mhurhangee/ep-ind-claims huggingface dataset:
A method for receiving a downlink signal by a user equipment configured with multiple frequency blocks in a wireless communication system, the method comprising: receiving a physical downlink control channel, PDCCH, signal including downlink scheduling information via a first frequency block among the multiple frequency blocks, wherein the downlink scheduling information includes a frequency block indicator and resource allocation information for one or more transport blocks, TBs; and receiving the downlink signal including the one or more TBs in accordance with the PDCCH signal via a second frequency block, wherein the second frequency block is indicated by the frequency block indicator among the multiple frequency blocks, wherein the multiple frequency blocks have different center carriers, and the first frequency block is different from the second frequency block and changed according to a certain pattern with the lapse of time within the multiple frequency blocks. receiving a physical downlink control channel, PDCCH, signal including downlink scheduling information via a first frequency block among the multiple frequency blocks, wherein the downlink scheduling information includes a frequency block indicator and resource allocation information for one or more transport blocks, TBs; and receiving the downlink signal including the one or more TBs in accordance with the PDCCH signal via a second frequency block, wherein the second frequency block is indicated by the frequency block indicator among the multiple frequency blocks, wherein the multiple frequency blocks have different center carriers, and the first frequency block is different from the second frequency block and changed according to a certain pattern with the lapse of time within the multiple frequency blocks.
A composition for use in promoting bone growth comprising a citrate-presenting composition, where the citrate-presenting composition is a citrate-based polymer or oligomer with a citrate moiety, said polymer or oligomer releasing a citrate upon degradation at a dosage of between 20 μM and 2000 μM, based on the volume of the citrate-presenting composition.
Feedback actuator for a steering mechanism for motor vehicles provided with a steering adjuster which acts on the steered wheels and is controlled electronically in accordance with the driver's steering command, wherein the feedback actuator transmits the feedback from the road to a steering wheel via a steering shaft wherein the feedback actuator comprises a preloaded belt drive and an electric motor as a torque-generating means, characterized in that the belt drive comprises a spring-loaded cable pull.
A method for performing a digital assay, comprising: (a) partitioning (i) three or more nucleic acid targets and (ii) a set of nucleic acid probes comprising three or more nucleic acid probes into a plurality of partitions, wherein the set of nucleic acid probes each comprise one or more fluorophores, and (b) amplifying the three or more nucleic acid targets in the partitions; (c) generating N signals each of which corresponds to the presence of a unique combination of nucleic acid targets of the three or more nucleic acid targets in a partition of the plurality of partitions, wherein: the set of nucleic acid probes are provided in (a) at concentrations such that the N signals generated correspond to the presence of a unique combination of nucleic acid targets of the three or more nucleic acid targets in the partition; or wherein each nucleic acid probe of the set of nucleic acid probes provided in (a) comprises a different number of fluorophores, such that the N signals generated correspond to the presence of a unique combination of nucleic acid targets of the three or more nucleic acid targets in the partition; and (d) detecting the N signals in a single optical channel. (a) partitioning (i) three or more nucleic acid targets and (ii) a set of nucleic acid probes comprising three or more nucleic acid probes into a plurality of partitions, wherein the set of nucleic acid probes each comprise one or more fluorophores, and (b) amplifying the three or more nucleic acid targets in the partitions; (c) generating N signals each of which corresponds to the presence of a unique combination of nucleic acid targets of the three or more nucleic acid targets in a partition of the plurality of partitions, wherein: the set of nucleic acid probes are provided in (a) at concentrations such that the N signals generated correspond to the presence of a unique combination of nucleic acid targets of the three or more nucleic acid targets in the partition; or wherein each nucleic acid probe of the set of nucleic acid probes provided in (a) comprises a different number of fluorophores, such that the N signals generated correspond to the presence of a unique combination of nucleic acid targets of the three or more nucleic acid targets in the partition; and the set of nucleic acid probes are provided in (a) at concentrations such that the N signals generated correspond to the presence of a unique combination of nucleic acid targets of the three or more nucleic acid targets in the partition; or wherein each nucleic acid probe of the set of nucleic acid probes provided in (a) comprises a different number of fluorophores, such that the N signals generated correspond to the presence of a unique combination of nucleic acid targets of the three or more nucleic acid targets in the partition; and (d) detecting the N signals in a single optical channel.
A method of manufacturing a wind turbine blade, the blade having a profiled contour including a pressure side and a suction side, and a leading edge and a trailing edge with a chord having a chord length extending therebetween, the wind turbine blade extending in a spanwise direction between a root end and a tip end, the method comprising the steps of: forming a first shell half and a second shell half, each shell half comprising an aerodynamic outside surface (36a, 38a) and an opposing inside surface (36b, 38b), arranging one or more shear webs (50, 55, 70) within the first shell half, wherein each shear web comprises two opposing lateral surfaces (62, 64) extending in a spanwise direction, adhesively joining the one or more shear webs to the first shell half, and adhesively joining the second shell half to the first shell half and to the one or more shear webs, wherein the step of arranging the one or more shear webs (50, 55, 70) within the first shell half comprises arranging at least one support member between the inside surface of the first shell half and the lateral surface of at least one of the shear webs (50, 55, 70), wherein the support member comprises an actuator for adjusting the length of the support member. forming a first shell half and a second shell half, each shell half comprising an aerodynamic outside surface (36a, 38a) and an opposing inside surface (36b, 38b), arranging one or more shear webs (50, 55, 70) within the first shell half, wherein each shear web comprises two opposing lateral surfaces (62, 64) extending in a spanwise direction, adhesively joining the one or more shear webs to the first shell half, and adhesively joining the second shell half to the first shell half and to the one or more shear webs, wherein the step of arranging the one or more shear webs (50, 55, 70) within the first shell half comprises arranging at least one support member between the inside surface of the first shell half and the lateral surface of at least one of the shear webs (50, 55, 70), wherein the support member comprises an actuator for adjusting the length of the support member.
Apparatus for drainage by well points (1, 27, 31; 29, 33), comprising a piston pump and a drive motor (3; 30) coupled to the piston pump by means of a transmission and provided with a drive shaft, which transmission is received in a housing and comprises at least one crankshaft and a drive rod coupled thereto, which drive rod is coupled by means of a cross-head to a piston rod of the piston pump, wherein the housing forms an oil sump, characterized in that the transmission further comprises an assembly of a worm and a worm wheel co-acting therewith and mounted on the crankshaft, which worm is provided on a worm shaft extending transversely relative to the crankshaft and vertically in operating mode of the apparatus for drainage by well points (1, 27, 31; 29, 33).
Carrier matrix for battery cell connectors, comprising - a carrier formed from a non-conductive material, - at least one first receiver formed in a column to receive a battery cell connector, wherein the first receiver is formed such that the battery cell connector which connects two batteries arranged above each other in the columns can be plugged into the receiver along a first direction, - at least two columns arranged next to one another in a second direction, and - a second receiver formed to receive a battery cell connector connecting batteries arranged next to one another in two columns, wherein the second receiver is formed such that the battery cell connector can be plugged into the second receiver along the second direction, and the second direction is substantially perpendicular to the first direction. - a carrier formed from a non-conductive material, - at least one first receiver formed in a column to receive a battery cell connector, wherein the first receiver is formed such that the battery cell connector which connects two batteries arranged above each other in the columns can be plugged into the receiver along a first direction, - at least two columns arranged next to one another in a second direction, and - a second receiver formed to receive a battery cell connector connecting batteries arranged next to one another in two columns, wherein the second receiver is formed such that the battery cell connector can be plugged into the second receiver along the second direction, and the second direction is substantially perpendicular to the first direction.
An ultrasonic conduction grinding module, comprising: a vibration source, including a plurality of piezoelectric plates, and a conductive sheet group with at least one first conductive sheet and at least one second conductive sheet, the conductive sheet group being configured to form a parallel connection state of the piezoelectric plates, and the rear of one of the plurality of piezoelectric plates being adjacent to an elastic body, and a coupling member passing through the elastic body and the piezoelectric plates; a steering member, through which the coupling member passes, and outer side of which is provided with a conical body; and an amplitude rod, the inner side of the amplitude rod is radially provided with an adapter ring, the outer side of the amplitude rod extends axially to receive a shaft rod of at least one grinding wheel, and the inner side of the shaft rod is axially provided with a conical groove with a taper complementary to the conical body; and the shaft rod is further axially provided with a locking hole communicated with the conical groove and is locked by the coupling member; upon application of a regular frequency and a positive voltage, the piezoelectric plate is alternately elongated and restored and generates axial high-frequency vibrations, the axial high-frequency vibrations are transmitted to the conical body on the steering member in a complementary state, also transmitted to the conical groove on the amplitude rod, so as to form a radial high-frequency vibration. a vibration source, including a plurality of piezoelectric plates, and a conductive sheet group with at least one first conductive sheet and at least one second conductive sheet, the conductive sheet group being configured to form a parallel connection state of the piezoelectric plates, and the rear of one of the plurality of piezoelectric plates being adjacent to an elastic body, and a coupling member passing through the elastic body and the piezoelectric plates; a steering member, through which the coupling member passes, and outer side of which is provided with a conical body; and an amplitude rod, the inner side of the amplitude rod is radially provided with an adapter ring, the outer side of the amplitude rod extends axially to receive a shaft rod of at least one grinding wheel, and the inner side of the shaft rod is axially provided with a conical groove with a taper complementary to the conical body; and the shaft rod is further axially provided with a locking hole communicated with the conical groove and is locked by the coupling member; upon application of a regular frequency and a positive voltage, the piezoelectric plate is alternately elongated and restored and generates axial high-frequency vibrations, the axial high-frequency vibrations are transmitted to the conical body on the steering member in a complementary state, also transmitted to the conical groove on the amplitude rod, so as to form a radial high-frequency vibration.
Apparatus for reshaping plastic preforms into plastic containers has a blow moulding device which has at least two side parts (14a, 14b) and a base mould which form a hollow space inside which the plastic preforms are reshaped into the plastic containers, wherein the apparatus has a changing device which is suitable and intended either to remove the complete blow moulding device or only parts (14a, 14b, 14c) of the blow moulding device from the blow mould supports thereof and/or to arrange them on the blow mould supports, wherein the base mould is arranged on a base mounting, and in a changing mode, through a lifting movement and in particular a lifting and/or lowering of the base mounting, the base mould can be connected to the base mounting or can be disconnected from the base mounting, and between the base mounting and the base mould at least one first disconnectable media connection is provided, by means of which a flowable medium can be supplied to the base mould and/or by means of which the flowable medium can be discharged from the base mould, characterised in that the media connection between the base mounting and the base mould can also be made and/or can be broken by the lifting and/or lowering of the base mounting.
A crop forming shield system, comprising: a first forming shield (702, 1202) that is pivotal about a first forming shield axis; a second forming shield (704, 1204) that is pivotal about a second forming shield axis; a first motor configured to selectively reposition the first forming shield (702, 1202); a second motor configured to selectively reposition the second forming shield (704, 1204); and a user control in communication with the first and second motor (1216, 1220); wherein, the user control selectively engages the first and second motor (1216, 1220) to reposition the corresponding forming shield (702, 704, 1202, 1204), characterized in that, the crop forming shield system further comprising: a first rack gear coupled to the first forming shield (702, 1202); a second rack gear coupled to the second forming shield (704, 1204); a first pinion gear coupled to the first motor; and a second pinion gear coupled to the second motor; wherein, the first pinion gear selectively meshes with first rack gear and the second pinion gear selectively meshes with the second rack gear to reposition the corresponding first and second forming shield (702, 704, 1202, 1204). a first forming shield (702, 1202) that is pivotal about a first forming shield axis; a second forming shield (704, 1204) that is pivotal about a second forming shield axis; a first motor configured to selectively reposition the first forming shield (702, 1202); a second motor configured to selectively reposition the second forming shield (704, 1204); and a user control in communication with the first and second motor (1216, 1220); wherein, the user control selectively engages the first and second motor (1216, 1220) to reposition the corresponding forming shield (702, 704, 1202, 1204), characterized in that, the crop forming shield system further comprising: a first rack gear coupled to the first forming shield (702, 1202); a second rack gear coupled to the second forming shield (704, 1204); a first pinion gear coupled to the first motor; and a second pinion gear coupled to the second motor; wherein, the first pinion gear selectively meshes with first rack gear and the second pinion gear selectively meshes with the second rack gear to reposition the corresponding first and second forming shield (702, 704, 1202, 1204). a first rack gear coupled to the first forming shield (702, 1202); a second rack gear coupled to the second forming shield (704, 1204); a first pinion gear coupled to the first motor; and a second pinion gear coupled to the second motor; wherein, the first pinion gear selectively meshes with first rack gear and the second pinion gear selectively meshes with the second rack gear to reposition the corresponding first and second forming shield (702, 704, 1202, 1204).
Device for demonstrating and testing the effectiveness of an antireflection treatment of an ophthalmic lens, including a part having a first face for holding an image and a second face for holding a half-silvered mirror, characterized in that said image is backlit by a light source and said second face makes an angle of at least 90° to said first face and is placed facing a third face for positioning at least one ophthalmic lens with its concave face turned outward, said third face being provided with a means for positioning said lens comprising at least one orifice arranged in said third face, the device also including a text on a transparent medium behind said mirror and a face of uniform colour behind said text, so that, when a user looks through said orifice and said lens, he sees, by means of said mirror, the reflex resulting from reflection of said image from said lens in superposition on said text and on said face of uniform colour.
A data processing system for dynamically computing weighted relations between data representing information in at least one data inventory, in which data processing system means are provided which are configured and/or adapted such that an relation as link between at least one data item representing at least one information of at least one data inventory and at least one other data item representing at least one information of at least one data inventory will also be gathered as a data item representing an information, wherein the relations will be automatically determined and kept updated by the data processing system, and wherein the relations will by dynamically determined as n-to-n links, wherein n is a natural integer, wherein the link will be generated by means of a syntactic comparison of the data representing the information of an relation request and the data representing the information of the at least one data inventory, wherein the syntactic comparison is carried out on the base of describable rules by calling keys in the sense of attributes which describe which information modules and data types shall be used for retrieving relations, wherein the data processing system comprises an analyser component which is configured for composing a filter from the rules, which filter is appropriate to search the data representing the information of the at least one data inventory for matching character strings of those keys which correspond to the data representing information of the relation request. at least one data item representing at least one information of at least one data inventory and at least one other data item representing at least one information of at least one data inventory the relations will be automatically determined and kept updated by the data processing system, the relations will by dynamically determined as n-to-n links, wherein n is a natural integer, of the data representing the information of an relation request and the data representing the information of the at least one data inventory, wherein the syntactic comparison is carried out on the base of describable rules by calling keys in the sense of attributes which describe which information modules and data types shall be used for retrieving relations, wherein the data processing system comprises an analyser component which is configured for composing a filter from the rules, which filter is appropriate to search the data representing the information of the at least one data inventory for matching character strings of those keys which correspond to the data representing information of the relation request. the syntactic comparison is carried out on the base of describable rules by calling keys in the sense of attributes which describe which information modules and data types shall be used for retrieving relations, the data processing system comprises an analyser component which is configured for composing a filter from the rules, which filter is appropriate to search the data representing the information of the at least one data inventory for matching character strings of those keys which correspond to the data representing information of the relation request.
Method for producing a layer of self-adhesive composition at least partially foamed with microballoons and having a surface roughness R a, as determined in the Test Methods section, of less than 3 μm, wherein a foamable layer of self-adhesive composition comprising expandable microballoons and disposed between (i) two liners, (ii) a liner and a carrier, or (iii)a liner and a further layer of self-adhesive composition which (a) is not foamable or (b) is foamable and typically comprises expandable microballoons, is heat-treated by suitable energy input at a temperature suitable for foaming for a period such that after the subsequent cooling of the layer the desired degree of foaming is attained, characterized in that the foamable layer of self-adhesive composition is based on (i) an acrylate composition or (ii) a blend of acrylate and synthetic rubber such as, for example, vinylaromatic block copolymer, where, based on the entirety of 100 wt% of acrylate component and synthetic rubber component, the acrylate component is present in a fraction of 60 wt% to 90 wt% and the synthetic rubber component in a fraction of 10 wt% to 40 wt%, the two liners or the liner during the foaming remain or remains adhering completely on the respective surface of the foamable layer of self-adhesive composition on which they or it are or is disposed, where the two liners independently of one another or the liner during foaming are or is weight-stable, and more particularly lose or loses less than 2%, for example less than 1%, in weight, in the form of water, for example, where the shrinkage of the two liners independently of one another or of the liner during foaming both in transverse direction and in longitudinal direction is less than 2%, preferably less than 1%, and more preferably less than 0.5%, and more particularly no shrinkage of the liners or liner during foaming can be ascertained either in transverse direction or in longitudinal direction, and where the two liners independently of one another or the liner are or is (a) polyester liner(s) which is or are coated antiadhesively at least on one side, where the two liners or the liner have or has a thickness of 50 to 75 μm. (i) two liners, (ii) a liner and a carrier, or (iii)a liner and a further layer of self-adhesive composition which (a) is not foamable or (b) is foamable and typically comprises expandable microballoons, (i) an acrylate composition or (ii) a blend of acrylate and synthetic rubber such as, for example, vinylaromatic block copolymer, where, based on the entirety of 100 wt% of acrylate component and synthetic rubber component, the acrylate component is present in a fraction of 60 wt% to 90 wt% and the synthetic rubber component in a fraction of 10 wt% to 40 wt%,