mhurhangee/patent-ind-claim-en huggingface dataset:
A method for dynamically selecting a link adaptation policy, LAP, the method comprising: generating (s1002) a machine learning, ML, model, wherein generating the ML model comprises providing training data to an ML algorithm; a first transmission point, TRP, transmitting (s1004) first data to a user equipment, UE, using a first LAP, wherein the first TRP serves at least a first cell; receiving (s1006) a channel quality report transmitted by the UE, the channel quality report comprising channel quality information indicating a quality of a channel between the UE and the first TRP; obtaining (s1008) additional information, wherein the additional information comprises: neighbor cell activity about a second cell served by a second TRP, distance information indicating a distance between the UE and the first TRP, and/or gain information indicating a radio propagation gain between the UE and the first TRP; using (s1010) the channel quality information, the additional information, and the ML model to select a LAP from a set of predefined LAPs, the set of predefined LAPs comprising the first LAP and a second LAP, wherein the channel quality report and the additional information are provided as input to the ML model; and the first TRP transmitting (s1012) second data to the UE using the selected LAP, wherein the selected LAP indicates a dynamically updated block error rate, BLER, target and wherein transmitting the second data to the UE using the selected LAP comprises transmitting the second data to the UE using the BLER target. generating (s1002) a machine learning, ML, model, wherein generating the ML model comprises providing training data to an ML algorithm; a first transmission point, TRP, transmitting (s1004) first data to a user equipment, UE, using a first LAP, wherein the first TRP serves at least a first cell; receiving (s1006) a channel quality report transmitted by the UE, the channel quality report comprising channel quality information indicating a quality of a channel between the UE and the first TRP; obtaining (s1008) additional information, wherein the additional information comprises: neighbor cell activity about a second cell served by a second TRP, distance information indicating a distance between the UE and the first TRP, and/or gain information indicating a radio propagation gain between the UE and the first TRP; using (s1010) the channel quality information, the additional information, and the ML model to select a LAP from a set of predefined LAPs, the set of predefined LAPs comprising the first LAP and a second LAP, wherein the channel quality report and the additional information are provided as input to the ML model; and the first TRP transmitting (s1012) second data to the UE using the selected LAP, wherein the selected LAP indicates a dynamically updated block error rate, BLER, target and wherein transmitting the second data to the UE using the selected LAP comprises transmitting the second data to the UE using the BLER target.
An anti-unscrewing cover system for heads of bolts used to secure a wheel rim of a commercial vehicle to a hub and comprising a plurality of cover elements each of which is suitable to be coupled with a respective bolt head to cover it, the bolts being suitable to engage respective through-holes arranged along a circular path (C) of a portion of the wheel rim , characterised in that each cover element comprises: a tubular body defining an internal cavity coaxial to an axis (H) and an integral appendix which extends radially from a front portion of a perimetric edge of the tubular body towards the exterior of the tubular body ; a cup-shaped cap element suitable to be housed inside the tubular body and defining an internal seat open towards the outside and suitable to house, in an angularly stable way, a respective bolt head which couples with the cap element; said cup-shaped cap element being provided with means of connection which allow rotation of the tubular body with respect to the cap element according to a single direction of rotation (R); said appendix has an end portion configured to abut against a rear portion of the adjacent tubular body in such a way that the cover elements arranged on their respective bolt heads form a continuous chain of cover elements arranged in contact with each other to form a crown of interconnected cover elements wherein each cover element exerts a force on the adjacent cover element in such a way as to produce a force which develops along said circular path (C) which keeps the cover elements , which are all slightly compressed, in contact with each other; the crown of cover elements prevents the rotation and thus the unscrewing of the bolts. a tubular body defining an internal cavity coaxial to an axis (H) and an integral appendix which extends radially from a front portion of a perimetric edge of the tubular body towards the exterior of the tubular body ; a cup-shaped cap element suitable to be housed inside the tubular body and defining an internal seat open towards the outside and suitable to house, in an angularly stable way, a respective bolt head which couples with the cap element; said cup-shaped cap element being provided with means of connection which allow rotation of the tubular body with respect to the cap element according to a single direction of rotation (R); said appendix has an end portion configured to abut against a rear portion of the adjacent tubular body in such a way that the cover elements arranged on their respective bolt heads form a continuous chain of cover elements arranged in contact with each other to form a crown of interconnected cover elements wherein each cover element exerts a force on the adjacent cover element in such a way as to produce a force which develops along said circular path (C) which keeps the cover elements , which are all slightly compressed, in contact with each other; the crown of cover elements prevents the rotation and thus the unscrewing of the bolts.
A one-piece storage clip used to secure clipless cycling shoes to a wall or other surface for storage, the one-piece storage clip for cycling shoes having cleats to secure to the cleat of a cycling shoe, the clip formed from a single piece of sheet metal, metal wire or injection moulded plastic and comprising a generally planar base plate having an arm extending therefrom, the arm defining an opening for engaging the front edge of a cleat and a retaining tab carried by the base plate and arranged to engage the rear edge of a cleat by resilient deformation of the retaining tab, the retaining tab extending at an angle of less than 90° with respect to the base plate.
A conjugate of (i) a peptide or peptidomimetic comprising or consisting of a targeting sequence selected from the group consisting of SEQ ID NO: 24, 25 and 1, wherein the peptide or peptidomimetic is cyclic and at most 30 amino acids in length, wherein the peptide or peptidomimetic is linked to (ii) a moiety selected from a biologically active moiety and a diagnostic moiety.
A method for transferring a plurality of culture surface elements , from a transwell-like type insert plate comprising a plurality of culture insert assemblies , to a transfer plate , the method comprising (a) aligning the plurality of culture insert assemblies containing culture components comprised of cultured cells or cultured tissue, of a transwell-like type insert plate comprising a plurality of culture insert assemblies , with corresponding openings of a transfer plate (b) contacting one or more engagement elements of each culture surface element, of the plurality of culture surface elements , with one or more guiding elements associated with a corresponding opening of a transfer plate , such that the plurality of culture surface elements become removably attached to the transfer plate through engagement of the engagement elements of the culture surface elements, of the plurality of culture surface elements , with the guiding elements of the transfer plate , and (c) detaching the plurality of culture surface elements from the culture insert assemblies of the transwell-like type insert plate by disengaging the attachment elements of the plurality of culture surface elements from the attachment elements of the transwell-like type insert plate , thereby resulting in a transfer plate now comprising a plurality of culture insert assemblies , and the transwell-like type insert plate lacking culture surface elements . (a) aligning the plurality of culture insert assemblies containing culture components comprised of cultured cells or cultured tissue, of a transwell-like type insert plate comprising a plurality of culture insert assemblies , with corresponding openings of a transfer plate (b) contacting one or more engagement elements of each culture surface element, of the plurality of culture surface elements , with one or more guiding elements associated with a corresponding opening of a transfer plate , such that the plurality of culture surface elements become removably attached to the transfer plate through engagement of the engagement elements of the culture surface elements, of the plurality of culture surface elements , with the guiding elements of the transfer plate , and (c) detaching the plurality of culture surface elements from the culture insert assemblies of the transwell-like type insert plate by disengaging the attachment elements of the plurality of culture surface elements from the attachment elements of the transwell-like type insert plate , thereby resulting in a transfer plate now comprising a plurality of culture insert assemblies , and the transwell-like type insert plate lacking culture surface elements .
A drinking or eating vessel comprising an inner surface that defines a volume for receiving liquid or solid food and an outer surface that supports a polymeric coating and a decorative layer; wherein the polymeric coating comprises a polymer formed by curing a coating mixture on the outer surface of the drinking or eating vessel, said coating mixture comprising a matting agent; wherein the polymeric coating has an inner surface in contact with the drinking or eating vessel and an outer surface in contact with the decorative layer; and wherein the decorative layer comprises a dry toner image applied to the outer surface of the polymeric coating. wherein the polymeric coating comprises a polymer formed by curing a coating mixture on the outer surface of the drinking or eating vessel, said coating mixture comprising a matting agent; wherein the polymeric coating has an inner surface in contact with the drinking or eating vessel and an outer surface in contact with the decorative layer; and wherein the decorative layer comprises a dry toner image applied to the outer surface of the polymeric coating.
A T cell activating bispecific antigen binding molecule comprising (a) a first antigen binding moiety which specifically binds to p95HER2; (b) a second antigen binding moiety which specifically binds to CD3; wherein the first antigen binding moiety comprises a heavy chain variable region, particularly a humanized heavy chain variable region, comprising the heavy chain complementarity determining region (HCDR) 1 of SEQ ID NO: 14, the HCDR 2 of SEQ ID NO: 15 and the HCDR 3 of SEQ ID NO: 16, and a light chain variable region, particularly a humanized light chain variable region, comprising the light chain complementarity determining region (LCDR) 1 of SEQ ID NO: 17, the LCDR 2 of SEQ ID NO: 18 and the LCDR 3 of SEQ ID NO: 19. (a) a first antigen binding moiety which specifically binds to p95HER2; (b) a second antigen binding moiety which specifically binds to CD3;
A method for detecting ovarian clear cell adenocarcinoma, said method comprising measuring the amount of processed tissue factor pathway inhibitor 2 (TFPI2) polypeptide and the amount of intact TFPI2 in a sample, wherein the processed TFPI2 polypeptide has the following properties (i) to (iii): (i) the amino acid sequence of said polypeptide consists of the amino acid sequence from the 23th residue aspartic acid to the 131st residue histidine or to the 130th residue cysteine in the TFPI2 amino acid sequence of SEQ ID NO:1, or a sequence having an identity of not less than 80% to this sequence; (ii) a polypeptide that is fractionated into a molecular weight of about 16,000 by reducing SDS-PAGE; and (iii) a polypeptide whose peptide fragment obtained after asparagine-linked sugar chain cleavage treatment is fractionated into a molecular weight of about 12,000 by reducing SDS-PAGE, and wherein ovarian clear cell adenocarcinoma is judged to be detected in cases where the total of said amount of the processed TFPI2 polypeptide and said amount of intact TFPI2 exceeds a reference value calculated from a control. (i) the amino acid sequence of said polypeptide consists of the amino acid sequence from the 23th residue aspartic acid to the 131st residue histidine or to the 130th residue cysteine in the TFPI2 amino acid sequence of SEQ ID NO:1, or a sequence having an identity of not less than 80% to this sequence; (ii) a polypeptide that is fractionated into a molecular weight of about 16,000 by reducing SDS-PAGE; and (iii) a polypeptide whose peptide fragment obtained after asparagine-linked sugar chain cleavage treatment is fractionated into a molecular weight of about 12,000 by reducing SDS-PAGE, and
A method of deciding whether undetached laundry is present on the drum of a laundry washing or washing and drying machine following a spinning operation of a laundry load, the drum rotationally driven by an electric motor , the method comprising the steps of: energising the motor to rotate the drum at a first rotational speed that is below a rotational speed capable of centrifugally holding the laundry load against the drum's inner surface, determining an indication of the magnitude of the motor current at the first rotational speed, energising the motor to rotate the drum at a second rotational speed that is at or above a rotational speed capable of centrifugally holding the laundry load against the drum's inner surface, determining an indication of the magnitude of the motor current at the second rotational speed, and deciding whether undetached Z laundry is J present on the drum by comparing the motor current magnitude indication at the first rotational speed to the motor current magnitude indication at the second rotational speed. energising the motor to rotate the drum at a first rotational speed that is below a rotational speed capable of centrifugally holding the laundry load against the drum's inner surface, determining an indication of the magnitude of the motor current at the first rotational speed, energising the motor to rotate the drum at a second rotational speed that is at or above a rotational speed capable of centrifugally holding the laundry load against the drum's inner surface, determining an indication of the magnitude of the motor current at the second rotational speed, and deciding whether undetached Z laundry is J present on the drum by comparing the motor current magnitude indication at the first rotational speed to the motor current magnitude indication at the second rotational speed.
An agricultural working machine comprising a cutting header and an open-loop and closed-loop control unit , wherein the cutting header has electric drives for operating cutting header working assemblies , wherein the agricultural working machine has at least one power conversion system for operating the electric drives , wherein the electric drives and/or the power conversion system have at least one present sensor system that is required for operation and for control of the respective electric drive of the cutting header working assemblies , wherein the open-loop and closed-loop control unit is adapted to generate load signals from measurement signals of the provided sensor system and from the load signals to derive operating states of the cutting header working assemblies wherein the open-loop and closed-loop control unit is adapted to control the cutting header working assemblies on the basis of the operating state and/or to adapt a harvesting control strategy of the agricultural working machine to the operating state , and wherein the operating states include a wear state of the respective cutting header working assemblies and/or the associated electric drives .
Adapter for a radiator with a thermostatic control with a thermostatisable radiator valve with a linearly slidable shutoff valve and a cooperating thermostat head for the thermostatic control of the radiator valve , whereby the adapter is intended for mounting between the radiator valve and the thermostat head , whereby the adapter contains a sleeve with a foot end with which the sleeve can be fastened on the radiator valve and a head end on which the thermostat head can be fastened on the sleeve , whereby in the sleeve a transmission valve is provided which is arranged axially slideable in the sleeve for the axial transmission of the thermostatic control of the thermostat head to the shutoff valve of the radiator valve , whereby the transmission valve is arranged coaxially rotatable in the sleeve between a control position, on the one hand, in which the transmission valve can move over a certain range in an axial direction for the axial transmission of the thermostatic control from the radiator head to the radiator valve and a locked position, on the other hand, in which the transmission valve is locked in an axial direction in a position corresponding with an open position of the shutoff valve , characterised in that the transmission valve is provided with at least one radially oriented peg and the sleeve is provided with at least one groove for guiding at least one peg of the transmission valve , whereby the groove is executed substantially L-shaped with a substantially axially oriented leg and a perpendicularly oriented leg thereto .
A data transmission method, performed by a communication apparatus, wherein the communication apparatus is a terminal device or a chip in the terminal device, and wherein the method comprises: receiving information about a repetition quantity R1 corresponding to Tmax, wherein Tmax is a maximum transport block size allowed to be used to transmit data; determining a cyclic parameter L based on R1, wherein the cyclic parameter L indicates that content carried in each of a plurality of time units to which a transport block used to transmit the data is mapped is repeated in L consecutive time units, and wherein a size of the transport block used to transmit the data is Ts, and Ts < Tmax; and transmitting the data based on the cyclic parameter L, wherein the determining a cyclic parameter L based on R1 satisfies: when R1 ≥ 8, L = min K ⌈ R 1 / 2 ⌉ , wherein min represents taking a minimum value, K is a preset constant, and ┌ ┐ represents rounding up; or when R1 < 8, L = 1. receiving information about a repetition quantity R1 corresponding to Tmax, wherein Tmax is a maximum transport block size allowed to be used to transmit data; determining a cyclic parameter L based on R1, wherein the cyclic parameter L indicates that content carried in each of a plurality of time units to which a transport block used to transmit the data is mapped is repeated in L consecutive time units, and wherein a size of the transport block used to transmit the data is Ts, and Ts < Tmax; and transmitting the data based on the cyclic parameter L, wherein the determining a cyclic parameter L based on R1 satisfies: when R1 ≥ 8, L = min K ⌈ R 1 / 2 ⌉ , wherein min represents taking a minimum value, K is a preset constant, and ┌ ┐ represents rounding up; or when R1 < 8, L = 1. when R1 ≥ 8, L = min K ⌈ R 1 / 2 ⌉ , wherein min represents taking a minimum value, K is a preset constant, and ┌ ┐ represents rounding up; or when R1 < 8, L = 1.
Method for determining the position and/or orientation of a spectacle lens having permanent marks on a holder , comprising: providing a captured apparent location of the permanent marks on the spectacle lens , wherein the apparent location of the permanent marks differs from a real location of the permanent marks on account of light refraction by the spectacle lens, determining the position and/or orientation of the spectacle lens on the basis of the apparent location of the permanent marks and mark-independent additional information, characterized in that the mark-dependent additional information comprises a holding characteristic of the holder , said holding characteristic resulting in a specific position and/or orientation of the spectacle lens, and at least one captured reflection, wherein determining the position and/or orientation of the spectacle lens comprises an iterative calculation of the position and/or orientation of the spectacle lens , the iterative calculation is carried out on the basis of the holding characteristic and the captured apparent location of the permanent marks and is furthermore carried out on the basis of at least one captured reflection which can be assigned to a respective light source, wherein the iterative calculation comprises in respective iteration steps a comparison between an expected location of the spectacle lens and a captured apparent location of the permanent marks and location of the at least one reflection. providing a captured apparent location of the permanent marks on the spectacle lens , wherein the apparent location of the permanent marks differs from a real location of the permanent marks on account of light refraction by the spectacle lens, determining the position and/or orientation of the spectacle lens on the basis of the apparent location of the permanent marks and mark-independent additional information, characterized in that the mark-dependent additional information comprises a holding characteristic of the holder , said holding characteristic resulting in a specific position and/or orientation of the spectacle lens, and at least one captured reflection, wherein determining the position and/or orientation of the spectacle lens comprises an iterative calculation of the position and/or orientation of the spectacle lens , the iterative calculation is carried out on the basis of the holding characteristic and the captured apparent location of the permanent marks and is furthermore carried out on the basis of at least one captured reflection which can be assigned to a respective light source, wherein the iterative calculation comprises in respective iteration steps a comparison between an expected location of the spectacle lens and a captured apparent location of the permanent marks and location of the at least one reflection.
A method for encrypting a plaintext comprising: generating a random number; obtaining, using the the random number as an index, a random number sequence from a one-dimensional random number array whose elements are random number sequences with mutually different length; transforming, using the obtained random number sequence, a first plaintext using a first encryption method; concatenating the random number and the transformed first plaintext into a second plaintext; and transforming the second plaintext using a second encryption method. generating a random number; obtaining, using the the random number as an index, a random number sequence from a one-dimensional random number array whose elements are random number sequences with mutually different length; transforming, using the obtained random number sequence, a first plaintext using a first encryption method; concatenating the random number and the transformed first plaintext into a second plaintext; and transforming the second plaintext using a second encryption method.