mhurhangee/ep-ind-claims huggingface dataset:
A connection structure for an electric apparatus comprising: a screw terminal for an electric apparatus; and a terminal to be connected (37; 47) formed in a member to be connected, wherein the screw terminal and the terminal to be connected are electrically connected, and wherein a rotation-stop mechanism engaged mutually with the screw terminal and the terminal to be connected is provided, wherein the screw terminal includes a terminal plate wherein a first engagement part is formed at a junction surface of the terminal plate with the terminal to be connected, the first engagement part configuring the rotation-stop mechanism, characterized in that the terminal plate is formed with a female screw part, a terminal screw is threadedly engaged with the female screw part, and the first engagement part configuring the rotation-stop mechanism extends in a radial direction of the female screw part. a screw terminal for an electric apparatus; and a terminal to be connected (37; 47) formed in a member to be connected, wherein the screw terminal and the terminal to be connected are electrically connected, and wherein a rotation-stop mechanism engaged mutually with the screw terminal and the terminal to be connected is provided, wherein the screw terminal includes a terminal plate wherein a first engagement part is formed at a junction surface of the terminal plate with the terminal to be connected, the first engagement part configuring the rotation-stop mechanism, characterized in that the terminal plate is formed with a female screw part, a terminal screw is threadedly engaged with the female screw part, and the first engagement part configuring the rotation-stop mechanism extends in a radial direction of the female screw part.
A semiconductor laser comprising: a core layer having an active layer and a diffraction grating layer optically coupled to the active layer; and paired clad layers (3, 4, 6) arranged sandwiching the core layer and formed with a waveguide along the core layer, wherein one end and the other end of the waveguide are respectively provided with a reflective surface and a light lead-out surface, the semiconductor laser comprising: a flat layer provided continuously with a terminal of the diffraction grating layer along the waveguide and whose one end surface is continuous with the terminal of the diffraction grating, whereas the other end surface serves as the reflective surface of the wave guide; and a temperature control mechanism configured to control the temperature of the flat layer to a temperature different from the diffraction grating layer, so that a phase of light reflected at the end surface of the flat layer is shifted to λ/4. a flat layer provided continuously with a terminal of the diffraction grating layer along the waveguide and whose one end surface is continuous with the terminal of the diffraction grating, whereas the other end surface serves as the reflective surface of the wave guide; and a temperature control mechanism configured to control the temperature of the flat layer to a temperature different from the diffraction grating layer, so that a phase of light reflected at the end surface of the flat layer is shifted to λ/4.
A sensor assembly (106, 500, 600, 700, 800) comprising: a sensor which, in use, surrounds a connector of a medical device, wherein the sensor is configured to detect a dimension of an end of another connector of another medical device when the another connector of the another medical device is connected to the connector of the medical device, characterized in that the sensor includes a force sensor (502, 602, 702), the force sensor (502, 602, 702) including a plurality of switches (504, 604, 704) arranged at different distances from a center of the connector of the medical device, each switch of the plurality of switches (504, 604, 704) being configured to be actuated in response to a physical force applied to that switch, the plurality of switches (504, 604, 704) including a plurality of conductive circuits (506, 606, 706) surrounding the connector of the medical device, the plurality of conductive circuits (506, 606, 706) including a plurality of concentric rings (506a, 606a), the plurality of switches (504, 604, 704) including a flexible layer of conductive or semi-conductive material on the plurality of conductive circuits (506, 606, 706), and wherein the detected dimension includes at least one of (i) a distance of an outer edge of the end of the another connector of the another medical device from a center of the connector of the medical device and (ii) a cross sectional area of the end of the another connector of the another medical device.
A meal dryer/cooler apparatus in which a drying zone and a cooling zone are provided that are separated by a tray, the improvement wherein said tray (26, 28) comprises an air plenum having a first surface and an opposing second surface, said first surface comprising a plurality of bores therethrough, characterised in that a disc member is received in each bore, said disc member comprising a plurality of slots therein thereby allowing air in said plenum to communicate with the drying zone, wherein the widths of the slots are about 0.2-1.0 mm and wherein said first surface has a total open area of from about 0.8-2.4 %.
An aerial vehicle (100; 120; 140; 160; 180; 200) comprising: a control unit configured to send control signals in order to control flight of the aerial vehicle (100; 120; 140; 160; 180; 200); a plurality of propulsion units configured to control attitude of the aerial vehicle (100; 120; 140; 160; 180); a plurality of propulsion controllers configured to send commands to a corresponding propulsion unit of the plurality of propulsion units based on the control signals such that there is one propulsion controller of the plurality of propulsion controllers for each propulsion unit of the plurality of propulsion units; and a plurality of inertial measurement units, IMU, each IMU of the plurality of IMUs being configured to provide attitude information to a corresponding one of the plurality of propulsion controllers such that there is one IMU of the plurality of IMUs for each of the plurality of propulsion controllers, wherein when there is a failure at the control unit, each of the plurality of propulsion controllers are configured to automatically generate the commands and control the plurality of propulsion units in order to attempt to stabilize the aerial vehicle (100; 120; 140; 160; 180; 200). a control unit configured to send control signals in order to control flight of the aerial vehicle (100; 120; 140; 160; 180; 200); a plurality of propulsion units configured to control attitude of the aerial vehicle (100; 120; 140; 160; 180); a plurality of propulsion controllers configured to send commands to a corresponding propulsion unit of the plurality of propulsion units based on the control signals such that there is one propulsion controller of the plurality of propulsion controllers for each propulsion unit of the plurality of propulsion units; and a plurality of inertial measurement units, IMU, each IMU of the plurality of IMUs being configured to provide attitude information to a corresponding one of the plurality of propulsion controllers such that there is one IMU of the plurality of IMUs for each of the plurality of propulsion controllers, wherein when there is a failure at the control unit, each of the plurality of propulsion controllers are configured to automatically generate the commands and control the plurality of propulsion units in order to attempt to stabilize the aerial vehicle (100; 120; 140; 160; 180; 200).
An electrosurgical instrument for use in a robotic surgical system, the electrosurgical instrument comprising: an end effector; and an actuation mechanism, including: a housing; a shaft extending distally from the housing; and a wrist assembly coupled to a distal end portion of the shaft, the wrist assembly including: a first pivot member having a pair of first and second distally-extending arms (140, 142); and a second pivot member having a proximal end portion movably coupled to the first pivot member, and a distal end portion configured to couple to the end effector, characterized in that each of the first and second distally-extending arms (140, 142) defines a groove (144, 146) configured to receive and guide a cable. an end effector; and an actuation mechanism, including: a housing; a shaft extending distally from the housing; and a wrist assembly coupled to a distal end portion of the shaft, the wrist assembly including: a first pivot member having a pair of first and second distally-extending arms (140, 142); and a second pivot member having a proximal end portion movably coupled to the first pivot member, and a distal end portion configured to couple to the end effector, a housing; a shaft extending distally from the housing; and a wrist assembly coupled to a distal end portion of the shaft, the wrist assembly including: a first pivot member having a pair of first and second distally-extending arms (140, 142); and a second pivot member having a proximal end portion movably coupled to the first pivot member, and a distal end portion configured to couple to the end effector, a first pivot member having a pair of first and second distally-extending arms (140, 142); and a second pivot member having a proximal end portion movably coupled to the first pivot member, and a distal end portion configured to couple to the end effector, characterized in that each of the first and second distally-extending arms (140, 142) defines a groove (144, 146) configured to receive and guide a cable.
A method for establishing, maintaining, managing, or terminating communications between an access point and a client in a wireless network used in a shared, wireless gaming environment, comprising: receiving at an access point, network utilization data associated with the wireless network, the network utilization data having been collected at the client and provided by the client to the access point, where a gaming console functions as the access point in the wireless network and where a gaming accessory (120, 130) functions as the client in the wireless network, and selectively controlling, as a function of the network utilization data, a communication priority for the client, a channel selection by the gaming console, a sleep time for the client, or a wakeup time for the client; and controlling the access point to provide the network utilization data in a beacon message. receiving at an access point, network utilization data associated with the wireless network, the network utilization data having been collected at the client and provided by the client to the access point, where a gaming console functions as the access point in the wireless network and where a gaming accessory (120, 130) functions as the client in the wireless network, and selectively controlling, as a function of the network utilization data, a communication priority for the client, a channel selection by the gaming console, a sleep time for the client, or a wakeup time for the client; and controlling the access point to provide the network utilization data in a beacon message.
A method comprising: receiving a first media item from a server, the first media item being associated with a second media item; determining, by a processor of a user device, that a playback state for the user device indicates that the user device is paired with an alternative playback device; sending a request to the server for the second media item, the request comprising the playback state for the user device; receiving, from the server, the second media item in a first format for playing the second media item on the user device and receiving the second media item in a second format for playing the second media item on the alternative playback device, determining whether the playback state of the user device no longer indicates that the user device is paired with the alternative playback device; responsive to determining that the playback state of the user device no longer indicates that the user device is paired with the alternative playback device, displaying a first graphical representation of the second media item in the first format on the user device, wherein user selection of the first graphical representation triggers playback of the second media item on the user device, and responsive to determining that the playback state of the user device indicates that the user device is paired with the alternative playback device, displaying a second graphical representation of the second media item in the second format on the user device, wherein user selection of the second graphical representation triggers playback of the second media item on the alternative playback device. receiving a first media item from a server, the first media item being associated with a second media item; determining, by a processor of a user device, that a playback state for the user device indicates that the user device is paired with an alternative playback device; sending a request to the server for the second media item, the request comprising the playback state for the user device; receiving, from the server, the second media item in a first format for playing the second media item on the user device and receiving the second media item in a second format for playing the second media item on the alternative playback device, determining whether the playback state of the user device no longer indicates that the user device is paired with the alternative playback device; responsive to determining that the playback state of the user device no longer indicates that the user device is paired with the alternative playback device, displaying a first graphical representation of the second media item in the first format on the user device, wherein user selection of the first graphical representation triggers playback of the second media item on the user device, and responsive to determining that the playback state of the user device indicates that the user device is paired with the alternative playback device, displaying a second graphical representation of the second media item in the second format on the user device, wherein user selection of the second graphical representation triggers playback of the second media item on the alternative playback device.
A computer-implemented method for monitoring operations data for multiple wells in real-time, comprising: defining a well issue and its component (s) for each well; assigning a weight to each component; defining one or more operations' parameters for each well issue; reading real-time operations data during construction of each well using a computer processor, the real-time operations data being data which is related to the data selected for the engineering model and to the components of each well issue; comparing an engineering model and the real-time operations data to determine a status of each well issue based upon the weights assigned to each component of the respective well issue; and displaying the status of each well issue relative to the defined one or more operations' parameters for each respective well issue and a status of each well. defining a well issue and its component (s) for each well; assigning a weight to each component; defining one or more operations' parameters for each well issue; reading real-time operations data during construction of each well using a computer processor, the real-time operations data being data which is related to the data selected for the engineering model and to the components of each well issue; comparing an engineering model and the real-time operations data to determine a status of each well issue based upon the weights assigned to each component of the respective well issue; and displaying the status of each well issue relative to the defined one or more operations' parameters for each respective well issue and a status of each well.
An antibody which is capable of binding to CLDN6, preferably CLDN6 associated with the surface of a cell that expresses CLDN6, and is capable of discriminating between CLDN6 on the surface of a cell that expresses CLDN6 and a CLDN6 mutant on the surface of a cell that expresses said CLDN6 mutant, wherein said CLDN6 mutant comprises an alanine mutation at position 35, 37 or 39 of the amino acid sequence of SEQ ID NO: 2 or SEQ ID NO: 8, and wherein the antibody comprises an antibody heavy chain comprising an antibody heavy chain CDR3 sequence selected from the group consisting of ARDYGYVLDY identified within SEQ ID NO: 34, ARDYGFVLDY identified within SEQ ID NO: 36, ARDFGYVLDY identified within SEQ ID NO: 38 and ARDYGYVFDY identified within SEQ ID NO: 40.
A process for conducting an extractive distillation with a selective solvent, with a purified vaporous crude C 4 cut as feed stream, said purified vaporous crude C 4 cut being obtained proceeding from a liquid crude C 4 cut as a feed stream, comprising not only butanes, butenes and 1,3-butadiene but also C 3 hydrocarbons, C 4 oligomers and polymers, and C 5+ hydrocarbons, in a process comprising the process steps of 1) removing the C3 hydrocarbons, 2) removing the C4 oligomers and polymers and the C5+ hydrocarbons, in each case down to the residual contents specified above for the vaporous purified crude C4 cut, and 3) vaporizing the liquid crude C4 cut, and said purified vaporous crude C 4 cut comprising - less than 50 ppm by weight of C 3 hydrocarbons, based on the total weight of the purified vaporous crude C 4 cut, - less than two thirds of the C 5+ hydrocarbons present in the feed stream and - less than 5% by weight of the C 4 oligomers and polymers present in the feed stream, wherein all process steps 1), 2), and 3) are performed in a single distillation column, to which the liquid crude C 4 cut is supplied in the upper third thereof, forming a rectifying section and a stripping section, and from which a top stream comprising the C 3 hydrocarbons, a bottom stream comprising the C 4 oligomers and polymers and the C 5+ hydrocarbons, and, from the stripping section, the vaporous purified crude C 4 cut as a sidestream are drawn off. 1) removing the C3 hydrocarbons, 2) removing the C4 oligomers and polymers and the C5+ hydrocarbons, in each case down to the residual contents specified above for the vaporous purified crude C4 cut, and 3) vaporizing the liquid crude C4 cut, - less than 50 ppm by weight of C 3 hydrocarbons, based on the total weight of the purified vaporous crude C 4 cut, - less than two thirds of the C 5+ hydrocarbons present in the feed stream and - less than 5% by weight of the C 4 oligomers and polymers present in the feed stream,
Method for purging a nitrogen oxide trap, the trap being suitable for storing nitrogen oxides emitted by a motor vehicle internal combustion engine in a normal lean-burn operating mode of the engine and being suitable for reducing nitrogen oxides under the action of fuel from the engine in a rich-burn operating mode of the engine, the method comprising: - a step in which a need for purging the trap is detected when the mass of nitrogen oxides (M NOx) stored in the trap reaches a threshold (M s); and - a step (800, 1100) of purging nitrogen oxides under the action of fuel from the engine, starting after a purging entry delay following the step of detecting the need for purging; CHARACTERIZED IN THAT the purging step (800, 1100) can be performed in at least two separate modes: - a first mode of purging nitrogen oxides, in which the purging step is stopped on a criterion of switching a richness signal from a downstream oxygen sensor of the trap if the purge entry delay is less than a predetermined time threshold (T s); and, - a second, enhanced mode of purging nitrogen oxides, in which the purging step is stopped after a predetermined extended purging time if the purging entry delay is greater than the threshold (T s). - a step in which a need for purging the trap is detected when the mass of nitrogen oxides (M NOx) stored in the trap reaches a threshold (M s); and - a step (800, 1100) of purging nitrogen oxides under the action of fuel from the engine, starting after a purging entry delay following the step of detecting the need for purging; - a first mode of purging nitrogen oxides, in which the purging step is stopped on a criterion of switching a richness signal from a downstream oxygen sensor of the trap if the purge entry delay is less than a predetermined time threshold (T s); and, - a second, enhanced mode of purging nitrogen oxides, in which the purging step is stopped after a predetermined extended purging time if the purging entry delay is greater than the threshold (T s).
A battery module, comprising: a plurality of battery cells; a base frame configured to support the plurality of battery cells; a cover frame coupled to the base frame to cover the plurality of battery cells, wherein the cover frame has a rotation guide groove, the rotation guide groove being provided at both side ends of the cover frame; and a bus bar unit coupled to the cover frame in a tiltable form to be pivoted at a predetermined angle between a first location fixed to the cover frame and a second location fixed to the base frame; wherein the bus bar unit includes: a bus bar housing pivotally coupled to the cover frame and fixed to the base frame; a connection bus bar provided to the bus bar housing and connected to electrode leads of the plurality of battery cells; and a rotation shaft projection provided at both sides of the top portion of the bus bar housing and pivotally inserted into the rotation guide groove of the cover frame; and wherein the bus bar housing has a tension stopper that is caught at the first location by a bottom portion of the cover frame to make the bus bar housing be spaced apart from the base frame at a predetermined angle. a plurality of battery cells; a base frame configured to support the plurality of battery cells; a cover frame coupled to the base frame to cover the plurality of battery cells, wherein the cover frame has a rotation guide groove, the rotation guide groove being provided at both side ends of the cover frame; and a bus bar unit coupled to the cover frame in a tiltable form to be pivoted at a predetermined angle between a first location fixed to the cover frame and a second location fixed to the base frame; wherein the bus bar unit includes: a bus bar housing pivotally coupled to the cover frame and fixed to the base frame; a connection bus bar provided to the bus bar housing and connected to electrode leads of the plurality of battery cells; and a rotation shaft projection provided at both sides of the top portion of the bus bar housing and pivotally inserted into the rotation guide groove of the cover frame; and wherein the bus bar housing has a tension stopper that is caught at the first location by a bottom portion of the cover frame to make the bus bar housing be spaced apart from the base frame at a predetermined angle. a bus bar housing pivotally coupled to the cover frame and fixed to the base frame; a connection bus bar provided to the bus bar housing and connected to electrode leads of the plurality of battery cells; and a rotation shaft projection provided at both sides of the top portion of the bus bar housing and pivotally inserted into the rotation guide groove of the cover frame; and wherein the bus bar housing has a tension stopper that is caught at the first location by a bottom portion of the cover frame to make the bus bar housing be spaced apart from the base frame at a predetermined angle.