mhurhangee/ep-ind-claims huggingface dataset:
A method for performing, by a user equipment, UE, which is able to communicate with a first node and a second node simultaneously, a random access in a wireless communication system, the first node and the second node being of a different type, the method comprising: initiating (S310, S410) a service; determining (S320, S420) that the initiated service corresponds to an emergency service or a high priority service; and if it is determined that the initiated service corresponds to the emergency service or the high priority service, performing (S330, S430) the random access to the first node, if it is determined that the initiated service does not correspond to the emergency service or the high priority service, performing (S330, S430) the random access to the second node. initiating (S310, S410) a service; determining (S320, S420) that the initiated service corresponds to an emergency service or a high priority service; and if it is determined that the initiated service corresponds to the emergency service or the high priority service, performing (S330, S430) the random access to the first node, if it is determined that the initiated service does not correspond to the emergency service or the high priority service, performing (S330, S430) the random access to the second node.
An under-screen biometric identification apparatus, applicable to a terminal device having a display screen for implementing under-screen biometric detection, the under-screen biometric identification apparatus comprising: a biometric identification module, fixed to a middle frame of the terminal device and arranged under the display screen through the middle frame, the biometric identification module comprising an optical biometric sensor having an optical sensing array for receiving light reflected by a finger above the display screen and converting the light into electrical signals, wherein the light carries fingerprint information of the finger; wherein a biometric capturing area of the biometric identification module is within a display area of the display screen; and characterized in that, the middle frame is formed with a hole at a mounting area of the biometric identification module, the biometric identification module is detachably fixed to a lower surface of the middle frame adjacent to the hole without contacting the display screen so as to form a gap between the biometric identification module and the display screen; wherein an upper surface of the middle frame is provided with a bevel angle at an edge of the hole; and a width of the hole on the upper surface of the middle frame is greater than a width of the hole on the lower surface of the middle frame. a biometric identification module, fixed to a middle frame of the terminal device and arranged under the display screen through the middle frame, the biometric identification module comprising an optical biometric sensor having an optical sensing array for receiving light reflected by a finger above the display screen and converting the light into electrical signals, wherein the light carries fingerprint information of the finger; wherein a biometric capturing area of the biometric identification module is within a display area of the display screen; and characterized in that, the middle frame is formed with a hole at a mounting area of the biometric identification module, the biometric identification module is detachably fixed to a lower surface of the middle frame adjacent to the hole without contacting the display screen so as to form a gap between the biometric identification module and the display screen; wherein an upper surface of the middle frame is provided with a bevel angle at an edge of the hole; and a width of the hole on the upper surface of the middle frame is greater than a width of the hole on the lower surface of the middle frame.
Parking assistance system for performing an automated parking manoeuvre of a motor vehicle into a parking space with at least automated transverse guidance along a parking trajectory (10, 11), which is designed - to measure the parking space by means of a sensor before performing the automated parking manoeuvre, - on the basis of the measurement of the parking space to recognize the parking space type of the parking space from a set of recognizable, different parking space types, wherein the set of parking space types comprises: - a longitudinal parking space type in which it is possible to park longitudinally, and - a transverse parking space type, in which it is possible to park transversely, wherein - the set of recognizable parking space types moreover includes a universal parking space type, in which it is possible to park both longitudinally as well as transversely, - wherein the parking assistance system is designed - in the event that the parking space is recognized as being of the universal parking space type, to give a selection option to the driver to select a parking direction, namely whether the parking assistance system should park longitudinally or transversely into the parking space, and to display a selection menu with the options of longitudinal parking and transverse parking to the driver on a screen for this purpose, and to receive a driver input for the selection of one of the two options, and - to park longitudinally or transversely into the parking space automatically according to the selection of the driver. - to measure the parking space by means of a sensor before performing the automated parking manoeuvre, - on the basis of the measurement of the parking space to recognize the parking space type of the parking space from a set of recognizable, different parking space types, wherein the set of parking space types comprises: - a longitudinal parking space type in which it is possible to park longitudinally, and - a transverse parking space type, in which it is possible to park transversely, wherein - the set of recognizable parking space types moreover includes a universal parking space type, in which it is possible to park both longitudinally as well as transversely, - wherein the parking assistance system is designed - in the event that the parking space is recognized as being of the universal parking space type, to give a selection option to the driver to select a parking direction, namely whether the parking assistance system should park longitudinally or transversely into the parking space, and to display a selection menu with the options of longitudinal parking and transverse parking to the driver on a screen for this purpose, and to receive a driver input for the selection of one of the two options, and - to park longitudinally or transversely into the parking space automatically according to the selection of the driver.
A device to device communication method, comprising: obtaining, by a first user equipment supporting a device to device function, resources that are allocated in advance by a serving base station to user equipments and are used for broadcasting information of the user equipments; selecting, by the first user equipment, a resource for broadcasting information of the first user equipment from the resources; broadcasting, by the first user equipment on the obtained resource, the information of the first user equipment to a second user equipment supporting the device to device function. obtaining, by a first user equipment supporting a device to device function, resources that are allocated in advance by a serving base station to user equipments and are used for broadcasting information of the user equipments; selecting, by the first user equipment, a resource for broadcasting information of the first user equipment from the resources; broadcasting, by the first user equipment on the obtained resource, the information of the first user equipment to a second user equipment supporting the device to device function.
A microwave antenna, comprising: a coaxial feedline having an outer conductor; a radiating section comprising an antenna coupled to the feedline; an inflow hypotube disposed around the outer conductor to form an inflow channel configured to supply fluid to the radiating section; a transition collar coupled to the distal end of the inflow hypotube by a fluid-tight seal to receive fluid and to transition the fluid to a distal end of the radiating section along a fluid flow pathway; and an antenna sleeve which overlays outflow slots of the transition collar, proximal the outflow slots of the transition collar, and defines a gap for transitioning the fluid to exit the outflow slots of the transition collar to the distal end of the radiating section; wherein the microwave antenna further comprises an outer hypotube disposed around the inflow hypotube to define an outflow channel therebetween. a coaxial feedline having an outer conductor; a radiating section comprising an antenna coupled to the feedline; an inflow hypotube disposed around the outer conductor to form an inflow channel configured to supply fluid to the radiating section; a transition collar coupled to the distal end of the inflow hypotube by a fluid-tight seal to receive fluid and to transition the fluid to a distal end of the radiating section along a fluid flow pathway; and an antenna sleeve which overlays outflow slots of the transition collar, proximal the outflow slots of the transition collar, and defines a gap for transitioning the fluid to exit the outflow slots of the transition collar to the distal end of the radiating section; wherein the microwave antenna further comprises an outer hypotube disposed around the inflow hypotube to define an outflow channel therebetween.
Method for broadcasting at least two data streams (CH 1, CH 2, CH 3), called "primary streams", in a telecommunications network between a source and at least one destination, characterized in that it has: - a step of temporal division of each of said primary streams (CH 1, CH 2, CH 3) into a plurality of sections (C 11, C 2j, C 3k) of the same duration (T MUX) by said source; - a step of distribution of all said sections (C 11, C 2 j, C 3k) in a set of streams called "secondary streams" (F 1, F 2, F 3) in a number equal to the number of said primary streams, each of said secondary streams being obtained by virtue of time-division multiplexing of said sections taken sequentially and cyclically in each of said primary streams (CH 1, CH 2, CH 3); and - a step of broadcast of said secondary streams (F 1, F 2, F 3) to said destination. - a step of temporal division of each of said primary streams (CH 1, CH 2, CH 3) into a plurality of sections (C 11, C 2j, C 3k) of the same duration (T MUX) by said source; - a step of distribution of all said sections (C 11, C 2 j, C 3k) in a set of streams called "secondary streams" (F 1, F 2, F 3) in a number equal to the number of said primary streams, each of said secondary streams being obtained by virtue of time-division multiplexing of said sections taken sequentially and cyclically in each of said primary streams (CH 1, CH 2, CH 3); and - a step of broadcast of said secondary streams (F 1, F 2, F 3) to said destination.
A concealed embedded component, comprising: a lower main body with a cool water inlet passage, a hot water inlet passage, and at least an outlet passage, the cool water inlet passage, the hot water inlet passage, and the outlet passage are respectively disposed with an inlet (112, 122, 142) and an outlet (114, 124, 144); an embedded box, comprising a box body and a fixing frame surrounding the box body, the side wall of the box body is disposed with a cool water hole, a hot water hole and at least an outlet hole; a connecting element with a bottom surface disposed with a first passage and a second passage; the lower main body is disposed in the box body, the inlet of the cool water inlet passage is aligned with the cool water hole, the inlet of the hot water inlet passage is aligned with the hot water hole, the outlet of the outlet passage is aligned with the outlet hole; the connecting element is disposed in the box body, the connecting element covers the lower main body to make the outlet passage connected to the cool water inlet passage or the hot water inlet passage, characterized in that the lower main body additionally comprises a mixing water passage disposed with an inlet and an outlet, and in that the connecting element as an alternative can also make the outlet passage connected to the mixing water passage. a lower main body with a cool water inlet passage, a hot water inlet passage, and at least an outlet passage, the cool water inlet passage, the hot water inlet passage, and the outlet passage are respectively disposed with an inlet (112, 122, 142) and an outlet (114, 124, 144); an embedded box, comprising a box body and a fixing frame surrounding the box body, the side wall of the box body is disposed with a cool water hole, a hot water hole and at least an outlet hole; a connecting element with a bottom surface disposed with a first passage and a second passage; the lower main body is disposed in the box body, the inlet of the cool water inlet passage is aligned with the cool water hole, the inlet of the hot water inlet passage is aligned with the hot water hole, the outlet of the outlet passage is aligned with the outlet hole; the connecting element is disposed in the box body, the connecting element covers the lower main body to make the outlet passage connected to the cool water inlet passage or the hot water inlet passage, characterized in that the lower main body additionally comprises a mixing water passage disposed with an inlet and an outlet, and in that the connecting element as an alternative can also make the outlet passage connected to the mixing water passage.
A process for manufacturing a formed meat analogue product comprising the steps of: - making a structured fat composition; - making a structured plant protein composition; - mixing the structured fat composition with the structured plant protein composition to result in a meat analogue base; - casting the meat analogue base into a form; wherein the structured fat composition comprises a fat in combination with at least 10% starch and/or inulin, and optionally water; wherein the structured fat composition comprises particles having an average particle size of 2-20mm; and wherein the structured plant protein composition comprises a textured plant protein, a binder and optionally a flavoring compound and/or a coloring compound. - making a structured fat composition; - making a structured plant protein composition; - mixing the structured fat composition with the structured plant protein composition to result in a meat analogue base; - casting the meat analogue base into a form; wherein the structured fat composition comprises a fat in combination with at least 10% starch and/or inulin, and optionally water; wherein the structured fat composition comprises particles having an average particle size of 2-20mm; and wherein the structured plant protein composition comprises a textured plant protein, a binder and optionally a flavoring compound and/or a coloring compound.
A method for a node for electing a coordination node in a Coordinated Multipoint, CoMP, set of cooperating nodes (110, 112, 114) for receiving channel information from a plurality of wireless devices (120, 122, 124) operating in a wireless network, the method comprising: determining a channel quality parameter for the node indicative of a channel quality between the node, and the plurality of wireless devices (120, 122, 124); characterized in that the method further comprises: receiving a first message from a first neighbor node in the CoMP set, the first message including a channel quality parameter for another node (112, 114) in the CoMP set indicative of a channel quality between the other node (112, 114) and the plurality of wireless devices (120, 122, 124); and sending a second message to the first neighbor node in the CoMP set, the second message identifying the coordination node elected by the node based on the channel quality parameters for the node and the other node (112, 114). receiving a first message from a first neighbor node in the CoMP set, the first message including a channel quality parameter for another node (112, 114) in the CoMP set indicative of a channel quality between the other node (112, 114) and the plurality of wireless devices (120, 122, 124); and sending a second message to the first neighbor node in the CoMP set, the second message identifying the coordination node elected by the node based on the channel quality parameters for the node and the other node (112, 114).
A user device for communicating with a base station apparatus, comprising: a control unit configured to monitor a PDCCH, Physical downlink control channel, candidate in a first search space during a random access procedure; and a communication unit configured to receive, based on information included in the PDCCH candidate, a random access response or a PDSCH, Physical downlink shared channel, for contention resolution from the base station, wherein the communication unit is further configured to receive, based on information included in a PDCCH candidate monitored in the first search space, a PDSCH or transmit a PUSCH, Physical uplink shared channel, until a second search space of a type other than the first search space is configured after the random access procedure is completed. a control unit configured to monitor a PDCCH, Physical downlink control channel, candidate in a first search space during a random access procedure; and a communication unit configured to receive, based on information included in the PDCCH candidate, a random access response or a PDSCH, Physical downlink shared channel, for contention resolution from the base station, wherein the communication unit is further configured to receive, based on information included in a PDCCH candidate monitored in the first search space, a PDSCH or transmit a PUSCH, Physical uplink shared channel, until a second search space of a type other than the first search space is configured after the random access procedure is completed.
A tire, comprising a belt layer and a tread portion, the belt layer comprising at least one belt ply including a steel monofilament and a coating rubber, characterised by the belt layer having a ratio of E2/E1 of less than 0.90, wherein, when viewed in a radial cross-section of the tire, E1 denotes the number (ends/50 mm) of steel monofilaments aligned per 50 mm in a tire width direction in a region of the belt ply having the largest width in a tire axial direction which extends from a tire equator to a point Q that is located at 80% of a distance L in the tire axial direction from the tire equator to a point P that is located at an outer edge, with respect to the tire width direction, of the belt ply having the largest width in the tire axial direction; and E2 denotes the number (ends/50 mm) of steel monofilaments aligned per 50 mm in the tire width direction in a region of the belt ply having the largest width in the tire axial direction which extends from the point Q to the point P, the tread portion having a loss tangent, tanδt, of 0.25 or less as measured at a temperature of 30°C, an initial strain of 10%, a dynamic strain of ± 1%, and a frequency of 10 Hz in extension mode. the belt layer comprising at least one belt ply including a steel monofilament and a coating rubber, characterised by the belt layer having a ratio of E2/E1 of less than 0.90, wherein, when viewed in a radial cross-section of the tire, E1 denotes the number (ends/50 mm) of steel monofilaments aligned per 50 mm in a tire width direction in a region of the belt ply having the largest width in a tire axial direction which extends from a tire equator to a point Q that is located at 80% of a distance L in the tire axial direction from the tire equator to a point P that is located at an outer edge, with respect to the tire width direction, of the belt ply having the largest width in the tire axial direction; and E2 denotes the number (ends/50 mm) of steel monofilaments aligned per 50 mm in the tire width direction in a region of the belt ply having the largest width in the tire axial direction which extends from the point Q to the point P, the tread portion having a loss tangent, tanδt, of 0.25 or less as measured at a temperature of 30°C, an initial strain of 10%, a dynamic strain of ± 1%, and a frequency of 10 Hz in extension mode.
A remote information source apparatus comprising: a first reflective surface; a second reflective surface perpendicular to the first reflective surface; a third reflective surface perpendicular to the first reflective surface and the second reflective surface; and an actuator operable to move at least one of the first reflective surface, the second reflective surface, and the third reflective surface to frequency modulate a laser beam incident on at least one of the reflective surfaces to embed a signal within a reflected laser beam in accordance with a data signal, characterized in that the apparatus further comprises a power source mounted on the information source, wherein the power source is operable to extract power from the laser beam incident which is used by the information source to drive the actuator. a first reflective surface; a second reflective surface perpendicular to the first reflective surface; a third reflective surface perpendicular to the first reflective surface and the second reflective surface; and an actuator operable to move at least one of the first reflective surface, the second reflective surface, and the third reflective surface to frequency modulate a laser beam incident on at least one of the reflective surfaces to embed a signal within a reflected laser beam in accordance with a data signal, characterized in that the apparatus further comprises a power source mounted on the information source, wherein the power source is operable to extract power from the laser beam incident which is used by the information source to drive the actuator.
A branched multi-block copolymer, comprising: a hydrophobic block having a plurality of repeating units represented as chemical formula 1; and a hydrophilic block having a plurality of repeating units represented as chemical formula 2 and the hydrophilic block having the total number of repeating units of 100 to 350, wherein A, X and Y are each or independently, R is -NO 2 or -CF 3, Z is Q is -SO 3 H, -SO 3 - M +, -COOH,-COO - M +, -PO 3 H 2, -PO 3 H - M + or -PO 3 2- 2M +, and M is Na or K, B is or G is X, and G' is Z, 0<u/t<1, and 0<w/v<1, 0.7<(e+1.5*g)/(f+h)≤0.95 or 0.7<(f+h)/(e+1.5*g) <0.95, and a+e+1.5(c+g)=f+h+b+d, in which a, b, c, d, e, f, g and h are molar ratios. a hydrophobic block having a plurality of repeating units represented as chemical formula 1; and a hydrophilic block having a plurality of repeating units represented as chemical formula 2 and the hydrophilic block having the total number of repeating units of 100 to 350, wherein A, X and Y are each or independently, R is -NO 2 or -CF 3, Z is Q is -SO 3 H, -SO 3 - M +, -COOH,-COO - M +, -PO 3 H 2, -PO 3 H - M + or -PO 3 2- 2M +, and M is Na or K, B is or G is X, and G' is Z, 0<u/t<1, and 0<w/v<1, 0.7<(e+1.5*g)/(f+h)≤0.95 or 0.7<(f+h)/(e+1.5*g) <0.95, and a+e+1.5(c+g)=f+h+b+d, in which a, b, c, d, e, f, g and h are molar ratios.