mhurhangee/ep-ind-claims huggingface dataset:
A biopsy device, comprising: (a) a body; (b) a needle extending distally from the body, the needle including a tip and a transverse aperture proximal to the tip, wherein the needle defines a longitudinal axis, wherein the needle is selectively rotatable relative to the body about the longitudinal axis; (c) a cutter movable relative to the needle to sever tissue protruding through the transverse aperture; and (d) a needle rotation assembly, characterized in that: the needle rotation assembly comprises a rotation knob, and in that the needle rotation assembly is configured to substantially prevent rotation of the needle about the longitudinal axis when the rotation knob of the needle rotation assembly is in a first longitudinal position, wherein the needle rotation assembly is further configured to permit rotation of the needle about the longitudinal axis when the rotation knob of the needle rotation assembly is in a second longitudinal position. (a) a body; (b) a needle extending distally from the body, the needle including a tip and a transverse aperture proximal to the tip, wherein the needle defines a longitudinal axis, wherein the needle is selectively rotatable relative to the body about the longitudinal axis; (c) a cutter movable relative to the needle to sever tissue protruding through the transverse aperture; and (d) a needle rotation assembly, the needle rotation assembly comprises a rotation knob, and in that the needle rotation assembly is configured to substantially prevent rotation of the needle about the longitudinal axis when the rotation knob of the needle rotation assembly is in a first longitudinal position, wherein the needle rotation assembly is further configured to permit rotation of the needle about the longitudinal axis when the rotation knob of the needle rotation assembly is in a second longitudinal position.
Seed drill for dispensing seed or fertilizer, having - a plurality of sowing coulters (12, 12a-12c) for depositing the seed or fertilizer, wherein the sowing coulters (12, 12a-12c) are each set up to deposit the seed or the fertilizer at a preset deposition depth (T1, T2), wherein the seed drill is set up to permit the simultaneous deposition of seed or fertilizer at different deposition depths (T1, T2), wherein individual or all sowing coulters (12, 12a-12c) are each fastened to a coulter suspension (14, 14a-14c) which is configured as a parallelogram linkage with a lower link (18, 18a-18c) and an upper link (16, 16a-16c) and has one or more variable-length constituent parts, wherein a change in length of the one or more variable-length constituent parts causes a change in the deposition depth (T1, T2) of the sowing coulter (12, 12a-12c) fastened to the coulter suspension (14, 14a-14c), wherein the lower link (18, 18a-18c) and/or the upper length (16, 16a-16c) are configured with a variable length and the upper link (16, 16a-16c) and/or the lower link (18, 18a-18c) are configured in a multipart manner, wherein at least two parts (20a, 20b) are set up to be fastened together in different relative positions in order to change the link length, characterized in that the two parts (20a, 20b) are in the form of perforated struts which are configured to receive one or more fastening members (22a, 22b). - a plurality of sowing coulters (12, 12a-12c) for depositing the seed or fertilizer, wherein the sowing coulters (12, 12a-12c) are each set up to deposit the seed or the fertilizer at a preset deposition depth (T1, T2),
A porous ceramic foam filter comprising: 28-78 wt% alumina; 20-65 wt% silica; 1-15 wt% Group II oxide; and below 2 wt% B 2 O 3. 28-78 wt% alumina; 20-65 wt% silica; 1-15 wt% Group II oxide; and below 2 wt% B 2 O 3.
A shooting control apparatus comprising: a control part configured to control shooting conditions of peripheral regions (602, 603) in a shooting part having a plurality of pixels to be any of a higher sensitivity, a higher frame rate, a shorter exposure time, and a higher reading speed than a central region in the shooting part, characterized in that the shooting conditions of the peripheral regions are adaptively controlled relative to the center region depending on a driving situation of an automobile, the driving situation including fast traveling, going-through/ traveling downtown, traveling during the nighttime or in a dark place, moving object recognition, abnormal driving including any of spinning, slipping, and lateral turning, and traveling in a tunnel, the higher sensitivity being during the going-through/traveling downtown, the traveling during the nighttime or in a dark place, the moving object recognition, and the travelling in a tunnel, the higher frame rate being during the fast traveling, the moving objection recognition, the abnormal driving, and the traveling in a tunnel, the shorter exposure time being during the fast traveling, the going-through/traveling downtown, and the moving objection recognition, the higher reading speed being during the fast traveling, the moving objection recognition, and the abnormal driving. a control part configured to control shooting conditions of peripheral regions (602, 603) in a shooting part having a plurality of pixels to be any of a higher sensitivity, a higher frame rate, a shorter exposure time, and a higher reading speed than a central region in the shooting part, characterized in that the shooting conditions of the peripheral regions are adaptively controlled relative to the center region depending on a driving situation of an automobile, the driving situation including fast traveling, going-through/ traveling downtown, traveling during the nighttime or in a dark place, moving object recognition, abnormal driving including any of spinning, slipping, and lateral turning, and traveling in a tunnel, the higher sensitivity being during the going-through/traveling downtown, the traveling during the nighttime or in a dark place, the moving object recognition, and the travelling in a tunnel, the higher frame rate being during the fast traveling, the moving objection recognition, the abnormal driving, and the traveling in a tunnel, the shorter exposure time being during the fast traveling, the going-through/traveling downtown, and the moving objection recognition, the higher reading speed being during the fast traveling, the moving objection recognition, and the abnormal driving.
A surfactant for use in an automatic dishwashing composition, wherein the surfactant is a glycidyl ether-capped ethoxylated alcohol of formula I: wherein R 1 is a linear, saturated C 8-24 alkyl group, R 2 is a linear or branched saturated C 6 - 20 alkyl group, m has an average value of 10 to 50, and n has an average value of > 1 to 2.
A method (200, 300) comprising: negotiating power domain interference coordination, PDIC, parameters between a macro cell radio and at least one small cell radio (104.1, 104.2), wherein the negotiating the PDIC parameters comprises: generating, by the macro cell radio, macro PDIC parameters for the macro cell radio, sending (330, 402) the macro PDIC parameters to the at least one small cell radio, generating, by the at least one small cell radio, respective small cell PDIC parameters for the at least one small cell radio, and receiving (332, 430) the small cell PDIC parameters from the at least one small cell radio; determining (204, 334), based on the negotiated PDIC parameters, successive interference cancellation, SIC, parameters for each of one or more user equipment, UE, (102.1, 102.2, 102.3) that are to perform SIC for one or more transmissions; and sending (206, 334) the SIC parameters to each of the one or more user equipment. negotiating power domain interference coordination, PDIC, parameters between a macro cell radio and at least one small cell radio (104.1, 104.2), wherein the negotiating the PDIC parameters comprises: generating, by the macro cell radio, macro PDIC parameters for the macro cell radio, sending (330, 402) the macro PDIC parameters to the at least one small cell radio, generating, by the at least one small cell radio, respective small cell PDIC parameters for the at least one small cell radio, and receiving (332, 430) the small cell PDIC parameters from the at least one small cell radio; generating, by the macro cell radio, macro PDIC parameters for the macro cell radio, sending (330, 402) the macro PDIC parameters to the at least one small cell radio, generating, by the at least one small cell radio, respective small cell PDIC parameters for the at least one small cell radio, and receiving (332, 430) the small cell PDIC parameters from the at least one small cell radio; determining (204, 334), based on the negotiated PDIC parameters, successive interference cancellation, SIC, parameters for each of one or more user equipment, UE, (102.1, 102.2, 102.3) that are to perform SIC for one or more transmissions; and sending (206, 334) the SIC parameters to each of the one or more user equipment.
A method of inerting one or more fuel tanks (200, 300, 400, 500) of an aircraft, the method comprising: providing a temperature value indicative of a temperature at the aircraft's destination; comparing said temperature value with a predetermined value; and on the basis of said comparison, controlling the provision of inerting gas to the one or more aircraft fuel tanks. providing a temperature value indicative of a temperature at the aircraft's destination; comparing said temperature value with a predetermined value; and on the basis of said comparison, controlling the provision of inerting gas to the one or more aircraft fuel tanks.
An apparatus for processing an audio signal, the apparatus comprising: a receiver arranged for receiving input data, the input data comprising a plurality of binaural rendering data sets, each binaural rendering data set comprising data representing parameters for a virtual position binaural rendering processing and providing a different representation of the same underlying head related binaural transfer function, the input data further, for each of the binaural rendering data sets, comprising a representation indication indicative of a representation for the binaural rendering data set; a selector arranged for selecting a selected binaural rendering data set from the plurality of binaural rendering data sets in response to the representation indications and a capability of the apparatus; an audio processor arranged for processing the audio signal in response to data of the selected binaural rendering data set. a receiver arranged for receiving input data, the input data comprising a plurality of binaural rendering data sets, each binaural rendering data set comprising data representing parameters for a virtual position binaural rendering processing and providing a different representation of the same underlying head related binaural transfer function, the input data further, for each of the binaural rendering data sets, comprising a representation indication indicative of a representation for the binaural rendering data set; a selector arranged for selecting a selected binaural rendering data set from the plurality of binaural rendering data sets in response to the representation indications and a capability of the apparatus; an audio processor arranged for processing the audio signal in response to data of the selected binaural rendering data set.
An imaging agent which comprises an 18 F-labelled compound of Formula I: where: Y 1 and Y 2 are independently O or NR 1, X 1,X 2 and X 3 are independently Br, Cl, 19 F or 18 F, with the proviso that at least one of X 1, X 2 and X 3 is 18 F; x, y and z are independently 0, 1 or 2; M is Al 3+ Ga 3+, In 3+, Sc 3+, Y 3+, Ho 3+, Er 3+, Tm 3+, Yb 3+ or Lu 3+; R 1 is C 1-3 alkyl or -CH 2 -Ar 1, wherein Ar 1 is C 5-12 aryl or C 3-12 heteroaryl; R 2 is R 1 or Q; Q is -L-, and may be present or absent; when present it is either R 2 or is attached at one of the carbon atoms of the -(CH 2)(CH 2) x -, -(CH 2)(CH 2) y - or -(CH 2)(CH 2) z - groups; L is a synthetic linker group of formula - m - wherein each A is independently -CR 2 -,-CR=CR-, -C≡C-, -CR 2 CO 2 -, -CO 2 CR 2 -, -NRCO-, -CONR-, -CR=N-O-,-NR(C=O)NR-, -NR(C=S)NR-, -SO 2 NR-, -NRSO 2 -, -CR 2 OCR 2 -, -CR 2 SCR 2 -,-CR 2 NRCR 2 -, a C 4-8 cycloheteroalkylene group, a C 4-8 cycloalkylene group, -Ar-,-NR-Ar-, -O-Ar-, -Ar- -, an amino acid, a sugar or a monodisperse polyethyleneglycol building block, wherein each R is independently chosen from H, C 1-4 alkyl, C 2-4 alkenyl, C 2-4 alkynyl, C 1-4 alkoxyalkyl or C 1-4 hydroxyalkyl; m is an integer of value 1 to 20; each Ar is independently a C 5-12 arylene group, or a C 3-12 heteroarylene group; BTM is a biological targeting moiety. Y 1 and Y 2 are independently O or NR 1, X 1,X 2 and X 3 are independently Br, Cl, 19 F or 18 F, with the proviso that at least one of X 1, X 2 and X 3 is 18 F; with the proviso that at least one of X 1, X 2 and X 3 is 18 F; x, y and z are independently 0, 1 or 2; M is Al 3+ Ga 3+, In 3+, Sc 3+, Y 3+, Ho 3+, Er 3+, Tm 3+, Yb 3+ or Lu 3+; R 1 is C 1-3 alkyl or -CH 2 -Ar 1, wherein Ar 1 is C 5-12 aryl or C 3-12 heteroaryl; R 2 is R 1 or Q; Q is -L-, and may be present or absent; when present it is either R 2 or is attached at one of the carbon atoms of the -(CH 2)(CH 2) x -, -(CH 2)(CH 2) y - or -(CH 2)(CH 2) z - groups; L is a synthetic linker group of formula - m - wherein each A is independently -CR 2 -,-CR=CR-, -C≡C-, -CR 2 CO 2 -, -CO 2 CR 2 -, -NRCO-, -CONR-, -CR=N-O-,-NR(C=O)NR-, -NR(C=S)NR-, -SO 2 NR-, -NRSO 2 -, -CR 2 OCR 2 -, -CR 2 SCR 2 -,-CR 2 NRCR 2 -, a C 4-8 cycloheteroalkylene group, a C 4-8 cycloalkylene group, -Ar-,-NR-Ar-, -O-Ar-, -Ar- -, an amino acid, a sugar or a monodisperse polyethyleneglycol building block, wherein each R is independently chosen from H, C 1-4 alkyl, C 2-4 alkenyl, C 2-4 alkynyl, C 1-4 alkoxyalkyl or C 1-4 hydroxyalkyl; m is an integer of value 1 to 20; wherein each R is independently chosen from H, C 1-4 alkyl, C 2-4 alkenyl, C 2-4 alkynyl, C 1-4 alkoxyalkyl or C 1-4 hydroxyalkyl; m is an integer of value 1 to 20; each Ar is independently a C 5-12 arylene group, or a C 3-12 heteroarylene group; BTM is a biological targeting moiety.
A method comprising: providing an interface between a user plane function, UPF, instance (310, 412)) of a mobile network and a tunnel router endpoint of a software-defined wide area network, SD-WAN, fabric, the UPF instance being part of a network slice instance associated with an enterprise of the SD-WAN which comprises an enterprise SD-WAN; maintaining a plurality of mappings between policies associated with different QoS flows via the UPF instance and SD-WAN policies associated with different virtual private networks, VPNs, of the SD-WAN fabric provided at the tunnel router endpoint; for each application of a plurality of applications of a user equipment, UE (204, 302), that is associated with a selected one of the SD-WAN policies, sending to a session management function, SMF, instance a corresponding matching one of the policy configurations associated with one of the plurality of different QoS flows according to one of the plurality of policy mappings, the SMF being arranged to configure the UPF instance of the network slice instance that is allocated for use by the enterprise network with the corresponding matching policy configuration for communications associated with the application of the LTE, and facilitating communications for user equipment, UE, in the mobile network across the SD-WAN fabric based on the policy mappings and the policy configuration at the UPF instance. providing an interface between a user plane function, UPF, instance (310, 412)) of a mobile network and a tunnel router endpoint of a software-defined wide area network, SD-WAN, fabric, the UPF instance being part of a network slice instance associated with an enterprise of the SD-WAN which comprises an enterprise SD-WAN; maintaining a plurality of mappings between policies associated with different QoS flows via the UPF instance and SD-WAN policies associated with different virtual private networks, VPNs, of the SD-WAN fabric provided at the tunnel router endpoint; for each application of a plurality of applications of a user equipment, UE (204, 302), that is associated with a selected one of the SD-WAN policies, sending to a session management function, SMF, instance a corresponding matching one of the policy configurations associated with one of the plurality of different QoS flows according to one of the plurality of policy mappings, the SMF being arranged to configure the UPF instance of the network slice instance that is allocated for use by the enterprise network with the corresponding matching policy configuration for communications associated with the application of the LTE, and facilitating communications for user equipment, UE, in the mobile network across the SD-WAN fabric based on the policy mappings and the policy configuration at the UPF instance.
An automated guided vehicle system (50, 50A) for a facility, comprising: an AGV; a control system onboard the AGV, said control system comprising: a computer processor; a memory unit; an onboard wireless I/O communications unit for receiving and sending communications, including task(s) and instruction(s) to be performed by the AGV, the onboard communications unit having a limited operating distance; a routing system for determining travel routes for the AGV to perform the required task(s); and a navigation system to direct the AGV along the determined travel route while avoiding other AGVs and impediments along the travel route; wherein the automated guided vehicle system (50, 50A) further comprises a plurality of limited operating distance facility wireless I/O communications units positioned at locations about the facility where tasks are to be performed, each facility wireless I/O communications unit being configured for providing instructions to the AGV within the limited operating distance of that facility wireless I/O communications unit, for tasks to be performed by that AGV, and for receiving instructions or information from that AGV regarding the tasks that it is performing; characterized in that the AGV is configured to periodically poll the facility wireless I/O communication units for tasks ready to be performed and to: in the affirmative travel to the task location to begin the task; in the negative check the next location. an AGV; a control system onboard the AGV, said control system comprising: a computer processor; a memory unit; an onboard wireless I/O communications unit for receiving and sending communications, including task(s) and instruction(s) to be performed by the AGV, the onboard communications unit having a limited operating distance; a routing system for determining travel routes for the AGV to perform the required task(s); and a navigation system to direct the AGV along the determined travel route while avoiding other AGVs and impediments along the travel route; a computer processor; a memory unit; an onboard wireless I/O communications unit for receiving and sending communications, including task(s) and instruction(s) to be performed by the AGV, the onboard communications unit having a limited operating distance; a routing system for determining travel routes for the AGV to perform the required task(s); and a navigation system to direct the AGV along the determined travel route while avoiding other AGVs and impediments along the travel route; in the affirmative travel to the task location to begin the task; in the negative check the next location.
A user equipment 'UE' capable of operating in discontinuous reception 'DRX' operation mode, comprising: a processor configured to transmit channel quality indicator 'CQI' transmissions, wherein when operating in discontinuous reception 'DRX' operation mode the processor is configured to begin CQI transmissions using an assigned periodic CQI reporting resource that immediately precedes the start of a retransmission window of the DRX operation mode, the retransmission window being a period during which re-transmitted data can be received, and to stop CQI transmissions when a condition is met, the condition selected from the group consisting of: at the end of the retransmission window; after a last assigned periodic CQI reporting resource that occurs during an active time longer than the retransmission window when the UE is awake; and at the end of an active time longer than the retransmission window when the UE is awake. at the end of the retransmission window; after a last assigned periodic CQI reporting resource that occurs during an active time longer than the retransmission window when the UE is awake; and at the end of an active time longer than the retransmission window when the UE is awake.
Method for stabilizing a frequency in an AC voltage grid, in which active power is exchanged between the AC voltage grid and an energy store of a compensation installation, said energy store being provided for this purpose, characterized in that - an electrical power is measured, said electrical power being transmitted in an interconnector that connects the AC voltage grid to a further AC voltage grid, and - the exchange of the active power is initiated by means of a regulating device of the compensation installation depending on a direction of the transmitted power. - an electrical power is measured, said electrical power being transmitted in an interconnector that connects the AC voltage grid to a further AC voltage grid, and - the exchange of the active power is initiated by means of a regulating device of the compensation installation depending on a direction of the transmitted power.
A key switch assembly, comprising: a key switch housing incorporating: a key and tumbler assembly coupled to a rotating contact assembly including rotating contacts adapted to make electrical contact with stationary contacts following rotation of a key within the key and tumbler assembly; RFID processing circuitry; and an electrical connection interface; wherein insertion of a key including an embedded RFID tag thereon into the key and tumbler assembly causes said RFID processing circuitry to receive an RF signal from the RFID tag for authentication of the RFID tag, and wherein a signal is sent from the RFID processing circuitry together with a signal from stationary contacts when in electrical contact with the rotating contacts, said signals enabling use of equipment associated with the key switch. a key switch housing incorporating: a key and tumbler assembly coupled to a rotating contact assembly including rotating contacts adapted to make electrical contact with stationary contacts following rotation of a key within the key and tumbler assembly; RFID processing circuitry; and an electrical connection interface; wherein insertion of a key including an embedded RFID tag thereon into the key and tumbler assembly causes said RFID processing circuitry to receive an RF signal from the RFID tag for authentication of the RFID tag, and wherein a signal is sent from the RFID processing circuitry together with a signal from stationary contacts when in electrical contact with the rotating contacts, said signals enabling use of equipment associated with the key switch. a key and tumbler assembly coupled to a rotating contact assembly including rotating contacts adapted to make electrical contact with stationary contacts following rotation of a key within the key and tumbler assembly; RFID processing circuitry; and an electrical connection interface; wherein insertion of a key including an embedded RFID tag thereon into the key and tumbler assembly causes said RFID processing circuitry to receive an RF signal from the RFID tag for authentication of the RFID tag, and wherein a signal is sent from the RFID processing circuitry together with a signal from stationary contacts when in electrical contact with the rotating contacts, said signals enabling use of equipment associated with the key switch.
A composition for use as a medicament for the promotion of hair growth, which composition comprises at least one water-soluble oligopeptide or water-soluble salt thereof having 3 to 7 amino acid units containing a prolyl-isoleucyl-glycyl unit or an isoleucyl-glycyl-seryl unit as an active ingredient.