mhurhangee/ep-ind-claims huggingface dataset:
An apparatus comprising means for: receiving, from a user equipment, a request indicating one or more security capabilities of the user equipment, wherein the request is an initial access request or mobility request; determining whether the indicated one or more security capabilities meet one or more designated criteria of a communication network; rejecting the request by the user equipment responsive to determining that the indicated one or more security capabilities do not meet the one or more designated criteria of the communication network; and sending, to the user equipment, a rejection notification comprising a failure cause code or value based at least in part on the determination that the indicated one or more security capabilities do not meet the one or more designated criteria of the communication network, wherein the failure cause code or value indicates to the user equipment that the initial access request or mobility request has failed due to the one or more security capabilities being invalid or unacceptable to the communication network, wherein the indicated one or more security capabilities comprise an indication of one or more encryption and/or integrity algorithms supported by the user equipment, and wherein determining that the indicated one or more security capabilities do not meet the one or more designated criteria of the communication network comprises determining that the indicated one or more encryption and/or integrity algorithms are invalid or unacceptable to the communication network. receiving, from a user equipment, a request indicating one or more security capabilities of the user equipment, wherein the request is an initial access request or mobility request; determining whether the indicated one or more security capabilities meet one or more designated criteria of a communication network; rejecting the request by the user equipment responsive to determining that the indicated one or more security capabilities do not meet the one or more designated criteria of the communication network; and sending, to the user equipment, a rejection notification comprising a failure cause code or value based at least in part on the determination that the indicated one or more security capabilities do not meet the one or more designated criteria of the communication network, wherein the failure cause code or value indicates to the user equipment that the initial access request or mobility request has failed due to the one or more security capabilities being invalid or unacceptable to the communication network, wherein the indicated one or more security capabilities comprise an indication of one or more encryption and/or integrity algorithms supported by the user equipment, and wherein determining that the indicated one or more security capabilities do not meet the one or more designated criteria of the communication network comprises determining that the indicated one or more encryption and/or integrity algorithms are invalid or unacceptable to the communication network.
An antenna assembly (110; 110'), comprising: a printed circuit board assembly having a radiating element layer sandwiched between a pair of dielectric layers (140, 150), said radiating element layer forming a dipole antenna comprising two arms, each arm of said dipole antenna having a choke structure (130; 130A) said choke structure having a central conductor and a shielding structure, wherein said central conductor comprises at least a portion of said radiating element layer, and wherein said portion of said radiating element layer corresponds to a portion of said dipole arms, wherein said shielding structure comprises a pair of conductive layers (160, 170) separated from said portion of said radiating element layer by a respective one of said pair of dielectric layers of said printed circuit board assembly, wherein said shielding structure comprises conductive vias (180; 180A, 180B) extending through said pair of conductive layers, said pair of dielectric layers and said portion of said radiating element layer and wherein the vias electrically couple the pair of conductive layers with the portion of the radiating element layer, wherein each central conductor of said choke structures comprises a pair of L-shaped elements which extend initially away and in opposite directions from said central conductor and turn to extend generally parallel to said central conductor and wherein said L-shaped elements are dimensioned to provide an effective electrical length corresponding to a quarter of a wavelength of a frequency to be blocked.
A detergent composition characterized in that it comprises: 1,2-dihydroxybenzene-3,5- disulfonic acid, or mono- or di- sulfonate salt of the acid (tiron); a ligand capable of chelating to ferric iron; wherein the ligand has a binding constant for ferric iron that is greater than the binding constant for ferric iron of 1,2-dihydroxybenzene-3,5-disulfonic acid, or mono- or di- sulfonate salt of the acid (tiron), wherein a complex formed by the ferric iron and the ligand does not have a red color at least one calcium salt comprising a Ca 2+ cation, wherein the ligand binds less strong to the Ca 2+ ions in comparison to the fe 3+ ions and an enzyme selected from the group consisting of proteases, amylases, hemicellulases, peroxidases, cellulases, xylanases, lipases, phospholipases, esterases, cutinases, pectinases, keratanases, reductases, oxidases, phenoloxidases, lipoxygenases, ligninases, pullulanases, tannases, pentosanases, malanases, β-glucanases, arabinosidases, hyaluronidase, chondroitinases, laccases, and combinations thereof. 1,2-dihydroxybenzene-3,5- disulfonic acid, or mono- or di- sulfonate salt of the acid (tiron); a ligand capable of chelating to ferric iron; wherein the ligand has a binding constant for ferric iron that is greater than the binding constant for ferric iron of 1,2-dihydroxybenzene-3,5-disulfonic acid, or mono- or di- sulfonate salt of the acid (tiron), wherein a complex formed by the ferric iron and the ligand does not have a red color at least one calcium salt comprising a Ca 2+ cation, wherein the ligand binds less strong to the Ca 2+ ions in comparison to the fe 3+ ions and an enzyme selected from the group consisting of proteases, amylases, hemicellulases, peroxidases, cellulases, xylanases, lipases, phospholipases, esterases, cutinases, pectinases, keratanases, reductases, oxidases, phenoloxidases, lipoxygenases, ligninases, pullulanases, tannases, pentosanases, malanases, β-glucanases, arabinosidases, hyaluronidase, chondroitinases, laccases, and combinations thereof.
Use of a magnetic paste for through-hole filling in a circuit board, wherein the magnetic paste comprises: magnetic powder; an epoxy resin; a dispersant; and a curing agent, wherein the dispersant has a polyester skeleton represented by a formula below, wherein R is independently a divalent hydrocarbon group having 2 to 10 carbon atoms, and n is an integer of 2 to 1,000. magnetic powder; an epoxy resin; a dispersant; and a curing agent, wherein the dispersant has a polyester skeleton represented by a formula below, wherein R is independently a divalent hydrocarbon group having 2 to 10 carbon atoms, and n is an integer of 2 to 1,000.
A method for performing a channel access by a station, STA, the method comprising: switching, by the STA, an operation in a power saving mode, to an awake state from a doze state during a beacon interval; when the STA is unable to receive from an access point, AP, a beacon frame including information on an enhanced distributed channel access, EDCA, parameter set changed by the AP, transmitting, by the STA that is switched to the awake state, an uplink frame requesting EDCA set determination information for determining the changed EDCA parameter set, based on a first channel access to the AP, wherein the first channel access is performed based on a previously stored EDCA parameter set; monitoring, by the STA, a channel access parameter frame including the EDCA set determination information; receiving, by the STA, the channel access parameter frame from the AP within the beacon interval, wherein the channel access parameter frame is received in response to the uplink frame; and performing, by the STA, a second channel access based on the changed EDCA parameter set, wherein the changed EDCA parameter set is determined based on the EDCA set determination information included in the received channel access parameter frame. switching, by the STA, an operation in a power saving mode, to an awake state from a doze state during a beacon interval; when the STA is unable to receive from an access point, AP, a beacon frame including information on an enhanced distributed channel access, EDCA, parameter set changed by the AP, transmitting, by the STA that is switched to the awake state, an uplink frame requesting EDCA set determination information for determining the changed EDCA parameter set, based on a first channel access to the AP, wherein the first channel access is performed based on a previously stored EDCA parameter set; monitoring, by the STA, a channel access parameter frame including the EDCA set determination information; receiving, by the STA, the channel access parameter frame from the AP within the beacon interval, wherein the channel access parameter frame is received in response to the uplink frame; and performing, by the STA, a second channel access based on the changed EDCA parameter set, wherein the changed EDCA parameter set is determined based on the EDCA set determination information included in the received channel access parameter frame.
A medication dispenser having a bacteria infiltration prevention function, comprising a suction part coupled to an upper part of a container and configured to suction a liquid state medication stored in the container, a pumping part coupled to one side of the suction part to perform a pumping operation to discharge the medication in a predetermined amount, a discharge part installed on an upper end of the pumping part and having a discharge hole configured to discharge the medication in a drop state in a front end thereof, and a cover part configured to cover the discharge part, wherein the discharge part includes a head base into which the cover part is inserted and a liner inserted into the head base and to which an upper part of a valve stem is fitted, wherein the suction part includes a coupling cylinder coupled to an upper end of the container, a housing coupled to a lower part of the coupling cylinder, and a first check valve installed at a lower part of the housing to open and close an introduction port in which the medication is introduced into the housing, wherein a valve sheet configured to open or close the introduction port is provided at a center portion of the inside of the first check valve and connected to a main body by a plurality of connection ribs each provided with a concave part at a center portion of an upper part, wherein the liner has a flow path member and a second check valve mounted therein and characterized in that a discharge hole formed of three separation films each formed at an interval of 120° is provided in an upper part of the liner, wherein the second check valve is composed of a hemispherical cylinder mounted in an elevation space of the liner, having an open upper part, and of which a diameter decreases toward a lower end, and includes a variable part in which the hemispherical cylinder is vertically variable and an opening and closing protrusion configured to perform supply and blocking of a flow path, wherein the flow path member is provided with a supporting plate formed in a disk shape to be engaged with a ring-shaped engaging protrusion of the second check valve at a bottom part of a flow path space of the liner, a first induction part provided on the supporting plate in a cylindrical shape, and a second induction part provided on the first induction part in a cylindrical shape, and wherein first to fifth induction paths (345 to 349) are provided in the first induction part and the second induction part.
Damping element which is designed to damp a vibration transmitted between an injection valve with a central longitudinal axis and a cylinder head of an internal combustion engine, wherein the damping element has - a ring-washer-shaped base body, - two first contact sections (48a, 48b) which are fixedly coupled to the base body and protrude beyond the base body in the first axial direction (R_1), and a second contact section which is fixedly coupled to the base body and protrudes beyond the base body in a second axial direction (R_2) opposed to the first axial direction (R_1), wherein one of the first contact section is (48a, 48b) has a radial distance (A_11, A_12) from the longitudinal axis which is unequal to a radial distance (A_2) of the second contact section from the longitudinal axis, and - wherein the radial distance (A_2) of the second contact section from the longitudinal axis has a value which is between the values of the radial distances (A_11, A_12) of the first contact sections (48a, 48b) from the longitudinal axis. - a ring-washer-shaped base body, - two first contact sections (48a, 48b) which are fixedly coupled to the base body and protrude beyond the base body in the first axial direction (R_1), and a second contact section which is fixedly coupled to the base body and protrudes beyond the base body in a second axial direction (R_2) opposed to the first axial direction (R_1), wherein one of the first contact section is (48a, 48b) has a radial distance (A_11, A_12) from the longitudinal axis which is unequal to a radial distance (A_2) of the second contact section from the longitudinal axis, and - wherein the radial distance (A_2) of the second contact section from the longitudinal axis has a value which is between the values of the radial distances (A_11, A_12) of the first contact sections (48a, 48b) from the longitudinal axis.
A terminal comprising: a Bluetooth communication unit adapted for wireless communication, wherein the Bluetooth communication unit comprises a Bluetooth Low Energy, BLE, module and a Bluetooth, BL, module; first processing means configured to operate in a sleep mode and an active mode; and second processing means configured to process, when the first processing means is in the sleep mode and configured to process, when a utilization level of a processing capacity of the first processing means is greater than a predetermined threshold, communication data received from one of the communication unit and the first processing means, wherein the second processing means is configured to transfer, in response to the first processing means transitioning from the sleep mode to the active mode, and configured to transfer in response to the utilization of the first processing means becoming equal to or less than the threshold, the communication data to the first processing means, wherein Bluetooth communication unit is configured to activate only the BLE communication module when the first processing means is in the sleep mode and is configured to activate both the BLE communication module and the BL module when the first processor is in the active mode. a Bluetooth communication unit adapted for wireless communication, wherein the Bluetooth communication unit comprises a Bluetooth Low Energy, BLE, module and a Bluetooth, BL, module; first processing means configured to operate in a sleep mode and an active mode; and second processing means configured to process, when the first processing means is in the sleep mode and configured to process, when a utilization level of a processing capacity of the first processing means is greater than a predetermined threshold, communication data received from one of the communication unit and the first processing means, wherein the second processing means is configured to transfer, in response to the first processing means transitioning from the sleep mode to the active mode, and configured to transfer in response to the utilization of the first processing means becoming equal to or less than the threshold, the communication data to the first processing means, wherein Bluetooth communication unit is configured to activate only the BLE communication module when the first processing means is in the sleep mode and is configured to activate both the BLE communication module and the BL module when the first processor is in the active mode.
A method for diagnosing a renal cell carcinoma comprising the steps of: (i) determining an expression profile of a set comprising at least two miRNAs representative for a renal cell carcinoma in a blood cellular fraction comprising erythrocytes, leukocytes, and thrombocytes from a subject, wherein the set comprising at least two miRNAs comprises at least one of the sets of miRNAs listed in Figure 2 or Figure 9, and (ii) comparing said expression profile to a reference, wherein the comparison of said expression profile to said reference allows for the diagnosis of a renal cell carcinoma. (i) determining an expression profile of a set comprising at least two miRNAs representative for a renal cell carcinoma in a blood cellular fraction comprising erythrocytes, leukocytes, and thrombocytes from a subject, wherein the set comprising at least two miRNAs comprises at least one of the sets of miRNAs listed in Figure 2 or Figure 9, and (ii) comparing said expression profile to a reference, wherein the comparison of said expression profile to said reference allows for the diagnosis of a renal cell carcinoma.
A pump device for liquid atomisers (1, 24, 25, 30), comprising at least one fluid inlet line, at least one pump chamber and at least one fluid outlet line, having at least one inlet valve arranged between at least one fluid inlet line and at least one pump chamber and having at least one outlet valve arranged between at least one pump chamber and at least one fluid outlet line, wherein the outlet valve is formed with a sealing member which is supported in an outer cladding tube in an axially movable manner and cooperates with a sealing plate, wherein the lower edge of the sealing member forms the outlet valve together with the sealing plate and the sealing member is forced towards the sealing plate by a first spiral spring and the sealing plate is forced towards the sealing member by a second spiral spring, characterised by at least one fluid branch line (20, 21, 26), wherein said fluid branch line (20, 21, 26) is in fluid communication with at last one fluid outlet line and/or at least one pump chamber and the outlet of said fluid branch line (20, 21, 26) is in fluid communication with the fluid inlet line, wherein a defined portion of fluid pumped and/or to be pumped is diverted via the fluid branch line (20, 21, 26).
Lower structure device for a motor vehicle comprising two impact absorption elements, respectively front and rear, and a spacer element between the two impact absorption elements, capable of rigidly transmitting longitudinal forces caused by an impact, and comprising two surfaces for respectively bearing the two absorption elements, characterized in that the spacer element comprises a transverse front plate for bearing the front absorption element and a transverse rear plate for bearing the rear absorption element, and in that the spacer element comprises a reinforcing part in the form of a U in cross section and another reinforcing part forming an angle bracket with one of the two bearing plates.
A method for introducing a profile into the subgrade for offshore applications by means of a vibrator which is guided on a cable and which - in the operating position - is mounted on the profile which is to be introduced, wherein a changeable weight force is applied to the vibrator by means of a ballast tank in which a supply line or discharge line is provided.
A component mounting device that holds a component on a tip of a nozzle which is provided on a head and mounts the held component at a predetermined position on a printed circuit board, the component mounting device comprising: storage means for storing one or more heads; head holding means for holding a head; and head movement means (112, 116) for moving the head holding means, memory means for storing a correspondence relationship between identification codes, which have been added to the heads, and head types; reading means for reading an identification code which is added to a head (220, 320) which is stored in the storage means; and control means for looking up the identification code which is read by the reading means in the correspondence relationship before head exchanging, recognizing a head type of the head (220, 320) which is stored in the storage means, and controlling one or both of the head holding means and the head movement means (112, 116) to perform head exchanging operations according to the recognized head type when exchanging the head being held in the head holding means for the head (220, 320) which is stored in the storage means. storage means for storing one or more heads; head holding means for holding a head; and head movement means (112, 116) for moving the head holding means, memory means for storing a correspondence relationship between identification codes, which have been added to the heads, and head types; reading means for reading an identification code which is added to a head (220, 320) which is stored in the storage means; and control means for looking up the identification code which is read by the reading means in the correspondence relationship before head exchanging, recognizing a head type of the head (220, 320) which is stored in the storage means, and controlling one or both of the head holding means and the head movement means (112, 116) to perform head exchanging operations according to the recognized head type when exchanging the head being held in the head holding means for the head (220, 320) which is stored in the storage means.
A collecting device with mower for cut material for fastening to machines, wherein two collecting arms are provided above the mower and delimit the periphery of a collecting region and are pivotable relative to one another under a closing pressure, wherein the collecting arms are arranged on a main support, which is fastened to the mower and is tiltable relative to the mower, characterised in that the two collecting arms can be acted on by closing pressure independently of one another.