mhurhangee/ep-ind-claims huggingface dataset:
A method of radiolabelling a biological entity comprising the step of contacting a suspension of the biological entity with an iodinated ( 125 I) construct of the structure F-S-L for a time and at a temperature sufficient to allow localisation of the 125 I to the surface of the biological entity where: L is phosphatidylethanolamine; S is a spacer covalently linking F to L and selected to provide a construct that is readily dispersible in water yet spontaneously incorporates into lipid bilayers; and F is a tyrosine residue selected from the group consisting of: where the biological entity is a cell or a virus and n is an integer from 1 to 6 inclusive and * is other than H.
A spring element for a vehicle shock absorber, having a longitudinal axis and a base body which extends along the longitudinal axis and can be resiliently deformed between an uncompressed basic state and a state in which it is compressed in the direction of the longitudinal axis, a groove which runs around the outside of the base body, and a supporting ring which is arranged in the groove, wherein, in the basic state of the base body, one or more cutouts are formed between the supporting ring and the base body in the groove.
A 3D flexible pouch to be filled with a biopharmaceutical product, preferably using at least one flexible supply line (T1, T2), the flexible pouch being designed to deploy from a planar vacuum configuration to a substantially parallelepiped configuration in a filled state, the flexible pouch having: - a first wall element consisting of a film and allowing to define a front face, the first wall element having two lateral edges (8, 18) distributed on either side of a longitudinal axis of the pouch in the planar configuration, - a second wall element consisting of a film and allowing to define a rear face, the second wall element having two lateral edges (9, 19) distributed on either side of said longitudinal axis of the pouch in the planar configuration, - a first bellows and a second bellows, each connected to two lateral edges (8, 9, 18, 19) of both the first and second wall elements (2, 3), the first bellows and the second bellows being constituted by respective films (111, 112) cut in one piece and each capable of being folded along a fold line inward (FL1, FL2) which extends between two opposite ends (14, 15) of the flexible pouch, the longitudinal axis of the flexible pouch extending between the fold line of the first bellows and the fold line of the second bellows in the planar configuration, characterized in that, at one of the two opposite ends (14, 15), the films (102, 103) respectively constituting the first wall element and the second wall element are directly welded to each other so as to define a junction portion common to the lateral edges (8, 9, 18, 19) which, in the planar configuration, protrudes axially outward relative to the first and second bellows (11, 12) and it is delimited by two ridges (25a, 25b) which are oblique relative to the longitudinal axis. - a first wall element consisting of a film and allowing to define a front face, the first wall element having two lateral edges (8, 18) distributed on either side of a longitudinal axis of the pouch in the planar configuration, - a second wall element consisting of a film and allowing to define a rear face, the second wall element having two lateral edges (9, 19) distributed on either side of said longitudinal axis of the pouch in the planar configuration, - a first bellows and a second bellows, each connected to two lateral edges (8, 9, 18, 19) of both the first and second wall elements (2, 3), the first bellows and the second bellows being constituted by respective films (111, 112) cut in one piece and each capable of being folded along a fold line inward (FL1, FL2) which extends between two opposite ends (14, 15) of the flexible pouch,
A charger integrated circuit configured to charge a battery device including a first battery and a second battery connected in series, the charger integrated circuit comprising: a direct charger configured to generate a first charging current and a first current based on an input voltage received from an input terminal, the first charging current used to charge the battery device, the first current used to generate a first system current, and the first system current provided to a system load; a buck converter configured to generate a second current and a second system current based on the input voltage, the second current used to generate a second charging current, the second charging current used to charge the battery device, and the second system current provided to the system load; characterised by a switched capacitor configured to generate the first system current based on the first current, and to generate the second charging current based on the second current; and a linear charger configured to provide the first charging current and the second charging current to the battery device. a direct charger configured to generate a first charging current and a first current based on an input voltage received from an input terminal, the first charging current used to charge the battery device, the first current used to generate a first system current, and the first system current provided to a system load; a buck converter configured to generate a second current and a second system current based on the input voltage, the second current used to generate a second charging current, the second charging current used to charge the battery device, and the second system current provided to the system load; characterised by a switched capacitor configured to generate the first system current based on the first current, and to generate the second charging current based on the second current; and a linear charger configured to provide the first charging current and the second charging current to the battery device.
A signal processing apparatus configured to correlate a plurality of communication terminals (20-1~20-m) as a group and enable one-to-many communications from one of the communication terminals (20-1~20-m) in the group to remaining one or more of the communication terminals (20-1~20-m) in the group, the signal processing apparatus comprising: a transmission right assigning unit configured to assign a transmission right to one of the communication terminals in the group, the transmission right being a right to transmit data; and a texting processing unit configured to generate text data based on voice data from said one of the communication terminals in possession of the transmission right; characterized in that the texting processing unit is configured to give a texting completion notice indicative of completion of texting processing to the communication terminals in the group; and wherein the signal processing apparatus further comprises a communication controlling unit configured to transmit, after the texting completion notice is given, the generated text data to at least one of the communication terminals in the group. a transmission right assigning unit configured to assign a transmission right to one of the communication terminals in the group, the transmission right being a right to transmit data; and a texting processing unit configured to generate text data based on voice data from said one of the communication terminals in possession of the transmission right; characterized in that the texting processing unit is configured to give a texting completion notice indicative of completion of texting processing to the communication terminals in the group; and wherein the signal processing apparatus further comprises a communication controlling unit configured to transmit, after the texting completion notice is given, the generated text data to at least one of the communication terminals in the group.
A method in a first notification service manager (300a, 400a) operating for at least one notification server (300, 400), of providing notification data referring to a plurality of presentities (B1, B2, B3) and directed to a plurality of watchers (A1, A2, A3) in a communication network, the method comprising: - receiving published notification data of the plurality of presentities (B1, B2, B3), - buffering multiple individual watcher specific notifications with the received notification data, - creating a joint notification for the plurality of watchers (A1, A2, A3) from the buffered multiple individual watcher specific notifications, including compressing the buffered multiple individual watcher specific notifications such that the received notification data in the joint notification is compressed according to a shared library, wherein the shared library provides translations of specific data into abbreviated codes, known to the first notification service manager (300a, 400a) and a second notification service manager (302a, 402a), wherein the joint notification is created when a predefined trigger condition is fulfilled, and wherein the predefined trigger condition includes an amount of the buffered multiple individual watcher specific notifications exceeding a preset limit, and - sending the joint notification towards said plurality of watchers (A1, A2, A3), when the predefined trigger condition is fulfilled. - receiving published notification data of the plurality of presentities (B1, B2, B3), - buffering multiple individual watcher specific notifications with the received notification data, - creating a joint notification for the plurality of watchers (A1, A2, A3) from the buffered multiple individual watcher specific notifications, including compressing the buffered multiple individual watcher specific notifications such that the received notification data in the joint notification is compressed according to a shared library, wherein the shared library provides translations of specific data into abbreviated codes, known to the first notification service manager (300a, 400a) and a second notification service manager (302a, 402a), wherein the joint notification is created when a predefined trigger condition is fulfilled, and wherein the predefined trigger condition includes an amount of the buffered multiple individual watcher specific notifications exceeding a preset limit, and - sending the joint notification towards said plurality of watchers (A1, A2, A3), when the predefined trigger condition is fulfilled.
A communication system provided with an output circuit that is provided in an electricity supply apparatus supplying electricity to a vehicle and that is configured to output a rectangular wave signal of given frequency and with an input circuit that is provided in the vehicle and connected to the output circuit through a plurality of signal lines and that is configured to receive the rectangular wave signal outputted by the output circuit, whereby a communication signal is superimposed on the signal lines so that communication is achieved between the vehicle and the electricity supply apparatus, the communication system further comprising: a first communication unit provided in the electricity supply apparatus and configured to transmit and receive a communication signal via a first transformer connected between the signal lines (3, 4); a second communication unit provided in the vehicle and configured to transmit and receive a communication signal via a second transformer connected between the signal lines; a first lowpass filter interposed between the output circuit and the first transformer; and a second lowpass filter interposed between the input circuit and the second transformer; and wherein the first and the second communication units are configured totransmit and receive the communication signal by using a communication band of 1 MHz or higher. a first communication unit provided in the electricity supply apparatus and configured to transmit and receive a communication signal via a first transformer connected between the signal lines (3, 4); a second communication unit provided in the vehicle and configured to transmit and receive a communication signal via a second transformer connected between the signal lines; a first lowpass filter interposed between the output circuit and the first transformer; and a second lowpass filter interposed between the input circuit and the second transformer; and wherein the first and the second communication units are configured totransmit and receive the communication signal by using a communication band of 1 MHz or higher.
A hair holder comprising a tubular body and having a flat shape, wherein the tubular body comprises a sheet, and has a first opening located at one end of the tubular body and a second opening located at the other end of the tubular body, and is configured to allow a bundle of hair to be inserted from the first opening toward the second opening, and the tubular body comprises a first surface sheet and a second surface sheet that are located on the inside and the outside, respectively, in a state in which the tubular body of the hair holder is rolled up, side regions of the first surface sheet and side regions of the second surface sheet are joined to each other to form the sheet, thereby forming a pair of side joined regions in the tubular body, characterised in that at least one of the side joined regions has a plurality of second-surface-sheet-side recesses along a longitudinal direction of the side joined region, and each second-surface-sheet-side recess is recessed from the second surface sheet side toward the first surface sheet side.
Displacement device for fluids, in particular liquids, with linearly moveable displacers (1 to 6) dipping into the displacement device, which are each connected to crankpins (11 to 16) of an externally powered crankshaft via a connecting rod, wherein - two groups (A; B) of displacers (1 to 6) are provided, - both groups each having three displacers, - the crankpins (11 to 16) for the displacers (1 to 6) of both groups are each arranged at the same angular distance (α) around the crankshaft in a distributed manner, - the displacers (2, 4, 6) of the one group are arranged in the axial direction of the crankshaft offset to those (1, 3, 5) of the other group, - the groups (A; B) of displacers (1, 3, 5; 2, 4, 6) are arranged around the crankshaft offset to each other at a group offset angle (γ); and - the displacers (2, 4, 6) of the one group are arranged in the axial direction of the crankshaft alternating with the displacers (1, 3, 5) of the other group; characterized in that the crankpins (12, 14, 16) assigned to the one group are arranged around the crankshaft respectively offset by an offset angle (β) to those (11, 13, 15) of the other group. - two groups (A; B) of displacers (1 to 6) are provided, - both groups each having three displacers, - the crankpins (11 to 16) for the displacers (1 to 6) of both groups are each arranged at the same angular distance (α) around the crankshaft in a distributed manner, - the displacers (2, 4, 6) of the one group are arranged in the axial direction of the crankshaft offset to those (1, 3, 5) of the other group, - the groups (A; B) of displacers (1, 3, 5; 2, 4, 6) are arranged around the crankshaft offset to each other at a group offset angle (γ); and - the displacers (2, 4, 6) of the one group are arranged in the axial direction of the crankshaft alternating with the displacers (1, 3, 5) of the other group;
Winding support for an electrical machine which is designed as a laminated core and has a plurality of pole teeth which each have a pole foot around which a winding can be arranged, wherein the pole feet have an increasing width starting from the end sides of the laminated core, characterized in that groups of laminations with the same width are combined in the laminated core.
A cutting member for a skin graft preparation device, comprising: an axle having a longitudinal axis; a plurality of cutting segments disposed on the axle and rotatable with the axle through rotation of the axle, each cutting segment having an outer circumference and outer diameter, and a tissue clearing structure positioned between adjacent cutting segments, the tissue clearing structure extending beyond the outer diameter of the cutting segments around less than the entire outer circumference of the cutting segments; characterised by; the tissue clearing structure being eccentrically and rotationally positioned about the axle and extending radially outwards from it. an axle having a longitudinal axis; a plurality of cutting segments disposed on the axle and rotatable with the axle through rotation of the axle, each cutting segment having an outer circumference and outer diameter, and a tissue clearing structure positioned between adjacent cutting segments, the tissue clearing structure extending beyond the outer diameter of the cutting segments around less than the entire outer circumference of the cutting segments; characterised by; the tissue clearing structure being eccentrically and rotationally positioned about the axle and extending radially outwards from it.
A deployable micro satellite designed to fit, in stowed position, to a restrictive envelope having length Ls, width Ws and height Hs of an auxiliary payload volume, the micro satellite comprising: a satellite body; a deployment mechanism; at least one deployable flexible solar panel (30, 32) adapted to be wrapped around the perimeter of said satellite body comprising front, rear and side faces extending between the Nadir face and the face opposite to the Nadir face when in stowed position, the panel (30, 32) being held by a first spring sheet metal frame which is in a compressed condition while wound around the satellite body so as to move to a natural position which is the deployed position on initiation of a deployment process; at least one second spring which is compressed against the satellite body in the stowed position, to deploy from a surface of the flexible solar panel in order to enlarge the bending moment of inertia, and to keep the panel in the straight deployed position; and a docking mechanism adapted to enable docking onto another satellite, said docking mechanism comprising: a robotic arm; a connecting cone provided at an end of said robotic arm; and at least one locking element (97, 98, 99) disposed around the conical face of said connecting cone; wherein Hs>Ls>Ws, wherein the area of said at least one deployable flexible solar array, when fully deployed, exceeds 9 times Ws×Ls, and 6 times Hs×Ls; wherein the deployable micro satellite having total weight Ms; and wherein said micro satellite is capable of carrying cargo weight Cw which is at least 0.60×Ms. a satellite body; a deployment mechanism; at least one deployable flexible solar panel (30, 32) adapted to be wrapped around the perimeter of said satellite body comprising front, rear and side faces extending between the Nadir face and the face opposite to the Nadir face when in stowed position, the panel (30, 32) being held by a first spring sheet metal frame which is in a compressed condition while wound around the satellite body so as to move to a natural position which is the deployed position on initiation of a deployment process; at least one second spring which is compressed against the satellite body in the stowed position, to deploy from a surface of the flexible solar panel in order to enlarge the bending moment of inertia, and to keep the panel in the straight deployed position; and a docking mechanism adapted to enable docking onto another satellite, said docking mechanism comprising: a robotic arm; a connecting cone provided at an end of said robotic arm; and at least one locking element (97, 98, 99) disposed around the conical face of said connecting cone; a robotic arm; a connecting cone provided at an end of said robotic arm; and at least one locking element (97, 98, 99) disposed around the conical face of said connecting cone; wherein Hs>Ls>Ws, wherein the area of said at least one deployable flexible solar array, when fully deployed, exceeds 9 times Ws×Ls, and 6 times Hs×Ls; wherein the deployable micro satellite having total weight Ms; and wherein said micro satellite is capable of carrying cargo weight Cw which is at least 0.60×Ms.
A light emitting device comprising: a first charge transporting layer including a first inorganic material in contact with a first electrode arranged to introduce charge in the first charge transporting layer; a second electrode; a plurality of semiconductor nanocrystals disposed between the first electrode and the second electrode; and a lightly doped layer proximal to the nanocrystals, wherein the lightly doped layer is doped in an amount effective to minimize non-radiative losses due to exciton quenching by unbound charge carriers in the first charge transporting layer. a first charge transporting layer including a first inorganic material in contact with a first electrode arranged to introduce charge in the first charge transporting layer; a second electrode; a plurality of semiconductor nanocrystals disposed between the first electrode and the second electrode; and a lightly doped layer proximal to the nanocrystals, wherein the lightly doped layer is doped in an amount effective to minimize non-radiative losses due to exciton quenching by unbound charge carriers in the first charge transporting layer.
A time-of-flight sensor, comprising: a light sensing circuitry for detecting light and outputting light sensing signals; and a logic circuitry for processing the light sensing signals from the light sensing circuitry, wherein the logic circuitry includes a sequencer circuitry and a register circuitry, wherein the register circuitry includes multiple registers for storing data which are derived on the basis of the light sensing signals and wherein the sequencer circuitry is adapted to select at least a first set of registers of the register circuitry and a second set of registers of the register circuitry for dynamically providing a first type of frames based on the selected first set of registers and a second type of frames based on the selected second set of registers, wherein first type frames and second type frames are generated in a defined sequence of frames; wherein the first type of frames is configured for providing time-of-flight data, and wherein the second type of frames is configured for providing enhanced sensor data for at least one of detecting an interfering other time-of-flight system and getting diagnostic data from the time-of-flight sensor. a light sensing circuitry for detecting light and outputting light sensing signals; and a logic circuitry for processing the light sensing signals from the light sensing circuitry, wherein the logic circuitry includes a sequencer circuitry and a register circuitry, wherein the register circuitry includes multiple registers for storing data which are derived on the basis of the light sensing signals and wherein the sequencer circuitry is adapted to select at least a first set of registers of the register circuitry and a second set of registers of the register circuitry for dynamically providing a first type of frames based on the selected first set of registers and a second type of frames based on the selected second set of registers, wherein first type frames and second type frames are generated in a defined sequence of frames; wherein the first type of frames is configured for providing time-of-flight data, and wherein the second type of frames is configured for providing enhanced sensor data for at least one of detecting an interfering other time-of-flight system and getting diagnostic data from the time-of-flight sensor.