mhurhangee/ep-ind-claims huggingface dataset:
A reinforced textile, comprising: a sheet of fabric; a continuous strand arrayed in a pattern overlying a surface of the fabric and fastened to the fabric continuously or intermittently, the continuous strand following a boustrophedonic path and comprising a plurality of sets of alternating first and second reinforcement lengths (112, 212, 312, 412, 512, 612), each reinforcement length having a wave shape with crests and troughs, characterised in that a) each reinforcement length has a respective central axis (539, 639), wherein crests and troughs of adjacent reinforcement lengths (512, 612) overlap one another, or b) the first and second reinforcement length of each set have a common central axis (36, 39), and wherein crests and troughs of adjacent sets overlap one another. a sheet of fabric; a continuous strand arrayed in a pattern overlying a surface of the fabric and fastened to the fabric continuously or intermittently, the continuous strand following a boustrophedonic path and comprising a plurality of sets of alternating first and second reinforcement lengths (112, 212, 312, 412, 512, 612), each reinforcement length having a wave shape with crests and troughs, characterised in that a) each reinforcement length has a respective central axis (539, 639), wherein crests and troughs of adjacent reinforcement lengths (512, 612) overlap one another, or b) the first and second reinforcement length of each set have a common central axis (36, 39), and wherein crests and troughs of adjacent sets overlap one another. a) each reinforcement length has a respective central axis (539, 639), wherein crests and troughs of adjacent reinforcement lengths (512, 612) overlap one another, or b) the first and second reinforcement length of each set have a common central axis (36, 39), and wherein crests and troughs of adjacent sets overlap one another.
Combined heating and stirring arrangement wherein the stirring device is rotated to stir the substance to be heated and heated at the same time to heat the substance to be stirred characterized by at least comprising: - a stirring device with magnetic and electrical conductive properties for stirring a substance to be heated; - a propelling mechanism (125, 128) for propelling the stirring device based on its magnetic properties; - a heating mechanism for heating the stirring device based on magnetic induction,. - a stirring device with magnetic and electrical conductive properties for stirring a substance to be heated; - a propelling mechanism (125, 128) for propelling the stirring device based on its magnetic properties; - a heating mechanism for heating the stirring device based on magnetic induction,.
Machine for the production and dispensing of food products, such as ice cream and the like, comprising a tank cooled by a refrigerating circuit and a motor-driven helical mixer which rotates inside the tank, the tank also being provided at the front with a tap for dispensing the product through a dispensing outlet, characterized in that it comprises a control system, a sensor for detecting rotation of the mixer and an interface panel which are connected to the control system and the interface panel comprising display means displaying an animated image representing a rotation of the mixer detected by the sensor.
A motor vehicle (81, 91, 93, 95, 97, 99) having at least one lining module (1, 16, 24, 35, 44, 54, 56, 57, 58, 60, 84, 94, 96, 98) which covers at least one part of a loading area or at least one part of a wall surface of the motor vehicle (81, 91, 93, 95, 97, 99) and comprises at least one base element (2, 49, 85), at least two side walls (3, 4, 27, 28, 40, 41, 47, 48, 62, 64, 66, 68, 87, 88) and at least one ceiling panel (5, 20, 31, 42, 50, 86), the base element (2, 49, 85) being provided for the at least partial arrangement of the lining module (1, 16, 24, 35, 44, 54, 56, 57, 58, 60, 84, 94, 96, 98) on a support, the side walls (3, 4, 27, 28, 40, 41, 47, 48, 62, 64, 66, 68, 87, 88) being connected to the base element (2, 49, 85) at least at two opposite end sections of said base element (2, 49, 85), and the ceiling panel (5, 20, 31, 42, 50, 86) being held on edge sections (6, 7, 25, 26, 38, 39, 45, 46) of the side walls (3, 4, 27, 28, 40, 41, 47, 48, 62, 64, 66, 68, 87, 88), which edge sections (6, 7, 25, 26, 38, 39, 45, 46) face away from the base element (2, 49, 85), the base element (2, 49, 85), side walls (3, 4, 27, 28, 40, 41, 47, 48, 62, 64, 66, 68, 87, 88) and ceiling panel (5, 20, 31, 42, 50, 86) enclosing at least one hollow space (13, 17, 89, 90), characterized in that at least one transverse wall (14, 18, 34, 43) is placed in the hollow space (13, 17, 89, 90), and that the base element (2, 49, 85) and the side walls (3, 4, 27, 28, 40, 41, 47, 48, 62, 64, 66, 68, 87, 88) are configured as a single-piece shaped profile.
Portable conditioner of the single pipe or double pipe type, for domestic use to condition spaces such as rooms, comprising an external exchanger and an internal exchanger functionally coordinated to cool or to heat an internal space separate from an external space, wherein in a cooling mode the internal exchanger functions as an evaporator and the external exchanger functions as a condenser, while in a heating mode the internal exchanger functions as a condenser and the external exchanger functions as an evaporator, and wherein said internal exchanger is connectable to said internal space and said external exchanger is connectable to said external space by means of connection pipes configured to exchange air respectively with said internal space and with said external space, at least one connection pipe of said external exchanger being provided with a delivery device and/or a suction device able to define a quantity of air exchanged with said external space in order to maintain said internal space at a conditioning temperature (Tc), and a conditioning relative humidity (RHc%) predefined by a user, characterized in that it comprises a control and command unit configured to determine at least the enthalpy difference (ΔH) between said internal space and said external space, using at least the values of temperature (Tint, Text) and of humidity (hint, hext) of said internal space and said external space, and to command at least said delivery device and/or said suction device to regulate said quantity of air exchanged with said external space for promoting or hindering a natural re-integration of air due to a pressure imbalance between the internal space and the external space in relation to said enthalpy difference (ΔH) determined with respect to an expected value of enthalpy difference (ΔHset) corresponding to said conditioning temperature (Tc) and to said conditioning relative humidity (RHc%).
A method (700, 900) performed by a node of a wireless communication system, the node being an integrated access and backhaul, IAB, node or a distributed unit of a base station, gNB-DU, the method comprising: receiving (720, 910), from a central unit of a base station, gNB-CU, a signaling message indicating an access barring indication at the node; and broadcasting (730, 920) information indicating whether access from an IAB node to the node is barred according to the signaling message, wherein the information is included in system information, and wherein in response to the information indicating that access from an IAB node to the node is not barred, the node can be selected as a candidate for re-establishment of an IAB node. receiving (720, 910), from a central unit of a base station, gNB-CU, a signaling message indicating an access barring indication at the node; and broadcasting (730, 920) information indicating whether access from an IAB node to the node is barred according to the signaling message, wherein the information is included in system information, and wherein in response to the information indicating that access from an IAB node to the node is not barred, the node can be selected as a candidate for re-establishment of an IAB node.
A method of setting up electrical communications between an imaging device and a supply item configured for installation in the imaging device, the imaging device having a controller and a first chip in communication with each other and the supply item having a second chip configured to electrically communicate therewith, the second chip of the supply item having a memory storing a firmware version identifying a current version of firmware in the second chip and a device certificate identifying the second chip, comprising: configuring the second chip of the supply item to receive one or more requests for the firmware version (502, 510) and the device certificate (602, 606) from the imaging device; and configuring the second chip of the supply item to provide to the imaging device both an unencrypted and encrypted instance of both the firmware version (504, 512) and the device certificate (602, 608); wherein the device certificate includes a device unique public key signed by a global key.
A multimedia file generated by an encryption system, said file being adapted for digital rights management DRM and for distribution separately from the information required to decrypt the contents of the multimedia file, the multimedia file comprising: video chunks that are only partially encrypted, said video chunks each consisting of an encrypted portion and of a non-encrypted portion; 'DRM' chunks that each contain a reference to the encrypted portion of a video chunk of said video chunks and a reference to a decryption key for decrypting the encrypted portion of said video chunk, where the decryption keys are scrambled and encrypted with a master key; and a chunk ('strd', 96) that comprises a 'DRM' header, said decryption keys being located in said 'DRM' header, said 'DRM' header containing information for identifying the master key. video chunks that are only partially encrypted, said video chunks each consisting of an encrypted portion and of a non-encrypted portion; 'DRM' chunks that each contain a reference to the encrypted portion of a video chunk of said video chunks and a reference to a decryption key for decrypting the encrypted portion of said video chunk, where the decryption keys are scrambled and encrypted with a master key; and a chunk ('strd', 96) that comprises a 'DRM' header, said decryption keys being located in said 'DRM' header, said 'DRM' header containing information for identifying the master key.
An apparatus comprising: (a) base housing defining: (i) an upwardly presented support surface, and (ii) a distally oriented tip receiving recess, wherein the distally oriented tip receiving recess is sized and configured to receive a bulbous distal tip of a dilation catheter; (b) an actuator movably coupled with the base housing; and (c) a blade secured to the actuator, wherein the actuator is operable to move the blade downwardly relative to the base housing, wherein the blade is configured to sever a portion of a dilation catheter along a plane longitudinally interposed between the support surface and the tip receiving recess to thereby sever the bulbous distal tip of the dilation catheter in response to movement of the actuator relative to the base housing, wherein the upwardly presented support surface defines a downwardly extending support recess, wherein the downwardly extending support recess is positioned to correspond with the distally oriented tip receiving recess; and characterised in that the actuator defines an upwardly extending lower recess, wherein the upwardly extending lower recess is positioned to correspond with the downwardly extending support recess. (a) base housing defining: (i) an upwardly presented support surface, and (ii) a distally oriented tip receiving recess, wherein the distally oriented tip receiving recess is sized and configured to receive a bulbous distal tip of a dilation catheter; (i) an upwardly presented support surface, and (ii) a distally oriented tip receiving recess, wherein the distally oriented tip receiving recess is sized and configured to receive a bulbous distal tip of a dilation catheter; (b) an actuator movably coupled with the base housing; and (c) a blade secured to the actuator, wherein the actuator is operable to move the blade downwardly relative to the base housing, wherein the blade is configured to sever a portion of a dilation catheter along a plane longitudinally interposed between the support surface and the tip receiving recess to thereby sever the bulbous distal tip of the dilation catheter in response to movement of the actuator relative to the base housing, wherein the upwardly presented support surface defines a downwardly extending support recess, wherein the downwardly extending support recess is positioned to correspond with the distally oriented tip receiving recess; and characterised in that the actuator defines an upwardly extending lower recess, wherein the upwardly extending lower recess is positioned to correspond with the downwardly extending support recess.
Collapsible pushchair frame, comprising lateral inclined posts (1 a, 1 b) which are provided substantially in V-shape relative to one another from the front at the bottom rearwardly to the top and which are pivotable relative to lower lateral posts (2a, 2b) similarly extending substantially in V-shape relative to one another from the front rearwardly, the inclined posts being pivotably connected at the front end with coupling elements (3, 4) and being held in the erected spread state by means of a scissor linkage and collapsible by that in both vertical direction and horizontal direction, wherein the lower outer ends (6a, 6b) of the scissor bars (7a, 7b) are mounted at lower pivot points (8a, 8b) on the lower posts (2a, 2b) and the upper outer ends (9a, 9b) of the scissor bars (11 a, 11 b) are mounted at pivot points on the inclined posts (1 a, 1 b) or on support posts (14, 14b) which are interposed between the upper inclined posts (1a, 1b) and the lower posts (2a, 2b) and pivotably connected therewith, wherein the scissor linkage is at least a double scissor linkage, wherein the upper outer ends (9a, 9b) of the upwardly extending scissor bars (11 a, 11 b) relative to the centre longitudinal axis of the pushchair frame are formed to extend upwardly substantially parallel to the respective section of the inclined post (1a, 1b) or to be bent over or curved and the thus-formed lever arms have a first defined length between the associated scissor joint (12, 13) and the upper pivot point and wherein the lower outer ends (6a, 6b) of the downwardly extending scissor bars (7a, 7b) relative to the centre longitudinal axis of the pushchair frame are formed to be bent over downwardly substantially perpendicularly or at an acute angle with respect to the respective inclined post (1 a, 1 b) or directed away from one another and the thus-formed lever arms have a second defined length between the associated scissor joint (12, 13) and the lower pivot point, characterised in that the free upper ends of the outer scissor bars (7a, 7b), which are pivotably connected at the lower end, of the scissor linkage have end sections bent over or curved towards one another, that the free lower ends of the outer scissor bars (11 a, 11 b), which are pivotably connected at the upper end, of the scissor linkage have end sections bent over or curved towards one another and that the ends are respectively connected together by way of joints (19, 20).
A method for calibrating a trigger unit which is connected via a trigger line to at least two sensors that can be triggered, each sensor being connected between two successive line portions (2a, 2b, 2c) of the trigger line, wherein each sensor has an input for one line portion (2a, 2b, 2c) and an output for the other line portion (2a, 2b, 2c), a controllable interrupter between the input and output (4, 5), and a control circuit which is connected to the input and controls the interrupter, wherein the interrupters of all sensors are initially open, said method comprising the following steps: transmitting a trigger pulse from the trigger unit via at least one line portion (2a, 2b, 2c) to a sensor; in the sensor: receiving the trigger pulse and, if the interrupter is open, returning a response to the trigger unit and closing the interrupter; in the trigger unit: receiving the response and calibrating the trigger unit to the sensor on the basis of the received response; repeating the aforementioned steps for each further sensor until the trigger unit no longer receives a response to a trigger pulse or a maximum pre-set number of transmitted trigger pulses has been reached; characterised in that each sensor, as a response, reflects the trigger pulse, and the trigger unit measures the propagation times (t n) of the trigger pulses (10, 10') transmitted and then reflected by the respective sensors and is calibrated thereto. transmitting a trigger pulse from the trigger unit via at least one line portion (2a, 2b, 2c) to a sensor; in the sensor: receiving the trigger pulse and, if the interrupter is open, returning a response to the trigger unit and closing the interrupter; in the trigger unit: receiving the response and calibrating the trigger unit to the sensor on the basis of the received response; repeating the aforementioned steps for each further sensor until the trigger unit no longer receives a response to a trigger pulse or a maximum pre-set number of transmitted trigger pulses has been reached; characterised in that each sensor, as a response, reflects the trigger pulse, and the trigger unit measures the propagation times (t n) of the trigger pulses (10, 10') transmitted and then reflected by the respective sensors and is calibrated thereto.
A device assembly for producing bioconjugates, in particular antibody-drug conjugates, the device assembly comprising a conjugation unit for performing a bioconjugation reaction in a medium, a first filtration unit for separating precipitates and/or agglomerates, a second filtration unit for performing an ultrafiltration and/or a diafiltration process, the first filtration unit being arranged in a flow path between the conjugation unit and the second filtration unit; the device assembly further comprising a single control unit for controlling the transfer of medium from the conjugation unit through the first filtration unit to the second filtration unit and for controlling the ultrafiltration and/or diafiltration process, characterized in that the second filtration unit comprises a preconfigured single-use loop-assembly for recirculating the medium in the ultrafiltration and/or diafiltration process which can be mounted to and/or dismounted from a basic structure of the device assembly as a whole. a conjugation unit for performing a bioconjugation reaction in a medium, a first filtration unit for separating precipitates and/or agglomerates, a second filtration unit for performing an ultrafiltration and/or a diafiltration process, the first filtration unit being arranged in a flow path between the conjugation unit and the second filtration unit; the device assembly further comprising a single control unit for controlling the transfer of medium from the conjugation unit through the first filtration unit to the second filtration unit and for controlling the ultrafiltration and/or diafiltration process, characterized in that the second filtration unit comprises a preconfigured single-use loop-assembly for recirculating the medium in the ultrafiltration and/or diafiltration process which can be mounted to and/or dismounted from a basic structure of the device assembly as a whole.
A disposable single indication orthopedic trauma surgical kit (4, 100, 200, 210, 220, 240, 490), comprising: a) a single bone plate (104, 204, 224, 236, 244, 494) adapted for a use on a bone of a patient's extremity, the bone plate comprising a plurality of fastener apertures; b) a plurality of fasteners (401, 451), each comprising a head (404, 454) and a shaft (408, 458), the heads being adapted to interface with the fastener apertures; and c) a disposable torque driver (70, 90) adapted to engage the fastener heads; d) one or more wire drills (350, 370); e) one or more drill guides (330, 340); f) a depth gage (42, 380); and g) a sterile sealed container (8,10); wherein the foregoing components are contained in the sterile sealed container (8, 10) and wherein the fasteners are arranged in a plurality of groupings, each grouping having fasteners with the same shaft length. a) a single bone plate (104, 204, 224, 236, 244, 494) adapted for a use on a bone of a patient's extremity, the bone plate comprising a plurality of fastener apertures; b) a plurality of fasteners (401, 451), each comprising a head (404, 454) and a shaft (408, 458), the heads being adapted to interface with the fastener apertures; and c) a disposable torque driver (70, 90) adapted to engage the fastener heads; d) one or more wire drills (350, 370); e) one or more drill guides (330, 340); f) a depth gage (42, 380); and g) a sterile sealed container (8,10);
A system for performing a peritoneal dialysis therapy comprising: at least one dialysis fluid pump (14, 60); and a logic implementer including a central processing unit ("CPU") and a pump controller operable with the CPU, the pump controller operable with the at least one dialysis fluid pump (14, 60) to perform a plurality of peritoneal dialysis cycles, the cycles including a fill phase, a dwell phase and a drain phase, the logic implementer configured to: (i) store a continuous cycling peritoneal dialysis ("CCPD") therapy having a total prescribed fresh dialysate fill volume delivered over n cycles during a total therapy duration; (ii) during the CCPD therapy after at least some dialysis fluid has been pumped by the at least one dialysis fluid pump (14, 60), determine one of (a) that a next fill phase will cause a patient's intra-peritoneal volume to exceed an allowable volume or (b) that at least one previous drain phase was incomplete; and (iii) after determining (a) or (b) convert the CCPD therapy into a tidal peritoneal dialysis therapy having at least n+1 cycles and using the total prescribed fresh dialysate fill volume. at least one dialysis fluid pump (14, 60); and a logic implementer including a central processing unit ("CPU") and a pump controller operable with the CPU, the pump controller operable with the at least one dialysis fluid pump (14, 60) to perform a plurality of peritoneal dialysis cycles, the cycles including a fill phase, a dwell phase and a drain phase, the logic implementer configured to: (i) store a continuous cycling peritoneal dialysis ("CCPD") therapy having a total prescribed fresh dialysate fill volume delivered over n cycles during a total therapy duration; (ii) during the CCPD therapy after at least some dialysis fluid has been pumped by the at least one dialysis fluid pump (14, 60), determine one of (a) that a next fill phase will cause a patient's intra-peritoneal volume to exceed an allowable volume or (b) that at least one previous drain phase was incomplete; and (iii) after determining (a) or (b) convert the CCPD therapy into a tidal peritoneal dialysis therapy having at least n+1 cycles and using the total prescribed fresh dialysate fill volume. (i) store a continuous cycling peritoneal dialysis ("CCPD") therapy having a total prescribed fresh dialysate fill volume delivered over n cycles during a total therapy duration; (ii) during the CCPD therapy after at least some dialysis fluid has been pumped by the at least one dialysis fluid pump (14, 60), determine one of (a) that a next fill phase will cause a patient's intra-peritoneal volume to exceed an allowable volume or (b) that at least one previous drain phase was incomplete; and (iii) after determining (a) or (b) convert the CCPD therapy into a tidal peritoneal dialysis therapy having at least n+1 cycles and using the total prescribed fresh dialysate fill volume.