mhurhangee/patent-ind-claim-en huggingface dataset:
A downlink data transmission method, implemented by a User Equipment, UE, in an inactive state, the method comprising: receiving (S101) paging signaling from a base station; initiating (S102) a random access according to the paging signaling, and sending a third message, MSG3, to the base station, the MSG3 comprising a Radio Resource Control, RRC, connection recovery request; and receiving (S103) a fourth message, MSG4, from the base station, the MSG4 comprising RRC connection recovery and downlink data to be sent, characterized in that , the MSG4 further comprises indication information indicating whether there is downlink data to be sent to the UE subsequently; when receiving the MSG4 from the base station, sending a fifth message, MSG5, to the base station in a case that the MSG4 comprises indication information indicating that there is no downlink data to be sent to the UE subsequently, and continuing to maintain the UE in the inactive state, the MSG5 carrying indication information indicating successful reception of the downlink data; or when receiving the MSG4 from the base station, sending a fifth message, MSG5, to the base station in a case that the MSG4 comprises indication information indicating that there is downlink data to be sent to the UE, and switching the UE to a connected state, the MSG5 carrying indication information indicating successful reception of the downlink data. receiving (S101) paging signaling from a base station; initiating (S102) a random access according to the paging signaling, and sending a third message, MSG3, to the base station, the MSG3 comprising a Radio Resource Control, RRC, connection recovery request; and receiving (S103) a fourth message, MSG4, from the base station, the MSG4 comprising RRC connection recovery and downlink data to be sent, characterized in that , the MSG4 further comprises indication information indicating whether there is downlink data to be sent to the UE subsequently; when receiving the MSG4 from the base station, sending a fifth message, MSG5, to the base station in a case that the MSG4 comprises indication information indicating that there is no downlink data to be sent to the UE subsequently, and continuing to maintain the UE in the inactive state, the MSG5 carrying indication information indicating successful reception of the downlink data; or when receiving the MSG4 from the base station, sending a fifth message, MSG5, to the base station in a case that the MSG4 comprises indication information indicating that there is downlink data to be sent to the UE, and switching the UE to a connected state, the MSG5 carrying indication information indicating successful reception of the downlink data.
Medical device for conducting a medical examination and/or intervention within a human or animal body, the medical device comprising a handle and a curved guiding bar connected to the handle , wherein the guiding bar is a rail-like member, the guiding bar comprising a guiding duct adapted for guiding a medical instrument from the handle area to a distal end of the guiding bar which is distant from the handle , the guiding bar comprising on its distal end a first camera which is integrated within the guiding bar or attached to the guiding bar , whereby the first camera is arranged and adjusted for capturing an area in front of the distal end of the guiding bar , wherein the medical device comprises a curved first bending area of at least 90° in an end area of the guiding bar distant from the handle , wherein the guiding bar is on the inside of the first bending area at least partially open, wherein the medical device is designed for conducting a medical examination and/or intervention within a human or animal body without lifting the epiglottis or the tongue base , whereby the medical device is constructed without a lifter for lifting the epiglottis or the tongue base .
Use of an HFO refrigerant composition for at least one member selected from the group consisting of mobile air conditioners, refrigerators, turbo freezers, container freezers, household air conditioners, and industrial air conditioners, wherein the HFO refrigerant composition comprising at least one type of HFO refrigerant and a polymer of halogenated propene represented by C 3 H a F b Cl c (provided that a + b + c = 6, a = an integer of 1 to 3, b = an integer of 3 to 5, and c = an integer of 0 to 1) that is an oligomer having a molecular weight of 200 to 900.
Sealing cable connector device for high pressure applications including a first connector part and a second connector part including an axial cable channel for allowing a cable to extend, the cable having a cross section comparable to the dimensions of said channel, the first connector part having an additional cylindrical connector channel with a larger cross section than said cable channel and with a radially oriented inner surface , and the second connector part being adapted to be introduced into said additional connector channel and having a corresponding shape in the radial direction, said second connector part having a radially oriented front end surface , wherein a cavity is defined between the inner surface and the front end surface , the cavity being coaxially oriented around the cable channel, the first and second connector parts including locking means being adapted to applying a axial force and lock the parts together after connecting, wherein at least one spring bevel ring is positioned at the inner surface in said cavity having radial dimensions corresponding to the radial dimensions of the cavity between the cable channel and the radially outer walls of the cavity, wherein the bevel ring(s) has /have a radial cross section having an essentially rectangular shape with rounded corners, and having an essentially frustoconical shape defining an angle relative to the radial and axial directions, where at the application of said axial force between the first and second connector parts said bevel ring(s) is/are tilted by the force between said radially oriented inner surface and said front end surface and thus forced in the radial direction both into said cavity wall and into the cable channel, so as to provide a sealing interaction both between the bevel ring(s) and the cavity wall and between the bevel ring and the cable, and wherein the bevel ring(s) is/are adapted, when compressed, to act like an energized spring that exerts high contact stress compensate thermal expansion of the parts. wherein at least one spring bevel ring is positioned at the inner surface in said cavity having radial dimensions corresponding to the radial dimensions of the cavity between the cable channel and the radially outer walls of the cavity, wherein the bevel ring(s) has /have a radial cross section having an essentially rectangular shape with rounded corners, and having an essentially frustoconical shape defining an angle relative to the radial and axial directions, where at the application of said axial force between the first and second connector parts said bevel ring(s) is/are tilted by the force between said radially oriented inner surface and said front end surface and thus forced in the radial direction both into said cavity wall and into the cable channel, so as to provide a sealing interaction both between the bevel ring(s) and the cavity wall and between the bevel ring and the cable, and wherein the bevel ring(s) is/are adapted, when compressed, to act like an energized spring that exerts high contact stress compensate thermal expansion of the parts.
A method for adjusting an uplink grant physical downlink control channel of a User Equipment UE, comprising: receiving a physical uplink shared channel transmitted on an uplink resource indicated by a current uplink grant physical downlink control channel from the UE ; judging whether or not the UE has received the current uplink grant physical downlink control channel successfully in accordance with the received physical uplink shared channel ; and determining a number of control channel elements CCEs occupied by the uplink grant physical downlink control channel and/or a transmission power of the uplink grant physical downlink control channel in accordance with a result of the judging, wherein when it is judged that the UE has not received the uplink grant physical downlink control channel successfully, the determining comprises: decreasing a current SINR of the UE ; and determining the number of CCEs occupied by the uplink grant physical downlink control channel transmitted to the UE subsequently and/or the transmission power of the uplink grant physical downlink control channel transmitted to the UE subsequently in accordance with the decreased SINR . receiving a physical uplink shared channel transmitted on an uplink resource indicated by a current uplink grant physical downlink control channel from the UE ; judging whether or not the UE has received the current uplink grant physical downlink control channel successfully in accordance with the received physical uplink shared channel ; and determining a number of control channel elements CCEs occupied by the uplink grant physical downlink control channel and/or a transmission power of the uplink grant physical downlink control channel in accordance with a result of the judging, wherein when it is judged that the UE has not received the uplink grant physical downlink control channel successfully, the determining comprises: decreasing a current SINR of the UE ; and determining the number of CCEs occupied by the uplink grant physical downlink control channel transmitted to the UE subsequently and/or the transmission power of the uplink grant physical downlink control channel transmitted to the UE subsequently in accordance with the decreased SINR . decreasing a current SINR of the UE ; and determining the number of CCEs occupied by the uplink grant physical downlink control channel transmitted to the UE subsequently and/or the transmission power of the uplink grant physical downlink control channel transmitted to the UE subsequently in accordance with the decreased SINR .
A flexible sheet comprising a cutting structure formed on a bent position of the flexible sheet for assisting curvature of the flexible sheet, the cutting structure comprising: two parallel cutting paths , each of the cutting paths has a plurality of cutting sections adjacently arranged at intervals to each other, each cutting section is of a liner shape to cut through the flexible sheet, the cutting sections (a1, a2, a3, a4, a5) on one of cutting paths are laterally offset with respect to the cutting sections (b1, b2, b3, b4, b5) on another cutting path , and two ends (P) of the cutting sections of the two parallel cutting paths are oppositely interlaced without connecting with each other, wherein each cutting section is projected to form a first cutting projection toward a first direction (X) and a second cutting projection toward a second direction (Y), the two second cutting projections from any two of oppositely interlaced cutting sections are partially overlapped, and the first direction (X) is vertical to the second direction (Y). two parallel cutting paths , each of the cutting paths has a plurality of cutting sections adjacently arranged at intervals to each other, each cutting section is of a liner shape to cut through the flexible sheet, the cutting sections (a1, a2, a3, a4, a5) on one of cutting paths are laterally offset with respect to the cutting sections (b1, b2, b3, b4, b5) on another cutting path , and two ends (P) of the cutting sections of the two parallel cutting paths are oppositely interlaced without connecting with each other, wherein each cutting section is projected to form a first cutting projection toward a first direction (X) and a second cutting projection toward a second direction (Y), the two second cutting projections from any two of oppositely interlaced cutting sections are partially overlapped, and the first direction (X) is vertical to the second direction (Y).
Rapid blocking/releasing device for fastening a fender provided with guides, comprising: - a fender , - an insert configured to be introduced in a hollow tube integral to the frame of a vehicle, and - a fastening means configured to be fastened both to said insert and to said fender , said fender compris ing on its outer surface at least a couple of parallel guides , said fastening means compris ing -e-s- in its own lower portion two shaped profiles configured to engage said guides , each of said shaped profiles comprising an upper surface , a lower shaped body and a space comprised between said upper surface and said lower shaped body , wherein said lower shaped body is configured so that its distance from said upper surface can vary following the actuation of suitable clamping means, the geometry of said guides and said profiles being such that the same can engage the guides only by means of sliding from the lower portion thereof, and that once said profiles have engaged the guides the only movement allowed between said fastening means and said fender is sliding along the axis of the guides wherein said fastening means comprises clamping means configured to push, after the action of a tool, said shaped body towards said upper surface , characterized in that said clamping means comprise a screw with round head and square shaft , a square washer , a round washer and an anti-unscrewing nut , and in that the same can be assembled so to press said shaped body and said upper surface between said washers . - a fender , - an insert configured to be introduced in a hollow tube integral to the frame of a vehicle, and - a fastening means configured to be fastened both to said insert and to said fender ,
Apparatus for ionizing analyte molecules comprised in a flow of a first gas, the apparatus comprising: an inlet tube through which the first gas may be discharged into an ionization region ; and a nozzle electrode disposed around the inlet tube to define a substantially annular space between the exterior of the inlet tube and the interior of the nozzle electrode , the nozzle electrode comprising an inlet for introducing a fluid into the substantially annular space and an outlet through which the fluid may be discharged into the ionization region , wherein the apparatus is configured to apply a voltage to the nozzle electrode and characterized in that it is configured to operate selectively in a first mode to ionize the analyte molecules via chemical ionization or a second mode to ionize the analyte molecules via electrospray ionization and wherein the selection of operation in either the first mode or the second mode is controlled based on a type of fluid that is introduced in the nozzle electrode through the fluid inlet. an inlet tube through which the first gas may be discharged into an ionization region ; and a nozzle electrode disposed around the inlet tube to define a substantially annular space between the exterior of the inlet tube and the interior of the nozzle electrode , the nozzle electrode comprising an inlet for introducing a fluid into the substantially annular space and an outlet through which the fluid may be discharged into the ionization region , wherein the apparatus is configured to apply a voltage to the nozzle electrode and characterized in that it is configured to operate selectively in a first mode to ionize the analyte molecules via chemical ionization or a second mode to ionize the analyte molecules via electrospray ionization and wherein the selection of operation in either the first mode or the second mode is controlled based on a type of fluid that is introduced in the nozzle electrode through the fluid inlet.
A method for diagnosis, detection or monitoring of a tumor disease characterized by the increased expression of the tumor antigen Claudin-6 (CLDN6), said method comprising the detection of and/or determination of the quantity of one or more parameters selected from the group consisting of: (i) a nucleic acid which codes for a peptide comprising the amino acid sequence of the tumor antigen, and (ii) a peptide comprising the amino acid sequence of the tumor antigen, in a biological sample isolated from a patient, wherein said tumor antigen comprises an amino acid sequence encoded by a nucleic acid which comprises the nucleic acid sequence according to SEQ ID NO: 1 of the sequence listing, wherein said tumor disease is a disease selected from the group consisting of gastric cancer, hepatic cancer, pancreatic cancer, head/neck cancer, cancer of the bile duct, and cancer of the urinary bladder. (i) a nucleic acid which codes for a peptide comprising the amino acid sequence of the tumor antigen, and (ii) a peptide comprising the amino acid sequence of the tumor antigen, in a biological sample isolated from a patient, wherein said tumor antigen comprises an amino acid sequence encoded by a nucleic acid which comprises the nucleic acid sequence according to SEQ ID NO: 1 of the sequence listing, wherein said tumor disease is a disease selected from the group consisting of gastric cancer, hepatic cancer, pancreatic cancer, head/neck cancer, cancer of the bile duct, and cancer of the urinary bladder.
A method comprising: over an observation period for at least one of an uplink direction and a downlink direction, measuring an amount of padding bits in a volume domain in each protocol data unit that is successfully transmitted in said direction and that carries data relevant to a given throughput measure; transforming the measured amounts of padding bits in the volume domain into a time domain and summing the transformed amounts of padding bits in the time domain; and utilizing the summed amount of padding bits in the time domain to account for small data transmissions in a calculation for the given throughput measure. over an observation period for at least one of an uplink direction and a downlink direction, measuring an amount of padding bits in a volume domain in each protocol data unit that is successfully transmitted in said direction and that carries data relevant to a given throughput measure; transforming the measured amounts of padding bits in the volume domain into a time domain and summing the transformed amounts of padding bits in the time domain; and utilizing the summed amount of padding bits in the time domain to account for small data transmissions in a calculation for the given throughput measure.
A breast compression unit for an x-ray imaging system , the breast compression unit comprising: a support platform comprising a compression surface; and a compression paddle movably coupled to a support arm , wherein the compression paddle is moveable along a first axis substantially orthogonal to the compression surface and along a second axis substantially parallel to the compression surface, characterized in that the breast compression unit further comprises a vertical drive system coupled to the compression paddle and configured to move the compression paddle along the first axis, and an extension/retraction drive system coupled to the compression paddle and configured to move the compression paddle along the second axis, and that the vertical drive system and the extension/retraction drive system are configured such that during a breast compression procedure the compression paddle may be extended with respect to the support arm before moving the compression paddle towards the compression surface, and that the compression paddle may be retracted simultaneous with, or in discrete movements that occur individually, when the compression paddle is compressing the patient's breast. the breast compression unit further comprises a vertical drive system coupled to the compression paddle and configured to move the compression paddle along the first axis, and an extension/retraction drive system coupled to the compression paddle and configured to move the compression paddle along the second axis, and that the vertical drive system and the extension/retraction drive system are configured such that during a breast compression procedure the compression paddle may be extended with respect to the support arm before moving the compression paddle towards the compression surface, and that the compression paddle may be retracted simultaneous with, or in discrete movements that occur individually, when the compression paddle is compressing the patient's breast.
Composition for use in treating a human suffering from a bowel disease associated with chronic inflammations, the composition comprising at least one DNAzyme which specifically inhibits the expression of GATA-3, characterized in that the concentration of the DNAzyme in the composition is between 0.75 mg/ml and 75 mg/ml; wherein the DNAzyme hgd40 has the sequence GTGGATGGAggctagctacaacgaGTCTTGGA; wherein the composition is administered such that the administered dose of the DNAzyme is from 250 to 500 mg per human per day.
A lid for a beverage container comprising a container body having a container cavity , said lid comprising: a lid body arranged for detachably attaching on said container body to selectively enclose said container cavity , said lid body having a receiving slot and an access opening communicating said container cavity and said receiving slot ; and a handle actuation arrangement , which comprises: a locking latch movably mounted in said receiving slot ; a mouth piece having a liquid discharge opening and a drinking channel communicating between said access opening and said liquid discharge opening , said mouth piece being pivotally connected to said lid body in said receiving slot to move in a locked position and an extended position, wherein in said locked position, said mouth piece is pivotally moved to be received in said receiving slot and engaged with said locking latch , wherein in said extended position, said mouth piece is pivotally moved to extend from said receiving slot ; and an actuating handle , which comprises: an engaging member pivotally received in said receiving slot to engage with said mouth piece ; and a handle member extended from said engaging member in such a manner that when said handle member is pivotally moved with respect to said lid body , said engaging member is also driven to pivotally move to drive said mouth piece to disengage from said locking latch so as to allow said mouth piece to move from said locked position to said extended position. a lid body arranged for detachably attaching on said container body to selectively enclose said container cavity , said lid body having a receiving slot and an access opening communicating said container cavity and said receiving slot ; and a handle actuation arrangement , which comprises: a locking latch movably mounted in said receiving slot ; a mouth piece having a liquid discharge opening and a drinking channel communicating between said access opening and said liquid discharge opening , said mouth piece being pivotally connected to said lid body in said receiving slot to move in a locked position and an extended position, wherein in said locked position, said mouth piece is pivotally moved to be received in said receiving slot and engaged with said locking latch , wherein in said extended position, said mouth piece is pivotally moved to extend from said receiving slot ; and an actuating handle , which comprises: an engaging member pivotally received in said receiving slot to engage with said mouth piece ; and a handle member extended from said engaging member in such a manner that when said handle member is pivotally moved with respect to said lid body , said engaging member is also driven to pivotally move to drive said mouth piece to disengage from said locking latch so as to allow said mouth piece to move from said locked position to said extended position.