mhurhangee/ep-ind-claims huggingface dataset:
A reclosable flexible package with a reclosing function, comprising: A. a first panel comprising a perimeter; B. a second panel comprising a perimeter, the second panel sealed to the first panel along their perimeters to form a sealed perimeter surrounding an interior storage space, the sealed perimeter comprising: i. an upper seal, a bottom seal opposite the upper seal, and a first side seal connected to the upper seal and the bottom seal, and ii. a second side seal opposite the first side seal, the second seal connected to the upper seal and the bottom seal; C. a spout formed in the sealed perimeter when the package is open along at least a portion of the upper seal; D. a discharge channel leading from the spout through the upper seal to the interior storage space; wherein the reclosing function comprises: E. a first recess positioned along the second side seal; F. a second recess positioned along the upper seal opposite the discharge channel from the first recess, the first recess being capable of engaging the second recess such that a fold line is formed that intersects the discharge channel, and G. a tearing notch; wherein a recess is defined as a slit or incision having a narrow cut whose end is open and the other end is closed. A. a first panel comprising a perimeter; B. a second panel comprising a perimeter, the second panel sealed to the first panel along their perimeters to form a sealed perimeter surrounding an interior storage space, the sealed perimeter comprising: i. an upper seal, a bottom seal opposite the upper seal, and a first side seal connected to the upper seal and the bottom seal, and ii. a second side seal opposite the first side seal, the second seal connected to the upper seal and the bottom seal; i. an upper seal, a bottom seal opposite the upper seal, and a first side seal connected to the upper seal and the bottom seal, and ii. a second side seal opposite the first side seal, the second seal connected to the upper seal and the bottom seal; C. a spout formed in the sealed perimeter when the package is open along at least a portion of the upper seal; D. a discharge channel leading from the spout through the upper seal to the interior storage space; wherein the reclosing function comprises: E. a first recess positioned along the second side seal; F. a second recess positioned along the upper seal opposite the discharge channel from the first recess, the first recess being capable of engaging the second recess such that a fold line is formed that intersects the discharge channel, and G. a tearing notch; wherein a recess is defined as a slit or incision having a narrow cut whose end is open and the other end is closed.
A composition comprising anti-CD38 antibody for use in treating multiple myeloma in a human subject, wherein treatment comprises administration of a therapeutically effective amount of the composition in combination with a therapeutically effective amount of a lenalidomide compound, optionally lenalidomide, wherein the subject has received at least one prior therapy or at least two prior therapies for multiple myeloma, and wherein the anti-CD38 antibody comprises: a heavy chain comprising three sequential CDRs having amino acid sequences consisting of SEQ ID NOs: 13, 81, and 15, and a light chain comprising three sequential CDRs having amino acid sequences consisting of SEQ ID NOs: 16, 17, and 18, optionally wherein the anti-CD38 antibody is capable of killing a CD38+ cell by apoptosis, antibody-dependent cell-mediated cytotoxicity (ADCC), and complement-dependent cytotoxicity. a heavy chain comprising three sequential CDRs having amino acid sequences consisting of SEQ ID NOs: 13, 81, and 15, and a light chain comprising three sequential CDRs having amino acid sequences consisting of SEQ ID NOs: 16, 17, and 18, optionally wherein the anti-CD38 antibody is capable of killing a CD38+ cell by apoptosis, antibody-dependent cell-mediated cytotoxicity (ADCC), and complement-dependent cytotoxicity.
Vehicle comprising - at least a motion system (11, 12, 13) which can influence the movement of the vehicle and can operate in a normal mode and at least one emergency mode; - an availability coordinator coupled to each motion system (11, 12, 13); wherein - the availability coordinator is designed such that -- it monitors the availability of each movement system (11, 12, 13); characterized by - a control system for autonomous driving; wherein - the availability coordinator is coupled to the control system and is designed such that it -- in dependence on at least one of the availabilities of each motion system (11, 12, 13) specifies whether to operate in its normal mode or one of its emergency modes; -- in dependence on at least one of the availabilities on impaired functioning or failure enables the control system. - at least a motion system (11, 12, 13) which can influence the movement of the vehicle and can operate in a normal mode and at least one emergency mode; - an availability coordinator coupled to each motion system (11, 12, 13); - the availability coordinator is designed such that -- it monitors the availability of each movement system (11, 12, 13); -- it monitors the availability of each movement system (11, 12, 13); - a control system for autonomous driving; wherein - the availability coordinator is coupled to the control system and is designed such that it -- in dependence on at least one of the availabilities of each motion system (11, 12, 13) specifies whether to operate in its normal mode or one of its emergency modes; -- in dependence on at least one of the availabilities on impaired functioning or failure enables the control system. -- in dependence on at least one of the availabilities of each motion system (11, 12, 13) specifies whether to operate in its normal mode or one of its emergency modes; -- in dependence on at least one of the availabilities on impaired functioning or failure enables the control system.
An imaging system comprising: a base unit comprising a cross member; a C-arm coupled to the base unit at an extended portion of the C-arm, said extended portion being coupled to the cross member via a rotatable joint, and including an x-ray source and detector positioned on opposite ends of a C-shaped portion of the C-arm; a fixed arm coupled, by the cross-member and the rotatable joint, directly to the extended portion of the C-arm and including two joints (126; 128) offset from one another, where a first joint of the two joints is at the cross member; an articulating arm coupled to the fixed arm at a second joint of the two joints of the fixed arm; and a display monitor coupled to an end of the articulating arm via a third joint. a base unit comprising a cross member; a C-arm coupled to the base unit at an extended portion of the C-arm, said extended portion being coupled to the cross member via a rotatable joint, and including an x-ray source and detector positioned on opposite ends of a C-shaped portion of the C-arm; a fixed arm coupled, by the cross-member and the rotatable joint, directly to the extended portion of the C-arm and including two joints (126; 128) offset from one another, where a first joint of the two joints is at the cross member; an articulating arm coupled to the fixed arm at a second joint of the two joints of the fixed arm; and a display monitor coupled to an end of the articulating arm via a third joint.
A fan assembly for gas turbine engine comprising; a plurality of fan blades rotatable about a fan rotation axis, each of the plurality of fan blades movable about an axis transverse to the fan rotation axis to vary the angle of pitch (48, 50) of the fan blades; a fan nacelle partially surrounding the plurality of fan blades; and a pitch mechanism (40, 66) coupled to the plurality of fan blades that changes the angle of pitch (48, 50) for each of the plurality of fan blades corresponding to a circumferential position of the fan blade about the fan rotation axis, characterised in that the fan assembly further comprises: a flow surface forward of the fan nacelle for only a portion of the circumference of the fan assembly, wherein the angle of pitch (48, 50) of one of the plurality of fan blades at a circumferential position within the portion of the circumference of the fan assembly including the flow surface forward of the fan nacelle is greater than the angle of pitch (48, 50) for ones of the plurality of fan blades at a circumferential position outside the portion of the circumference. a plurality of fan blades rotatable about a fan rotation axis, each of the plurality of fan blades movable about an axis transverse to the fan rotation axis to vary the angle of pitch (48, 50) of the fan blades; a fan nacelle partially surrounding the plurality of fan blades; and a pitch mechanism (40, 66) coupled to the plurality of fan blades that changes the angle of pitch (48, 50) for each of the plurality of fan blades corresponding to a circumferential position of the fan blade about the fan rotation axis, characterised in that the fan assembly further comprises: a flow surface forward of the fan nacelle for only a portion of the circumference of the fan assembly, wherein the angle of pitch (48, 50) of one of the plurality of fan blades at a circumferential position within the portion of the circumference of the fan assembly including the flow surface forward of the fan nacelle is greater than the angle of pitch (48, 50) for ones of the plurality of fan blades at a circumferential position outside the portion of the circumference.
A multi-channel decoder (10; 18) for decoding encoded data generated by a multi-channel encoder (5; 15), the encoded data comprising down-mix signals (610, 620) for a plurality of input channels (CH1 to CH3; 400 to 450) together with parametric data; the decoder (10; 18) comprising: (a) processing means for receiving the down-mix signals (610, 620) together with the parametric data from the encoder (5; 15), the processing means being operable to process the parametric data to determine one or more coefficients including a first coefficient C 1,L and a second coefficient C 2,R; and (b) computing means for calculating an approximate representation of each input channel encoded into the encoded data using the parametric data and also the one or more coefficients determined in step (a) for further processing to substantially regenerate representations (1400 to 1420) of the plurality of input channels (CH1 to CH3) giving rise to the encoded data (600, 610, 620) generated by the encoder (5; 15); the multi-channel decoder being characterized in that: the computing means is arranged to generate representations Ĉs [ k] (1400 to 1420) of three of the plurality of input channels from: L ^ k R ^ k C ^ s k = C 1, L L 0 k + C 2, L R 0 k C 1, R L 0 k + C 2, R R 0 k C 1, C L 0 k + C 2, C R 0 k where L 0 [ k] and R 0 [ k] are the down mix signals, k is a frequency index, and C 2, L = C 2, R − 1 C 1, R = C 1, L − 1 C 1, C = 1 − C 1, L C 2, C = 1 − C 2, R ⋅ (a) processing means for receiving the down-mix signals (610, 620) together with the parametric data from the encoder (5; 15), the processing means being operable to process the parametric data to determine one or more coefficients including a first coefficient C 1,L and a second coefficient C 2,R; and (b) computing means for calculating an approximate representation of each input channel encoded into the encoded data using the parametric data and also the one or more coefficients determined in step (a) for further processing to substantially regenerate representations (1400 to 1420) of the plurality of input channels (CH1 to CH3) giving rise to the encoded data (600, 610, 620) generated by the encoder (5; 15); the multi-channel decoder being characterized in that:
A laser detection and ranging 'LADAR' system, comprising: a two-dimensional array of detector elements, each detector element within the array including: a photosensitive region configured to receive return light reflected from a target and light from a local oscillator; and local processing circuitry coupled to an output of the respective photosensitive region and configured to receive an analog signal on the output and to sample the analog signal a plurality of times during each sample period clock cycle to obtain components for a sample during each sample period clock cycle; a data bus coupled to one or more outputs of each of the detector elements and configured to receive the sample components from each of the detector elements for each sample period clock cycle; and a processor coupled to the data bus and configured to receive, from the data bus, the sample components from each of the detector elements for each sample period clock cycle and to determine an amplitude and a phase for an interfering frequency corresponding to interference between the return light and the local oscillator light using the sample components. a two-dimensional array of detector elements, each detector element within the array including: a photosensitive region configured to receive return light reflected from a target and light from a local oscillator; and local processing circuitry coupled to an output of the respective photosensitive region and configured to receive an analog signal on the output and to sample the analog signal a plurality of times during each sample period clock cycle to obtain components for a sample during each sample period clock cycle; a photosensitive region configured to receive return light reflected from a target and light from a local oscillator; and local processing circuitry coupled to an output of the respective photosensitive region and configured to receive an analog signal on the output and to sample the analog signal a plurality of times during each sample period clock cycle to obtain components for a sample during each sample period clock cycle; a data bus coupled to one or more outputs of each of the detector elements and configured to receive the sample components from each of the detector elements for each sample period clock cycle; and a processor coupled to the data bus and configured to receive, from the data bus, the sample components from each of the detector elements for each sample period clock cycle and to determine an amplitude and a phase for an interfering frequency corresponding to interference between the return light and the local oscillator light using the sample components.
Moulding element of a mould for moulding and vulcanizing a tyre tread, this tread comprising a tread surface intended to come into contact with the ground when the said tyre is rolling, this moulding element comprising a moulding surface intended to mould part of the tyre tread surface and a blade intended to mould a sipe or a groove in the tread, characterized in that the moulding element comprises two cutting means positioned on either side of the blade at a certain distance from this blade, these cutting means comprising a plurality of pins.
The use of an agent for improving the taste of a potassium-containing food or drink, the agent comprising a lactic acid-fermented yeast extract obtainable by fermenting a yeast extract with a lactic acid bacterium, the lactic acid-fermented yeast extract containing 7.5 (w/w)% or more of lactic acid relative to the solid content of the yeast extract.
A photoelectric conversion device comprising a transparent electrically conductive film, a photoelectric conversion film and an electrically conductive film in this order, wherein the photoelectric conversion film comprises a photoelectric conversion layer, and an electron blocking layer, wherein said photoelectric conversion layer contains an n-type organic semiconductor which is a fullerene or fullerene derivative, wherein said photoelectric conversion layer contains a compound of the following formula: wherein Z 1 represents an atomic group necessary for forming a 5- or 6-membered ring; each of L 1, L 2 and L 3 represents an unsubstituted methine group or a substituted methine group; D 1 represents an atomic group; and n1 represents an integer of 0 or more, wherein the electron blocking layer contains a compound represented by the following formula (F-1): wherein each of R 12, R 17 independently represents a hydrogen atom, a halogen atom, an alkyl group, an aryl group, a heterocyclic group, a hydroxyl group, an amino group or a mercapto group, which may further have a substituent; each of R 19 and R' 19 independently represents a hydrogen atom, a halogen atom, or an alkyl group, an aryl group, a heterocyclic group, a hydroxyl group, an amino group or a mercapto group, which may further have a substituent; provided that at least one of R 12 and R 17 represents a substituted amino group containing three or more ring structures; and n represents an integer of 1 to 4.
A method of managing a total bandwidth allocated to a content subscriber receiving multimedia content from one or more nodes in a Content Distribution Network, CDN,, wherein the method comprises performing the following: maintaining at each node in the CDN, the most-recent state of the CDN as a whole; at each node serving the content subscriber, using information about the most-recent state of the CDN as a whole to monitor an individual bandwidth at which each of the other nodes that also serves the content subscriber is providing a corresponding portion of the multimedia content to the content subscriber; and at each node serving the content subscriber, providing the serving node's node-specific portion of subscriber-requested multimedia content using a delivery bandwidth such that the total bandwidth remains within a pre-defined bandwidth cap for the content subscriber, wherein the total bandwidth is the summation of the delivery bandwidth and each individual bandwidth utilized by each of the other nodes serving the content subscriber. maintaining at each node in the CDN, the most-recent state of the CDN as a whole; at each node serving the content subscriber, using information about the most-recent state of the CDN as a whole to monitor an individual bandwidth at which each of the other nodes that also serves the content subscriber is providing a corresponding portion of the multimedia content to the content subscriber; and at each node serving the content subscriber, providing the serving node's node-specific portion of subscriber-requested multimedia content using a delivery bandwidth such that the total bandwidth remains within a pre-defined bandwidth cap for the content subscriber, wherein the total bandwidth is the summation of the delivery bandwidth and each individual bandwidth utilized by each of the other nodes serving the content subscriber.
An apparatus for developing peri-operatively to a patient a cell suspension from a skin tissue sample, and for immediately applying the cell suspension to a graft site of the patient, comprising: (a) a set of tools required for cell harvesting; (b) a vessel of enzyme and a sterile solution for suspension of the enzyme; (c) a heating means suitable for heating the enzyme solution to a required temperature and which is capable of maintaining that solution at the desired temperature for a suitable amount of time, wherein the pre-warmed enzyme solution is used to incubate a skin tissue sample and contains an amount of enzyme sufficient to dissociate cellular stratum in the skin tissue sample; (d) a filter recess comprising a filter means of a filter size between 50 μm and 200 μm, for removing cellular congregates from cells harvested from the skin tissue sample, to form the cell suspension that is suitable for immediate dispersion to the graft site; (e) a fluid containment well for storage of nutrient solution; and (f) a reservoir for withholding the skin tissue sample and the nutrient solution. (a) a set of tools required for cell harvesting; (b) a vessel of enzyme and a sterile solution for suspension of the enzyme; (c) a heating means suitable for heating the enzyme solution to a required temperature and which is capable of maintaining that solution at the desired temperature for a suitable amount of time, wherein the pre-warmed enzyme solution is used to incubate a skin tissue sample and contains an amount of enzyme sufficient to dissociate cellular stratum in the skin tissue sample; (d) a filter recess comprising a filter means of a filter size between 50 μm and 200 μm, for removing cellular congregates from cells harvested from the skin tissue sample, to form the cell suspension that is suitable for immediate dispersion to the graft site; (e) a fluid containment well for storage of nutrient solution; and (f) a reservoir for withholding the skin tissue sample and the nutrient solution.
An electrical connection part for connection to a current output terminal of a secondary cell, said connection part comprising a first portion for connection to an electrode plate group of said secondary cell so as to provide electrical connection between said electrode plate group and said output terminal, the said first portion being provided with contact means (7 to 12) for establishing an electrical connection with said electrode plate group by mechanical contact without chemical bonding, the first portion having a substantially circular and planar shape with a face providing contact adapted to be in contact with the electrode plate group, the said contact means (7 to 12) being formed of the same material as the first portion so as to project from the face providing contact to a determined distance from the face providing contact and being uniformly distributed on the face providing contact in a circular and radial pattern, said contact means (7 to 12) comprising lamellae (7 to 12), one end of which is connected to the first portion of the connection part and another end of which is free and projects at said determined distance from said face providing contact, each of the lamellae (7 to 12) extending from their end united with the first portion towards their free end in the direction of a radius of the circular shape of the first portion, characterized in that at least one portion (7 to 9) of the lamellae (7 to 12) extends in a first direction and at least one other portion (10 to 12) of these lamellae (7 to 12) extends in an opposite direction to the first direction.
A bottle holder comprising a container provided with an insertion opening (5; 102) suitable for receiving a bottle (4; 40) in the container of the bottle holder, the opening (5; 102) of the container being of the same dimensions as the cross-section of the container, at least two removable wedging members (11, 12) being mounted on at least one part of the inner surface of the container, the two wedging members being configured as continuous rings (11, 12) and another removable wedging member is inserted in the container when the two wedging members (11, 12) configured as continuous rings are in place in the container, characterised in that the third wedging member is provided, on its outer surface, with housings (104, 105) for receiving the two wedging members (11, 12) configured as rings.
A method of handling a short message service message which is sent from a sending entity to a receiving entity, a number and a text description associated with the sending entity being provided; the sending entity encoding the SMS message by inserting the number associated with the sending entity in a number sub-field of an Address-Value field in a Transfer-Protocol-Originating-Address (TP-OA) field of the SMS message and by inserting the text description associated with the sending entity in a text sub-field of the Address-Value field in the TP-OA field of the SMS message; the sending entity transmitting the encoded SMS message to the receiving entity; the receiving entity decoding the number sub-field of the Address-Value field in the TP-OA field of the received encoded SMS message for acquiring the number associated with the sending entity; the receiving entity decoding the text sub-field of the Address-Value field in the TP-OA field of the received encoded SMS message for acquiring the text description associated with the sending entity; and the receiving entity displaying simultaneously the number and the text description as a title of the SMS message on a screen.