mhurhangee/ep-ind-claims huggingface dataset:
A method of performing, by a base station, communication in a wireless communication system, the method comprising: obtaining feedback configuration information of a hybrid automatic repeat request, HARQ, process for performing a feedback, in a unit of code block group, CBG, on a result of decoding; determining a HARQ process for grant-free transmission among a plurality of HARQ processes; comparing a size of a bitmap required for the feedback in the unit of CBG with a size of an available bitmap of the base station; in case that the size of the bitmap required for feedback information for the determined HARQ process for the grant-free transmission is greater than the size of the available bitmap of the base station, performing bundling on the feedback information of the identified HARQ process for the grant-free transmission; and transmitting the feedback information based on the performed bundling. obtaining feedback configuration information of a hybrid automatic repeat request, HARQ, process for performing a feedback, in a unit of code block group, CBG, on a result of decoding; determining a HARQ process for grant-free transmission among a plurality of HARQ processes; comparing a size of a bitmap required for the feedback in the unit of CBG with a size of an available bitmap of the base station; in case that the size of the bitmap required for feedback information for the determined HARQ process for the grant-free transmission is greater than the size of the available bitmap of the base station, performing bundling on the feedback information of the identified HARQ process for the grant-free transmission; and transmitting the feedback information based on the performed bundling.
Apparatus for cutting vegetable products such as tubers, e.g. potatoes, in two or more parts, the apparatus comprising: - at least one movable cup-shaped seat for holding the product to be cut, the seat comprising a passage, - a knife and - drive means for pulling the seat along a path crossed by the knife while the knife goes through the passage in the seat, wherein at the position of the knife the path extends along a straight line extending in a direction parallel to the knife wherein the seat comprises at least two oppositely arranged centering arms for resiliently engaging opposite sides of a product to be cut characterized in that the knife is stationary and comprises at least two crossing knife blades (41, 42), the passage in the seat having a matching cross shape, wherein the center of the cross shaped passage coincides with the center of the seat. - at least one movable cup-shaped seat for holding the product to be cut, the seat comprising a passage, - a knife and - drive means for pulling the seat along a path crossed by the knife while the knife goes through the passage in the seat, wherein at the position of the knife the path extends along a straight line extending in a direction parallel to the knife wherein the seat comprises at least two oppositely arranged centering arms for resiliently engaging opposite sides of a product to be cut characterized in that the knife is stationary and comprises at least two crossing knife blades (41, 42), the passage in the seat having a matching cross shape, wherein the center of the cross shaped passage coincides with the center of the seat.
Pressure vessel for receiving samples to be heated, the pressure vessel comprising a closable reaction chamber as a pressure chamber for triggering and/or promoting chemical and/or physical pressure reactions, and wherein the pressure vessel comprises an injection opening and a microwave transmitting area between the injection opening and the reaction chamber through which microwaves can be injected into the reaction chamber, the microwave transmitting area comprising a pressure receiving part for supporting the pressure of the reaction chamber against the injection opening, and the pressure receiving part comprising a through opening extending between the injection opening and the reaction chamber in the microwave injection direction that is filled with a material different from the material of the pressure receiving part, characterized in that the pressure receiving part forms at least a part of the bottom of the pressure vessel, such that the pressure receiving part has a larger diameter than the injection opening and thus, is supporting the pressure vessel. the microwave transmitting area comprising a pressure receiving part for supporting the pressure of the reaction chamber against the injection opening, and the pressure receiving part comprising a through opening extending between the injection opening and the reaction chamber in the microwave injection direction that is filled with a material different from the material of the pressure receiving part, characterized in that the pressure receiving part forms at least a part of the bottom of the pressure vessel, such that the pressure receiving part has a larger diameter than the injection opening and thus, is supporting the pressure vessel.
A vehicle assembly for renovation of a track with two vehicles (5, 6) arranged one after the other, which in each case are formed between chassis (10, 11) arranged on the end side on a vehicle frame (3, 4) for the pick-up or laying down of a track section, wherein a) both vehicles (5, 6) are connected with each other through a frame linkage under which both a rail chassis as well as a crawler chassis is arranged, b) with respect to a work direction directly behind the crawler chassis a ballast pick-up device is provided, c) the ballast pick-up device, a frame section (24, 25) arranged between frame linkage and rail chassis or positioned on an end of the vehicle - distanced from the frame linkage -, provided for the connection with the rail chassis is designed in each case for a feeding through of a track section in the track longitudinal direction. a) both vehicles (5, 6) are connected with each other through a frame linkage under which both a rail chassis as well as a crawler chassis is arranged, b) with respect to a work direction directly behind the crawler chassis a ballast pick-up device is provided, c) the ballast pick-up device, a frame section (24, 25) arranged between frame linkage and rail chassis or positioned on an end of the vehicle - distanced from the frame linkage -, provided for the connection with the rail chassis is designed in each case for a feeding through of a track section in the track longitudinal direction.
An outer-conductor contact element for a right-angle plug connector having - a crimping portion for pressing the outer-conductor contact element onto an electrical cable, comprising a free end, which is open at the end face, for receiving the cable; - a sleeve-shaped contact portion with a free end, which is open at the end face, for establishing a connection to a corresponding mating plug connector, wherein an exit angle (α) is formed between a first longitudinal axis (L 1) of the contact portion and a second longitudinal axis (L 2) of the crimping portion; and - a trough-shaped transition region extending from the crimping portion along the second longitudinal axis (L 2) of the crimping portion to the contact portion, characterized in that the crimping portion, the contact portion and the transition region are formed in one piece from a deep-drawn sheet metal part. - a crimping portion for pressing the outer-conductor contact element onto an electrical cable, comprising a free end, which is open at the end face, for receiving the cable; - a sleeve-shaped contact portion with a free end, which is open at the end face, for establishing a connection to a corresponding mating plug connector, wherein an exit angle (α) is formed between a first longitudinal axis (L 1) of the contact portion and a second longitudinal axis (L 2) of the crimping portion; and - a trough-shaped transition region extending from the crimping portion along the second longitudinal axis (L 2) of the crimping portion to the contact portion,
An electronically commutated electric motor comprising a stator with at least one stator coil (21,22,23), a magnetized rotor rotatable relative to the stator about an axis of rotation and comprising at least two opposite magnet poles (N,S) generating an excitation field, a static magnetic field sensor detecting the excitation field and generating a rectangular sensor signal with signal edges (Eas), a full-wave signal period as well as half-wave lengths (LN,LS) of a N- and a S-signal level, respectively, a motor energizing device driving the at least one stator coil (21,22,23), the motor energizing device being triggered by a trigger signal to generate a revolving stator field, characterized by a memory unit to save parameter values, and an evaluation unit generating the trigger signal, wherein the evaluation unit generates the symmetric trigger signal by a shift compensation of an asymmetric shift of the signal edges (Eas) of the sensor signal, the shift compensation being calculated on the basis of the position of the received sensor signal edge (Eas,n), the full-wave signal period as well as of the half-wave lengths (LN,LS) of the sensor signal. a stator with at least one stator coil (21,22,23), a magnetized rotor rotatable relative to the stator about an axis of rotation and comprising at least two opposite magnet poles (N,S) generating an excitation field, a static magnetic field sensor detecting the excitation field and generating a rectangular sensor signal with signal edges (Eas), a full-wave signal period as well as half-wave lengths (LN,LS) of a N- and a S-signal level, respectively, a motor energizing device driving the at least one stator coil (21,22,23), the motor energizing device being triggered by a trigger signal to generate a revolving stator field, characterized by a memory unit to save parameter values, and an evaluation unit generating the trigger signal, wherein the evaluation unit generates the symmetric trigger signal by a shift compensation of an asymmetric shift of the signal edges (Eas) of the sensor signal, the shift compensation being calculated on the basis of the position of the received sensor signal edge (Eas,n), the full-wave signal period as well as of the half-wave lengths (LN,LS) of the sensor signal.
A lighting unit comprising a first lighting device and a lighting device, wherein: - the first lighting device is configured to provide first lighting device light having a first spectral distribution with at least a first emission maximum, a first color point x1,y1 and a first correlated color temperature T1; - the second lighting device is configured to provide second lighting device light having a second spectral distribution with at least two emission maxima (EM21,EM22,...) spaced by at least 75nm, a second color point x2,y2 and a second correlated color temperature T2; characterized in that: - the lighting unit further comprises a control unit configured to independently control the first lighting device and the second lighting device; - the lighting unit is configured to generate lighting unit light comprising one or more of the first lighting device light and the second lighting device light by the control unit being configured to change the relative intensities of the first lighting device and the second lighting device; and - the first spectral distribution and the second spectral distribution are different with the emission maxima (EM11,EM21,EM22) mutually differing at least 10nm from each other, and wherein one or more of (i) 0.9≤x1/x2≤1.1, (ii) 0.9≤y1/y2≤1.1, and (iii) 0.9≤T1/T2≤1.1 applies. - the first lighting device is configured to provide first lighting device light having a first spectral distribution with at least a first emission maximum, a first color point x1,y1 and a first correlated color temperature T1; - the second lighting device is configured to provide second lighting device light having a second spectral distribution with at least two emission maxima (EM21,EM22,...) spaced by at least 75nm, a second color point x2,y2 and a second correlated color temperature T2; - the lighting unit further comprises a control unit configured to independently control the first lighting device and the second lighting device; - the lighting unit is configured to generate lighting unit light comprising one or more of the first lighting device light and the second lighting device light by the control unit being configured to change the relative intensities of the first lighting device and the second lighting device; and - the first spectral distribution and the second spectral distribution are different with the emission maxima (EM11,EM21,EM22) mutually differing at least 10nm from each other, and wherein one or more of (i) 0.9≤x1/x2≤1.1, (ii) 0.9≤y1/y2≤1.1, and (iii) 0.9≤T1/T2≤1.1 applies.
A sterilization system for an airport, the sterilization system comprising: a baggage scanner configured to scan the inside of an object through X-rays; a sterilization apparatus comprising a housing forming a sterilization space; and a conveyor belt configured to convey the object along a path passing through the baggage scanner and then through the sterilization space, or vice versa; wherein the sterilization apparatus further comprises: a first sterilizer configured to radiate continuously plasma rays toward the sterilization space, regardless of whether the object is placed in the sterilization space; a second sterilizer configured to radiate ultraviolet light toward the sterilization space; a sensing unit configured to sense whether an object is placed in the sterilization space; and a controller configured to control an operation of the second sterilizer based on information sensed by the sensing unit. a baggage scanner configured to scan the inside of an object through X-rays; a sterilization apparatus comprising a housing forming a sterilization space; and a conveyor belt configured to convey the object along a path passing through the baggage scanner and then through the sterilization space, or vice versa; wherein the sterilization apparatus further comprises: a first sterilizer configured to radiate continuously plasma rays toward the sterilization space, regardless of whether the object is placed in the sterilization space; a second sterilizer configured to radiate ultraviolet light toward the sterilization space; a sensing unit configured to sense whether an object is placed in the sterilization space; and a controller configured to control an operation of the second sterilizer based on information sensed by the sensing unit. a first sterilizer configured to radiate continuously plasma rays toward the sterilization space, regardless of whether the object is placed in the sterilization space; a second sterilizer configured to radiate ultraviolet light toward the sterilization space; a sensing unit configured to sense whether an object is placed in the sterilization space; and a controller configured to control an operation of the second sterilizer based on information sensed by the sensing unit.
A device for peeling an onion like product having a top end portion and a tail end portion interconnected by an axis, comprising a transport track for transporting the onion like product in a oriented position, first cutting means for removing the top end portion and the tail end portion, second cutting means for the incision of the circumferential portion of the onion like product, the incision being positioned in a plane containing the axis of the onion like product, said second cutting means comprising a number of knife-edges (90, 100, 112, 116) which are mounted on two pairs of arms (91, 101, 111, 115) a first pair (91, 101) for the incision of the leading part of the onion like product and second pair (111, 115) for the incision of the tailing part of the onion like product characterized in that one arm of each pair is located at each side of the transport track each arm of the pair (91, 101) for the leading part of the onion like product is connected to the corresponding arm of the pair (111, 115) for the tailing part, and a spring like element is connected to the first pair of arms, such that each arm of the first pair is urged in the direction of the transport track.
A method for assessing the severity or risk of developing an autoimmune disease or disorder comprising determining a level of soluble B7-H4 in a biological sample obtained from an individual, and comparing the level of soluble B7-H4 in the sample to levels in a normal control or controls with levels known to be indicative of a severity or risk of developing an autoimmune disease or disorder.
An expandable basket assembly for a medical probe, comprising: a plurality of spines extending along a longitudinal axis from a proximal central proximal spine portion to a distal spine portion, the distal spine portion defining a cloverleaf structure disposed radially around the longitudinal axis, the cloverleaf structure defining a central cutout with a central area disposed about the longitudinal axis, the cloverleaf structure comprising: a sinusoidal-like member extending from one spine to an adjacent spine in a direction around the longitudinal axis, the sinusoidal-like member comprises a plurality of distal facing portions, a plurality of proximal facing portions, and characterised in that the cloverleaf structure further comprises at least one side connector connecting two adjacent distal facing portions to one another. a sinusoidal-like member extending from one spine to an adjacent spine in a direction around the longitudinal axis, the sinusoidal-like member comprises a plurality of distal facing portions, a plurality of proximal facing portions, and characterised in that the cloverleaf structure further comprises at least one side connector connecting two adjacent distal facing portions to one another.
A composition comprising (a) an intact, bacterially derived minicell that contains a functional nucleic acid molecule or a plasmid comprising a segment that encodes a functional nucleic acid molecule, said minicell further comprising a bispecific ligand, said bispecific ligand having specificity for both a surface component on the minicell and a surface component on a non-phagocytic mammalian cell; and (b) a pharmaceutically acceptable carrier therefor, wherein said functional nucleic acid molecule targets the gene or the transcript of a protein that contributes to resistance to a chemotherapeutic drug.
A bearing roller, comprising center holes (23, 24) respectively formed in both end surfaces and round portions formed at both end surface sides, characterized in that a round portion at one end surface side has an outer-diameter-surface-side corner portion (21 a) and a rounded portion (21 c) that is continuous with the outer-diameter-surface-side corner portion (21 a), and Rc > Ra is established where Ra represents a curvature radius of the outer-diameter-surface-side corner portion and Rc represents a curvature radius of the rounded portion (21 c), a round portion at the other end surface side has an outer-diameter-surface-side corner portion and an end-surface-side corner portion, and rb > ra is established where ra represents a curvature radius of the outer-diameter-surface-side corner portion and rb represents a curvature radius of the end-surface-side corner portion, and wherein the outer diameter surface and round portions (21, 22) at corners between both the end surfaces (20b, 20c) and the outer diameter surface are smoothly continuous with each other.
Method for the production of medical-grade lead 212 which comprises: - the production of lead 212 by the decay of radium 224 in a generator containing a solid medium to which the radium 224 is bound, then - the extraction of the lead 212 from the generator in the form of an aqueous solution A1, and which is characterised in that it further comprises: - the purification of the lead 212 contained in the aqueous solution A1 from the radiological and chemical impurities also contained in this solution by means of a liquid chromatography on a column containing a stationary phase which is capable to selectively retain the lead 212 present in the aqueous solution A1 when the aqueous solution A1 is contacted with the stationary phase, which purification comprises the following steps: a) loading the stationary phase with the aqueous solution A1, to allow the lead 212 present in this solution to be retained by the stationary phase; b) washing the stationary phase of step a) with an aqueous solution A2, to eliminate the radiological and chemical impurities it contains from the stationary phase but without eliminating the lead 212; then c) eluting the lead 212 from the washed stationary phase of step b) with an aqueous solution A3, to recover this lead in the form of an aqueous solution. - the production of lead 212 by the decay of radium 224 in a generator containing a solid medium to which the radium 224 is bound, then - the extraction of the lead 212 from the generator in the form of an aqueous solution A1, - the purification of the lead 212 contained in the aqueous solution A1 from the radiological and chemical impurities also contained in this solution by means of a liquid chromatography on a column containing a stationary phase which is capable to selectively retain the lead 212 present in the aqueous solution A1 when the aqueous solution A1 is contacted with the stationary phase, which purification comprises the following steps: a) loading the stationary phase with the aqueous solution A1, to allow the lead 212 present in this solution to be retained by the stationary phase; b) washing the stationary phase of step a) with an aqueous solution A2, to eliminate the radiological and chemical impurities it contains from the stationary phase but without eliminating the lead 212; then c) eluting the lead 212 from the washed stationary phase of step b) with an aqueous solution A3, to recover this lead in the form of an aqueous solution. a) loading the stationary phase with the aqueous solution A1, to allow the lead 212 present in this solution to be retained by the stationary phase; b) washing the stationary phase of step a) with an aqueous solution A2, to eliminate the radiological and chemical impurities it contains from the stationary phase but without eliminating the lead 212; then c) eluting the lead 212 from the washed stationary phase of step b) with an aqueous solution A3, to recover this lead in the form of an aqueous solution.
A method of producing a semiconductor device, comprising: - forming a wiring comprising electrical conductors (4, 5, 6, 7) in a dielectric layer on or above a semiconductor substrate, and - forming an opening in the dielectric layer to uncover a contact pad formed by one of the conductors, - a further opening is formed in the dielectric layer and an area of a further one of the conductors, separate from the contact pad, is thus uncovered, - the further opening is filled with an electrically conductive material, characterized in that - the dielectric layer is thinned from a side opposite the substrate, so that the electrically conductive material protrudes from the dielectric layer. - forming a wiring comprising electrical conductors (4, 5, 6, 7) in a dielectric layer on or above a semiconductor substrate, and - forming an opening in the dielectric layer to uncover a contact pad formed by one of the conductors, - a further opening is formed in the dielectric layer and an area of a further one of the conductors, separate from the contact pad, is thus uncovered, - the further opening is filled with an electrically conductive material, - the dielectric layer is thinned from a side opposite the substrate, so that the electrically conductive material protrudes from the dielectric layer.