mhurhangee/ep-ind-claims huggingface dataset:
A method for operating a user equipment, UE, which operates in a network congestion state, in a wireless communication system, the method comprising: based on determination that it is not an emergency, transmitting a packet data network, PDN, connectivity request message without information on an access point name, APN, to a network entity; receiving, from the network entity, a PDN connectivity reject message comprising a backoff timer, wherein the PDN connectivity reject message does not include the information on the APN, in response to the PDN connectivity request message; characterized by based on an assumption that the backoff timer is applied to a default APN, with which the UE had established a PDN connection previously, restricting an Evolved packet service Session Management, ESM, procedure for the default APN while the backoff timer is running and performing the ESM procedure for other APNs other than the default APN regardless of the backoff timer being running. based on determination that it is not an emergency, transmitting a packet data network, PDN, connectivity request message without information on an access point name, APN, to a network entity; receiving, from the network entity, a PDN connectivity reject message comprising a backoff timer, wherein the PDN connectivity reject message does not include the information on the APN, in response to the PDN connectivity request message; characterized by based on an assumption that the backoff timer is applied to a default APN, with which the UE had established a PDN connection previously, restricting an Evolved packet service Session Management, ESM, procedure for the default APN while the backoff timer is running and performing the ESM procedure for other APNs other than the default APN regardless of the backoff timer being running.
A method of processing data, the method comprising: in a video telephony session between a local device and a remote device, wherein the video telephony session includes at least one video connection between the local device and the remote device, identifying, by the local device, degraded playback of video data at the remote device wherein the video telephony session comprises a one-way video connection from the local device to the remote device or a two-way video connection having a first video connection from the local device to the remote device and a second video connection from the remote device to the local device; and in response to identifying the degraded playback, terminating, by the local device, a video connection of the video telephony sessions, wherein terminating the video connection comprises any one or more of: when the video telephony session comprises the one-way video connection, terminating the one-way video connection to establish an audio-only connection, such that the local device transmits only audio data and receives only audio data, and when the video telephony session comprises the two-way video connection, terminating the second video connection from the remote device to the local device to establish a one-way video connection, such that the local device transmits audio data without transmitting video data. in a video telephony session between a local device and a remote device, wherein the video telephony session includes at least one video connection between the local device and the remote device, identifying, by the local device, degraded playback of video data at the remote device wherein the video telephony session comprises a one-way video connection from the local device to the remote device or a two-way video connection having a first video connection from the local device to the remote device and a second video connection from the remote device to the local device; and in response to identifying the degraded playback, terminating, by the local device, a video connection of the video telephony sessions, wherein terminating the video connection comprises any one or more of: when the video telephony session comprises the one-way video connection, terminating the one-way video connection to establish an audio-only connection, such that the local device transmits only audio data and receives only audio data, and when the video telephony session comprises the two-way video connection, terminating the second video connection from the remote device to the local device to establish a one-way video connection, such that the local device transmits audio data without transmitting video data. when the video telephony session comprises the one-way video connection, terminating the one-way video connection to establish an audio-only connection, such that the local device transmits only audio data and receives only audio data, and when the video telephony session comprises the two-way video connection, terminating the second video connection from the remote device to the local device to establish a one-way video connection, such that the local device transmits audio data without transmitting video data.
A bathtub, comprising: a bathtub body and a cover body provided at an inner bottom face of the bathtub body, wherein a water passing gap is provided between the cover body and the inner bottom face of the bathtub body; and the bathtub further comprises: a drainage component, wherein the drainage component has a water outlet port covered by the cover body, and water in the bathtub body flows to the water outlet port through the water passing gap for drainage; and/or a water inlet component, wherein the water inlet component has a water inlet port covered by the cover body, and water flows from the water inlet port into the bathtub body through the water passing gap, wherein the entire cover body is located within a range of the inner bottom face of the bathtub body, characterised in that the cover body is located at a center of the inner bottom face of the bathtub body, and the water passing gap is formed at an outer circumference of the cover body. a drainage component, wherein the drainage component has a water outlet port covered by the cover body, and water in the bathtub body flows to the water outlet port through the water passing gap for drainage; and/or a water inlet component, wherein the water inlet component has a water inlet port covered by the cover body, and water flows from the water inlet port into the bathtub body through the water passing gap, wherein the entire cover body is located within a range of the inner bottom face of the bathtub body, characterised in that the cover body is located at a center of the inner bottom face of the bathtub body, and the water passing gap is formed at an outer circumference of the cover body.
A network address translation, NAT, entry management method, comprising: receiving and storing, by a NAT device, a connection parameter, wherein the connection parameter comprises an address of a controller; receiving, by the NAT device, a packet sent by a network device that is controlled by the controller, wherein a source address of the packet is a private address of the network device and a destination address of the packet is the address of the controller; performing, by the NAT device, NAT on the packet, wherein an after-NAT source address of the packet is a public address; and when a static entry condition is met, generating, by the NAT device, a target static NAT entry, wherein even if a duration in which the static NAT entry fails to be hit exceeds an aging time, the static NAT entry is not deleted, wherein the target static NAT entry comprises a correspondence between the private address of the network device, a before-NAT source port number of the packet, an after-NAT source port number of the packet, and the address of the controller, and the static entry condition comprises that the destination address of the packet is the address of the controller. receiving and storing, by a NAT device, a connection parameter, wherein the connection parameter comprises an address of a controller; receiving, by the NAT device, a packet sent by a network device that is controlled by the controller, wherein a source address of the packet is a private address of the network device and a destination address of the packet is the address of the controller; performing, by the NAT device, NAT on the packet, wherein an after-NAT source address of the packet is a public address; and when a static entry condition is met, generating, by the NAT device, a target static NAT entry, wherein even if a duration in which the static NAT entry fails to be hit exceeds an aging time, the static NAT entry is not deleted, wherein the target static NAT entry comprises a correspondence between the private address of the network device, a before-NAT source port number of the packet, an after-NAT source port number of the packet, and the address of the controller, and the static entry condition comprises that the destination address of the packet is the address of the controller.
Gas intake module for the intake of gases into a motor vehicle combustion engine, comprising a heat exchanger and a gas distribution manifold, the said manifold comprising a casing able to be mounted on the engine and defining a passage volume for the passage of a flow of intake gases towards the engine, characterized in that the said casing has through-orifices communicating with the said passage volume, the said casing being configured to allow a flow of condensates in the direction of the said orifices, called flow orifices, under the action of gravity, the said casing comprising an inlet, termed inlet for the non-cooled intake gases, the said manifold being made able to allow an introduction of intake gases, termed non-cooled intake gases, into a lower part of the passage volume from the said inlet for the intake gases, and wherein the casing has a part, termed drainage part, configured to promote a flow of the condensates towards the flow orifices rather than towards the inlet for the non-cooled intake gases, the inlet for the non-cooled intake gases comprising a plurality of apertures opening into the passage volume for the introduction of the non-cooled intake gases into the latter at the said drainage part, the latter being provided with channels extending from the apertures towards the flow orifices.
Method for inserting a radially extendable sealing ring into a crucible-shaped rotatable holder comprising a radially oriented inner base and a peripheral inner wall face, it being possible to radially extend the sealing ring, which is inserted into the holder and of which the outer diameter is smaller in the rest state than the inner wall diameter of the holder, around the axis thereof by rotating the holder at a high rotational speed until the outer periphery of said sealing ring comes into abutment against the inner wall face of the holder, characterised in that the sealing ring is transferred in a vertically suspended orientation from a feed end of a horizontally oriented central holding mandrel of the holder to the inner base of the crucible-shaped holder along a screw-like surface of the holding mandrel by rotating the holder at a low rotational speed, before the holder is then rotated at a higher speed in order to radially extend the sealing ring.
A method of a User Equipment, in the following also referred to as UE, comprising the steps of: receiving a Handover Command from a network node to trigger a non-contention based random access procedure, wherein the Handover Command includes a first information indicating a first numerology and a second information indicating a second numerology; transmitting a random access preamble based on the second numerology to the network node; receiving a random access response from the network node; and monitoring a control channel for scheduling a new transmission based on the first numerology after reception of the random access response. receiving a Handover Command from a network node to trigger a non-contention based random access procedure, wherein the Handover Command includes a first information indicating a first numerology and a second information indicating a second numerology; transmitting a random access preamble based on the second numerology to the network node; receiving a random access response from the network node; and monitoring a control channel for scheduling a new transmission based on the first numerology after reception of the random access response.
A method for evaluating a radio-frequency characteristic of an evaluation target SOI substrate upon application of radio-frequency, comprising the steps of: forming a device onto each of plural measuring SOI substrates, and determining, on the measuring SOI substrates, a relationship between an interface state density and a leakage power upon application of radio-frequency; measuring an interface state density of the evaluation target SOI substrate to determine the interface state density; evaluating a leakage power of the evaluation target SOI substrate from the measured interface state density of the evaluation target SOI substrate on the basis of the determined relationship between the interface state density and the leakage power. forming a device onto each of plural measuring SOI substrates, and determining, on the measuring SOI substrates, a relationship between an interface state density and a leakage power upon application of radio-frequency; measuring an interface state density of the evaluation target SOI substrate to determine the interface state density; evaluating a leakage power of the evaluation target SOI substrate from the measured interface state density of the evaluation target SOI substrate on the basis of the determined relationship between the interface state density and the leakage power.
A monitoring system for a child seat in a vehicle, comprising: - a human machine interface unit, and - a control unit, the human machine interface unit comprising at least a sound system and a display unit, characterized in that the sound system being configured to capture a lock sound of a seat belt of the child seat, the control unit being configured to identify if the lock sound corresponds to a predetermined safe locking sound of the seat belt, and the control unit being configured to indicate in the display unit that the seat belt of the child seat is locked. - a human machine interface unit, and - a control unit, the human machine interface unit comprising at least a sound system and a display unit, characterized in that the sound system being configured to capture a lock sound of a seat belt of the child seat, the control unit being configured to identify if the lock sound corresponds to a predetermined safe locking sound of the seat belt, and the control unit being configured to indicate in the display unit that the seat belt of the child seat is locked.
A slide scanner for converting slides into digital image files, comprising a magazine guide and a magazine advancing mechanism for a slide magazine, further comprising a scanning device for scanning a slide, and a feeding device for feeding a slide from the slide magazine into the scanning device and back into the slide magazine or into another slide magazine, characterized in that the slide scanner is a stand-alone device, which is able to function without further devices and includes a digital data memory for storing the digital image files and a processor for controlling the components of the slide scanner and for digitally processing data of the scanning device, and that the slide scanner comprises a folding screen, which can be pivoted back and forth between a viewing position, in which a representation on the folding screen is visible, and a non-usage position, in which the folding screen rests in a recess of the housing, for displaying scanned slides.
A wireless terminal using switchable first and second reception antennas to perform diversity reception of data transmitted from a base station, comprising: first Ec/NO measurement means for measuring a reception Ec/NO of the first reception antenna; second Ec/NO measurement means for measuring a reception Ec/NO of the second reception antenna; average value calculation means configured to calculate an average value of a first Ec/NO measurement result measured by the first Ec/NO measurement means and a second Ec/NO measurement result obtained by the second Ec/NO measurement means; first RSSI measurement means for measuring an RSSI value received through the first reception antenna; second RSSI measurement means for measuring an RSSI value received through the second reception antenna; and correction means configured to correct the average value calculated by the average value calculation means, said correction being performed on the basis of a predetermined thermal noise level, a first RSSI value measurement result obtained by the first RSSI measurement means, and a second RSSI value measurement result measured by the second RSSI measurement means. first Ec/NO measurement means for measuring a reception Ec/NO of the first reception antenna; second Ec/NO measurement means for measuring a reception Ec/NO of the second reception antenna; average value calculation means configured to calculate an average value of a first Ec/NO measurement result measured by the first Ec/NO measurement means and a second Ec/NO measurement result obtained by the second Ec/NO measurement means; first RSSI measurement means for measuring an RSSI value received through the first reception antenna; second RSSI measurement means for measuring an RSSI value received through the second reception antenna; and correction means configured to correct the average value calculated by the average value calculation means, said correction being performed on the basis of a predetermined thermal noise level, a first RSSI value measurement result obtained by the first RSSI measurement means, and a second RSSI value measurement result measured by the second RSSI measurement means.
A device comprising a substrate comprising at least one microelectronic and/or nanoelectronic structure (NEMS) comprising at least one sensitive portion and one fluid channel defined between said substrate and a cap, said fluid channel comprising at least two apertures to provide a flow in said channel, said microelectronic and/or nanoelectronic structure being located within the fluid channel, said cap being assembled with the substrate at an assembly interface, said device comprising at least one electrical connection between said microelectronic and/or nanoelectronic structure and the exterior of the fluid channel, the electrical connection being formed by a via made through the substrate directly below the microelectronic and/or nanoelectronic structure, and in electrical contact with the microelectronic and/or nanoelectronic structure, said device also comprising a functionalisation layer (24, 224) at least partly covering a part of the sensitive portion of the microelectronic and/or nanoelectronic structure.
A holding device for tools required for component supply comprising: a feeder attachment table on which multiple tape feeders are attached lined up in a lengthwise direction, the tape feeders being configured to feed component holding tape that holds multiple components and position multiple of the components respectively at a supply position; a first reel holder provided at a rear side of the feeder attachment table and configured to hold lined up multiple tape reels on which the component holding tape is wound; a second reel holder provided below the first reel holder and configured to hold lined up multiple of the tape reels; and a second holder movement allowance mechanism configured to allow the second reel holder to move upwards, wherein the second reel holder is able to be positioned at a rear side of the first reel holder. a feeder attachment table on which multiple tape feeders are attached lined up in a lengthwise direction, the tape feeders being configured to feed component holding tape that holds multiple components and position multiple of the components respectively at a supply position; a first reel holder provided at a rear side of the feeder attachment table and configured to hold lined up multiple tape reels on which the component holding tape is wound; a second reel holder provided below the first reel holder and configured to hold lined up multiple of the tape reels; and a second holder movement allowance mechanism configured to allow the second reel holder to move upwards, wherein the second reel holder is able to be positioned at a rear side of the first reel holder.
An intra vaginal device to aid in determining muscle strength of a patient, said device including: an elongated body having a longitudinal axis, an end portion, a base spaced from the end portion, and a longitudinally extending side wall extending between the end portion and the base; a first sensor, the first sensor being mounted on the side wall and to provide an indication of pressure applied thereto by pubococcygeus contractions of the patient; a second sensor, the second sensor being mounted on the side wall so as to be spaced angularly about said longitudinal axis from the first sensor, and to provide an indication of the pressure applied to the second sensor by the patient's puborectalis; and characterized in that said side wall includes a first side wall portion to which the first sensor is attached, and a second side wall portion to which the second sensor is attached, with the second sensor being angularly displaced about said axis from the first sensor by approximately 80° to 90°, and in that the base is elongated in a direction transverse of said longitudinal axis to aid a user to manipulate the device and to aid in correctly positioning the device by having the base engage the vaginal entrance so that a first sensor pressure is applied to the first sensor by the pubococcygeus contractions and a second sensor pressure is applied to the second sensor by the puborectalis, with the device providing a user with separate measurements of the first sensor pressure and second sensor pressure, and in that the first and second wall portions (15, 16) are planar. an elongated body having a longitudinal axis, an end portion, a base spaced from the end portion, and a longitudinally extending side wall extending between the end portion and the base; a first sensor, the first sensor being mounted on the side wall and to provide an indication of pressure applied thereto by pubococcygeus contractions of the patient; a second sensor, the second sensor being mounted on the side wall so as to be spaced angularly about said longitudinal axis from the first sensor, and to provide an indication of the pressure applied to the second sensor by the patient's puborectalis; and characterized in that said side wall includes a first side wall portion to which the first sensor is attached, and a second side wall portion to which the second sensor is attached, with the second sensor being angularly displaced about said axis from the first sensor by approximately 80° to 90°, and in that the base is elongated in a direction transverse of said longitudinal axis to aid a user to manipulate the device and to aid in correctly positioning the device by having the base engage the vaginal entrance so that a first sensor pressure is applied to the first sensor by the pubococcygeus contractions and a second sensor pressure is applied to the second sensor by the puborectalis, with the device providing a user with separate measurements of the first sensor pressure and second sensor pressure, and in that the first and second wall portions (15, 16) are planar.