion into a pipe to be coupled to the device, the body having a through passage, and on its outer surface a groove to receive a sealing means (30, 40, 50, 60, 90, 100, 110, 120, 130) for forming a fluid-tight seal between an internal surface of the pipe and the body, the sealing means having a retaining portion within the groove and a sealing portion, the sealing portion defined as the portion of the sealing means that projects out of the groove, and the retaining portion defined by the axial width of the sealing means that is captured by the pipe prior to the pipe engaging the sealing portion during insertion of the device, wherein either the groove, the sealing means or both are constructed and arranged such that the retaining portion engages with the groove or the internal surface of the pipe to hold the sealing means within the groove when the sealing portion is subjected to the insertion force experienced when the pipe coupling device is inserted into the pipe, characterised in that the retaining portion comprises at least 25% of the axial width of the sealing means.
A method comprising: under control of one or more processors of a mobile device, initiating an authentication via user behavior for an application transaction process and suspending the application transaction process before the authentication is successful; acquiring a latest radio frame from a beacon and determining a distance parameter based on the radio frame after the authentication is initialized; determining whether a specified distance condition is satisfied for the beacon and the mobile device; and in response to a determination that the specified distance condition for the beacon and the mobile device is satisfied: determining that the authentication is successful, resuming the application transaction process that was suspended previously, and transmitting information to a server to enable the server to complete the application transaction process between the beacon and a transaction terminal corresponding to the beacon, wherein the information includes an identity of the beacon that is acquired from the radio frame, transaction information, and a transaction instruction that is pre-stored, wherein the transaction information includes information required for registration via a configuration interface of check-in. under control of one or more processors of a mobile device, initiating an authentication via user behavior for an application transaction process and suspending the application transaction process before the authentication is successful; acquiring a latest radio frame from a beacon and determining a distance parameter based on the radio frame after the authentication is initialized; determining whether a specified distance condition is satisfied for the beacon and the mobile device; and in response to a determination that the specified distance condition for the beacon and the mobile device is satisfied: determining that the authentication is successful, resuming the application transaction process that was suspended previously, and transmitting information to a server to enable the server to complete the application transaction process between the beacon and a transaction terminal corresponding to the beacon, wherein the information includes an identity of the beacon that is acquired from the radio frame, transaction information, and a transaction instruction that is pre-stored, wherein the transaction information includes information required for registration via a configuration interface of check-in. determining that the authentication is successful, resuming the application transaction process that was suspended previously, and transmitting information to a server to enable the server to complete the application transaction process between the beacon and a transaction terminal corresponding to the beacon, wherein the information includes an identity of the beacon that is acquired from the radio frame, transaction information, and a transaction instruction that is pre-stored, wherein the transaction information includes information required for registration via a configuration interface of check-in.
A foil bearing comprising: a housing; a support structure associated with the housing; and a foil circumscribed at least in part by the support structure and spaced from the housing by the support structure, the foil including a body section having a body material composition, a sensor section (110,118,122) having a conductive material composition, the sensor section having a circumferential portion surrounded at least in part by the body section, and a tab section that protrudes into the support structure and defines a first terminal and a second terminal associated with the sensor section. a housing; a support structure associated with the housing; and a foil circumscribed at least in part by the support structure and spaced from the housing by the support structure, the foil including a body section having a body material composition, a sensor section (110,118,122) having a conductive material composition, the sensor section having a circumferential portion surrounded at least in part by the body section, and a tab section that protrudes into the support structure and defines a body section having a body material composition, a sensor section (110,118,122) having a conductive material composition, the sensor section having a circumferential portion surrounded at least in part by the body section, and a tab section that protrudes into the support structure and defines a first terminal and a second terminal associated with the sensor section.
Method for controlling a cooling system with variable cooling capacity which, in addition to the setpoint value determining the cooling capacity specified by the superimposed unit, receives information from the equipment to be cooled and/or from the environment, characterized in that the cooling system uses this information to check the setpoint value supplied by the superimposed unit for plausibility and, in the case that a potential malfunction of the superimposed unit during the setpoint setting is detected, the cooling system autonomously increases its cooling capacity as a precaution in order to reduce the negative effects of a possibly incorrect setpoint setting by the superimposed unit.
A compound of the structure: 4,4,4-trifluoro-N-( -1-((9-methoxy-3,3-dimethyl-5-oxo-2,3,5,6-tetrahydro-1H-benzo[f]pyrrolo[1,2-a]azepin-6-yl)amino)-1-oxopropan-2-yl)butanamide, a diastereomeric isomer thereof with an isomeric purity at the 6-position greater than 90% enantiomeric excess, or a pharmaceutically acceptable salt of any of the above.