mhurhangee/ep-ind-claims huggingface dataset:
A network for handling communication operations in a licensed frequency band and an unlicensed frequency band, comprising: a storage unit (310, 410) for storing instructions of: configuring a communication device to perform a first communication operation comprising an uplink, UL, transmission or a downlink, DL, reception of a LTE system on a first carrier in a first unlicensed frequency band; receiving a first message transmitted by the communication device, wherein the first message indicates that a second communication operation comprising a WiFi transmission or a WiFi reception is activated by the communication device in the first unlicensed frequency band; and transmitting a second message to indicate the communication device to release the first carrier in the first unlicensed frequency band according to the first message, wherein the second message further indicates the communication device to perform the first communication operation with the network on a third carrier in a second unlicensed frequency band; and a processing means (300, 400), coupled to the storage unit (310, 410), configured to execute the instructions stored in the storage unit (310, 410). a storage unit (310, 410) for storing instructions of: configuring a communication device to perform a first communication operation comprising an uplink, UL, transmission or a downlink, DL, reception of a LTE system on a first carrier in a first unlicensed frequency band; receiving a first message transmitted by the communication device, wherein the first message indicates that a second communication operation comprising a WiFi transmission or a WiFi reception is activated by the communication device in the first unlicensed frequency band; and transmitting a second message to indicate the communication device to release the first carrier in the first unlicensed frequency band according to the first message, wherein the second message further indicates the communication device to perform the first communication operation with the network on a third carrier in a second unlicensed frequency band; and configuring a communication device to perform a first communication operation comprising an uplink, UL, transmission or a downlink, DL, reception of a LTE system on a first carrier in a first unlicensed frequency band; receiving a first message transmitted by the communication device, wherein the first message indicates that a second communication operation comprising a WiFi transmission or a WiFi reception is activated by the communication device in the first unlicensed frequency band; and transmitting a second message to indicate the communication device to release the first carrier in the first unlicensed frequency band according to the first message, wherein the second message further indicates the communication device to perform the first communication operation with the network on a third carrier in a second unlicensed frequency band; and a processing means (300, 400), coupled to the storage unit (310, 410), configured to execute the instructions stored in the storage unit (310, 410).
A rotor blade coupling device for purposes of coupling to a rotor mast so as to form a rotor head of a rotorcraft, in particular a helicopter, comprising - a rotor head central piece - at least three rotor blade mounts attached to the rotor head central piece, for purposes of receiving at least three rotor blades located in a rotor plane, as well as - at least one means of connection between adjacent rotor blade mounts, wherein the rotor blade mounts can in each case be pivoted about a pivot axis, which stands vertically relative to the rotor plane, wherein the at least one means of connection is formed by a damping device, and wherein the rotor blade coupling device comprises plate-form transfer elements, which in each case cross a rotor blade mount and are coupled to at least one damping device, characterised in that, the transfer elements in each case form an integral component of two adjacent damping devices, in that at least sections of the transfer elements are accommodated by the damping devices, and the transfer elements thereby stand in direct operative connection with the two adjacent damping devices. - a rotor head central piece - at least three rotor blade mounts attached to the rotor head central piece, for purposes of receiving at least three rotor blades located in a rotor plane, as well as - at least one means of connection between adjacent rotor blade mounts, wherein
A head-mounted display, comprising; a body part including a display part for displaying an image; a fixing part, which surrounds a head part to allow the body part to be fixed to the head part and includes a front support part, a rear support part having an adjustable length, and a connecting part; a connecting frame that connects the body part to the fixing part to allow the body part to rotate and move with reference to the fixing part; and a band part, which has opposite ends fixed to the fixing part and is formed to elastically surround the head part, together with the front support part, characterized in that the rear support part includes a guide portion disposed on a cover portion and supporting a spring portion, wherein the guide portion includes a plurality of guide protrusions (313b, 313c) extended along a first direction, and wherein the connecting part further includes a rail portion connected to a first connection member of the connecting frame movable in a second direction and recessed in the second direction, and wherein the connecting frame further comprises: the first connection member mounted to the rail portion so that the connecting frame is movable in the second direction; and a second connection member connected to the first connection member and coupled to the connecting part so as to be rotatable with respect to a direction perpendicular to the rail portion. a body part including a display part for displaying an image; a fixing part, which surrounds a head part to allow the body part to be fixed to the head part and includes a front support part, a rear support part having an adjustable length, and a connecting part; a connecting frame that connects the body part to the fixing part to allow the body part to rotate and move with reference to the fixing part; and a band part, which has opposite ends fixed to the fixing part and is formed to elastically surround the head part, together with the front support part, characterized in that the rear support part includes a guide portion disposed on a cover portion and supporting a spring portion, wherein the guide portion includes a plurality of guide protrusions (313b, 313c) extended along a first direction, and wherein the connecting part further includes a rail portion connected to a first connection member of the connecting frame movable in a second direction and recessed in the second direction, and wherein the connecting frame further comprises: the first connection member mounted to the rail portion so that the connecting frame is movable in the second direction; and a second connection member connected to the first connection member and coupled to the connecting part so as to be rotatable with respect to a direction perpendicular to the rail portion. the first connection member mounted to the rail portion so that the connecting frame is movable in the second direction; and a second connection member connected to the first connection member and coupled to the connecting part so as to be rotatable with respect to a direction perpendicular to the rail portion.
A gable top container comprising: - an outer shell made from a first material comprising paperboard, the shell comprising gable panels and fin panels forming said gable top; and - an inner lining in the form of a pouch having a sealed opening, prior to sealing the opening permitting filling of the pouch, the lining being made from a second material comprising a polymeric or metallic material, the lining defining an internal volume for holding a liquid, and the lining being adhered to the shell, wherein, the outer shell includes a line of weakness extending around at least part of the periphery of the shell and defining a first portion of the shell on one side of said line and a second portion of the shell on the other side of said line, the line of weakness permitting the first portion of the shell to be separated from the second portion of the shell, and characterised in that, the lining is adhered around the sealed opening to the fin panels in said first portion and the lining extends into said second portion of the shell and a part of the line of weakness extends through the gable panels and/or the fin panels. - an outer shell made from a first material comprising paperboard, the shell comprising gable panels and fin panels forming said gable top; and - an inner lining in the form of a pouch having a sealed opening, prior to sealing the opening permitting filling of the pouch, the lining being made from a second material comprising a polymeric or metallic material, the lining defining an internal volume for holding a liquid, and the lining being adhered to the shell,
An electrochemical catalytic method for the hydrodesulfurization of a petroleum-based hydrocarbon stream, which comprises the steps of: contacting the petroleum-based hydrocarbon stream with a hydrogen-containing gas in an electrochemical cell employing Non Faradic Electrochemical Modification of Chemical Activity, said cell comprising MoCo-TiO 2 as an active metal catalyst-working electrode applied to a charge conducting solid electrolyte support selected from YSZ and BCN18 and a layer of a sputtered Mo film disposed between the working electrode and the solid electrode, wherein the charge conducting solid electrode support is connected to a counter electrode of Au, the rate of the hydrodesulfurization being electrochemically promoted by applying a current or potential between the catalyst and the counter electrode during hydrodesulfurization, wherein the catalyst is applied to the working electrode by dispersed impregnation.
A base station for transmitting data packets comprising: a first buffer configured to store a data packet received by the base station; a second buffer configured to store the data packet that is scheduled for transmission by the base station; and a computer processor (554, 556, 560), operatively coupled to the first buffer and the second buffer, the computer processor being configured to: inspect the data packet to determine an application type of the data packet; determine a delay tolerance associated with the data packet based on the determined application type, wherein a buffer timer having a predetermined time limit is assigned based on the determined delay tolerance; determine a channel condition of a communication session with a user device; move the data packet from the first buffer to the second buffer based on the determined delay tolerance and the determined channel condition; and transmit the data packet stored in the second buffer, wherein the data packet is transmitted upon expiration of the predetermined time limit. a first buffer configured to store a data packet received by the base station; a second buffer configured to store the data packet that is scheduled for transmission by the base station; and a computer processor (554, 556, 560), operatively coupled to the first buffer and the second buffer, the computer processor being configured to: inspect the data packet to determine an application type of the data packet; determine a delay tolerance associated with the data packet based on the determined application type, wherein a buffer timer having a predetermined time limit is assigned based on the determined delay tolerance; determine a channel condition of a communication session with a user device; move the data packet from the first buffer to the second buffer based on the determined delay tolerance and the determined channel condition; and transmit the data packet stored in the second buffer, wherein the data packet is transmitted upon expiration of the predetermined time limit. inspect the data packet to determine an application type of the data packet; determine a delay tolerance associated with the data packet based on the determined application type, wherein a buffer timer having a predetermined time limit is assigned based on the determined delay tolerance; determine a channel condition of a communication session with a user device; move the data packet from the first buffer to the second buffer based on the determined delay tolerance and the determined channel condition; and transmit the data packet stored in the second buffer, wherein the data packet is transmitted upon expiration of the predetermined time limit.
A process for preparing a melamine-urea-formaldehyde resin comprising a first cook stage, a second cook stage, and a final addition wherein: the molar ratio of formaldehyde to urea and melamine (F: U + M) in the first cook stage is from 2.0 to 5.0; the molar ratio of formaldehyde to urea and melamine (F: U + M) in the second cook stage is from 1.5 to 3.0; and the molar ratio of formaldehyde to urea and melamine (F: U + M) in the final addition is from 0.4 to 0.7. the molar ratio of formaldehyde to urea and melamine (F: U + M) in the first cook stage is from 2.0 to 5.0; the molar ratio of formaldehyde to urea and melamine (F: U + M) in the second cook stage is from 1.5 to 3.0; and the molar ratio of formaldehyde to urea and melamine (F: U + M) in the final addition is from 0.4 to 0.7.
A method for wireless communication, comprising: identifying a physical random access channel, PRACH, for communication between a base station and a user equipment, UE, the PRACH comprising a plurality of subcarriers; and determining a frequency hopping pattern within the PRACH for a random access preamble, the random access preamble comprising a plurality of single subcarrier transmissions, the frequency hopping pattern comprising a plurality of frequency hops across the plurality of subcarriers, at least one frequency hop of the plurality of frequency hops being associated with a pseudo-random frequency hop distance; wherein the pseudo-random frequency hop distance is based on a number of subcarriers of the PRACH. identifying a physical random access channel, PRACH, for communication between a base station and a user equipment, UE, the PRACH comprising a plurality of subcarriers; and determining a frequency hopping pattern within the PRACH for a random access preamble, the random access preamble comprising a plurality of single subcarrier transmissions, the frequency hopping pattern comprising a plurality of frequency hops across the plurality of subcarriers, at least one frequency hop of the plurality of frequency hops being associated with a pseudo-random frequency hop distance; wherein the pseudo-random frequency hop distance is based on a number of subcarriers of the PRACH.
A system for modulating secretion of calcitonin gene-related peptide (CGRP) in a subject comprising: one or more electrodes configured for positioning adjacent to or near one or more C-afferent sensory nerve fibers innervating pancreatic beta cells in a body of the subject; a pulse generator coupled to the electrode(s) and configured to generate an electrical stimulation pulse at a frequency ranging from 60 Hz to 10,000 Hz, a pulse amplitude ranging from 0.2 to 14 volts, and a pulse width ranging from 20 μsec to 1 ms, wherein the electrical pulse is sufficient to inhibit secretion of calcitonin gene-related peptide (CGRP) from the C-afferent sensory nerve fibers, a feedback sensor for measuring a level of a biomarker; wherein the biomarker comprises one or more of abdominal skin blood flow and abdominal skin temperature; and a feedback controller for initiating adjustments to parameter settings of the electrical stimulation pulse if the measured biomarker level is outside a threshold range. one or more electrodes configured for positioning adjacent to or near one or more C-afferent sensory nerve fibers innervating pancreatic beta cells in a body of the subject; a pulse generator coupled to the electrode(s) and configured to generate an electrical stimulation pulse at a frequency ranging from 60 Hz to 10,000 Hz, a pulse amplitude ranging from 0.2 to 14 volts, and a pulse width ranging from 20 μsec to 1 ms, wherein the electrical pulse is sufficient to inhibit secretion of calcitonin gene-related peptide (CGRP) from the C-afferent sensory nerve fibers, a feedback sensor for measuring a level of a biomarker; wherein the biomarker comprises one or more of abdominal skin blood flow and abdominal skin temperature; and a feedback controller for initiating adjustments to parameter settings of the electrical stimulation pulse if the measured biomarker level is outside a threshold range.
A face region detecting device comprising: an image capturing section capturing a face of an observed person; a position detecting section detecting, from a face image expressing the face captured by the image capturing section, one of a position expressing a characteristic of a nose and a position expressing a characteristic of a region between eyebrows; and a computing section computing a past relative position of a lower eyelid or an upper eyelid of the face that is based on the position detected in the past by the position detecting section, characterized by a region position detecting section detecting a position of the eye that is expressed by a vertical direction position of a boundary between the lower eyelid and an eyeball in the face image, and a left-right direction position of a boundary between the upper eyelid and the eyeball, on the basis of the past relative position computed by the computing section and the current position detected by the position detecting section. an image capturing section capturing a face of an observed person; a position detecting section detecting, from a face image expressing the face captured by the image capturing section, one of a position expressing a characteristic of a nose and a position expressing a characteristic of a region between eyebrows; and a computing section computing a past relative position of a lower eyelid or an upper eyelid of the face that is based on the position detected in the past by the position detecting section, characterized by a region position detecting section detecting a position of the eye that is expressed by a vertical direction position of a boundary between the lower eyelid and an eyeball in the face image, and a left-right direction position of a boundary between the upper eyelid and the eyeball, on the basis of the past relative position computed by the computing section and the current position detected by the position detecting section.
A method of operating a transceiver including an antenna (25a, 180) having a plurality of antenna feed elements, the method comprising: defining a plurality of beam gain constraint values g k associated with K geographic constraint points within a geographic region; iteratively generating M antenna feed element weights w M in an antenna feed element weight vector w ∈ C Mx1 that result in beam response values f k at the K geographic constraint points such that beam gain response values |f k | converge on the beam gain constraint values g K; forming an antenna beam from the antenna (25a, 180) to the geographic region using the antenna feed element weight vector w; and communicating information over the antenna beam; wherein iteratively generating the antenna feed element weight vector w comprises: defining a cost function that relates the antenna beam gain constraint values g K to the antenna feed element weights w M; specifying an initial vector w 1 of the antenna feed element weights w M; evaluating the cost function using the initial vector w 1 of the antenna feed element weights w M; generating a gradient of the cost function, and iteratively modifying the antenna feed element weight vector w and evaluating the cost function using the antenna feed element weight vector w while the value of the cost function is decreasing, wherein iteratively modifying the antenna feed element weight vector w comprises adjusting the antenna feed element weight vector w in the direction of the gradient of the cost function. defining a plurality of beam gain constraint values g k associated with K geographic constraint points within a geographic region; iteratively generating M antenna feed element weights w M in an antenna feed element weight vector w ∈ C Mx1 that result in beam response values f k at the K geographic constraint points such that beam gain response values |f k | converge on the beam gain constraint values g K; forming an antenna beam from the antenna (25a, 180) to the geographic region using the antenna feed element weight vector w; and communicating information over the antenna beam; defining a cost function that relates the antenna beam gain constraint values g K to the antenna feed element weights w M; specifying an initial vector w 1 of the antenna feed element weights w M; evaluating the cost function using the initial vector w 1 of the antenna feed element weights w M; generating a gradient of the cost function, and iteratively modifying the antenna feed element weight vector w and evaluating the cost function using the antenna feed element weight vector w while the value of the cost function is decreasing, wherein iteratively modifying the antenna feed element weight vector w comprises adjusting the antenna feed element weight vector w in the direction of the gradient of the cost function.
Use of fibrosis inhibitor for the normalization of culture of corneal endothelial cells, wherein said fibrosis inhibitor comprises a transforming growth factor β signal inhibiting agent.
A vehicle wheel suspension of the control blade type having three wheel-guiding suspension links (4, 5, 6) which are oriented substantially in the transverse direction of the vehicle and also having one trailing link which is attached substantially rigidly to the wheel carrier and hardly restricts the transverse movement thereof with respect to the vehicle body and is attached substantially rigidly to the vehicle body and thereby also assumes the function of a suspension spring between the wheel carrier and the vehicle body.
A buck-boost circuit, comprising a first switch, a second switch, a third switch, a fourth switch, a first inductor, a first capacitor, a second capacitor, and a control module configured to control switches based on a relationship between a target voltage V tar and an input voltage V BAT; wherein a first terminal of the first switch is connected to an anode of an input power supply (V BAT); a first terminal of the second switch is connected to the anode of the input power supply (V BAT); a first terminal of the third switch and a first terminal of the first capacitor are connected to a second terminal of the first switch; a second terminal of the third switch is connected to a cathode of the input power supply (V BAT); a first terminal of the fourth switch, a second terminal of the first capacitor, and a first terminal of the first inductor are connected to a second terminal of the second switch; a second terminal of the fourth switch is connected to the cathode of the input power supply (V BAT); a second terminal of the first inductor is connected to an anode of an output power supply (V out); and the second capacitor is connected in parallel between the anode and a cathode of the output power supply (Vout), the buck-boost circuit is characterised by a sixth switch connected in parallel with the first capacitor. the buck-boost circuit is characterised by a sixth switch connected in parallel with the first capacitor.