mhurhangee/ep-ind-claims huggingface dataset:
A reamer extending between a planar proximal reamer area and a planar distal reamer area comprising: a center connection ring configured for attachment of a retro pin, at least one first blade wing and at least one equally shaped second blade wing extending between said planar areas (201, 202) from the center connection ring radially towards a depth limit stop (210, 211), the at least one first blade wing and the at least one second blade wing having at the proximal reamer area first cutting sections and second cutting sections intermittently separated by first recesses and second recesses, characterized in that, the cutting sections are sharpest on or adjacent to the central connection ring of the reamer and gradually decrease in sharpness with the distance away from said connection ring. a center connection ring configured for attachment of a retro pin, at least one first blade wing and at least one equally shaped second blade wing extending between said planar areas (201, 202) from the center connection ring radially towards a depth limit stop (210, 211), the at least one first blade wing and the at least one second blade wing having at the proximal reamer area first cutting sections and second cutting sections intermittently separated by first recesses and second recesses, characterized in that, the cutting sections are sharpest on or adjacent to the central connection ring of the reamer and gradually decrease in sharpness with the distance away from said connection ring.
A method for servicing a dual-stage, separated gas/fluid shock strut, the method comprising the following steps in sequential order: (a) charging a secondary gas chamber with a first quantity of compressed gas until the secondary gas chamber is charged to a pre-determined secondary chamber pressure which corresponds to a servicing temperature; (b) pumping an oil into an oil chamber of the dual-stage, separated gas/fluid shock strut, wherein the dual-stage, separated gas/fluid shock strut extends until a first shock strut extension and the secondary chamber pressure match an oil servicing reference curve; and (c) charging a primary gas chamber with a second quantity of compressed gas until a second shock strut extension and a primary chamber pressure match a primary chamber servicing reference curve; wherein the primary gas chamber is fluidly separated from the oil chamber via a first separator piston and the secondary gas chamber is fluidly separated from the oil chamber via a second separator piston. (a) charging a secondary gas chamber with a first quantity of compressed gas until the secondary gas chamber is charged to a pre-determined secondary chamber pressure which corresponds to a servicing temperature; (b) pumping an oil into an oil chamber of the dual-stage, separated gas/fluid shock strut, wherein the dual-stage, separated gas/fluid shock strut extends until a first shock strut extension and the secondary chamber pressure match an oil servicing reference curve; and (c) charging a primary gas chamber with a second quantity of compressed gas until a second shock strut extension and a primary chamber pressure match a primary chamber servicing reference curve;
A battery assembly including a battery and a protection device for said battery of a vehicle, including a casing defining a housing housing at least one storage cell (Cn) of electrical energy, said device including at least one container intended to be placed along a longitudinal wall of said casing and including a liquid intended to absorb a shock to which said vehicle is subjected on a longitudinal side, characterized in that each container includes at least one outlet intended to communicate with said housing and equipped with an access control means suitable to pass from a closed state to an open state in which it permits the evacuation of said liquid in said housing via said outlet when a temperature in its vicinity is greater than a selected threshold.
Fish feed for marine and fresh water species enriched with polar lipids, the fish feed including substances originating from olives characterized in that the fish feed further contains olive kernel, including polar lipids with anti-Platelet Activating Factor action and the weight content of the olive kernel in the fish feed being in a range from 3.1 % to 7.7 % of the weight of the fish feed.
A mutant TGFβ polypeptide that antagonizes the activity of the TGFβ natural ligands mediated by the ALK5 receptor, said polypeptide having more than 90% identity with the sequence of (i) native, human TGFβ1, (ii) native, human TGFβ2, or (iii) native, human TGFβ3; and wherein said polypeptide comprises at least one substitution mutation in one of the amino acid residues selected from the group consisting of W30, W32, L101, 151, L51, Q67 and Y6 of the sequence of native, human TGFβ1, TGFβ2 or TGFβ3, whose amino acid residue numbering is provided in any of SEQ ID NOs: 2-73. (i) native, human TGFβ1, (ii) native, human TGFβ2, or (iii) native, human TGFβ3;
A secondary battery pack, comprising: a secondary battery module including battery cells and cooling fins; a first structure provided under the secondary battery module and including a cooling channel and a coupling bracket; and a second structure provided over the secondary battery module and including a printed circuit board, wherein the second structure includes: a housing; a wiring harness; and a barrier formed in the housing to mount the printed circuit board, wherein the printed circuit board and the wiring harness are disposed between the housing and the barrier. a secondary battery module including battery cells and cooling fins; a first structure provided under the secondary battery module and including a cooling channel and a coupling bracket; and a second structure provided over the secondary battery module and including a printed circuit board, wherein the second structure includes: a housing; a wiring harness; and a barrier formed in the housing to mount the printed circuit board, wherein the printed circuit board and the wiring harness are disposed between the housing and the barrier. a housing; a wiring harness; and a barrier formed in the housing to mount the printed circuit board, wherein the printed circuit board and the wiring harness are disposed between the housing and the barrier.
Method for the indirect addressing of a number of cells in a memory by a program of an automation component in an industrial automation arrangement, wherein, for the purpose of accessing the number of cells in the memory, the associated address (E0.0,..., DB2.DW0) is ascertained at the runtime of the program, characterized in that, in the course of writing the program, an association (Access Group1, Access Group2) between a structure (Access Group1[n], Access Group2[n]) and at least a portion of the addresses (E0.0,..., DB2.DW0) that can be used by the program is created and stored, in that at runtime, for the purpose of accessing the number of cells in the memory, the program - ascertains a relevant element of the structure (Access Group1[n], Access Group2[n]) in a first step, - reads the address (E0.0,..., DB2.DW0) associated with the ascertained element from the stored association (Access Group1, Access Group2) in a second step, and - uses the address (E0.0,..., DB2.DW0) to access the number of cells in the memory in a third step. - ascertains a relevant element of the structure (Access Group1[n], Access Group2[n]) in a first step, - reads the address (E0.0,..., DB2.DW0) associated with the ascertained element from the stored association (Access Group1, Access Group2) in a second step, and - uses the address (E0.0,..., DB2.DW0) to access the number of cells in the memory in a third step.
Energy storage device (1, 22) for electrical energy, comprising a shaft (20, 20 I, 20 II), and comprising a slidable accumulator which is adapted to the shaft (20, 20 I, 20 II), said accumulator being composed of an electrically interconnected array of accumulator cells (88, 88 I, 88 II) in the interior of a housing (30, 34), and comprising a push-fit system comprising a plurality of connectors (131, 132, 133, 134, 135, 136, 141), characterized in that the housing (30, 34) is shell-like and as an overall housing is assembled from two or more partial housings, wherein at least a first connector on one side of the housing (30, 34) is a connector which comprises contacts (161, 162, 163, 164, 165, 166) for electrical energy and for control signals, said connector having at least five or six contact pitch spacings (151, 152, 153, 154, 155), wherein contact areas (161, 162, 163, 164, 165, 166) of the first connector span a common plane.
A method for transmitting a control message transferring connector identifier update information (10, 100) to a handover target subscriber terminal by a base station in a wireless access communication system, comprising: transmitting a registration response message to the subscriber terminal; said method being characterized in that the registration response message comprises a type field (14, 106), a length field (16, 108), and an integrated connector identifier field, wherein the integrated connector identifier field comprises an integrated connector identifier inserted thereinto, the integrated connector identifier being configured by comprising a new connector identifier assigned to the subscriber terminal and an old connector identifier assigned to the subscriber terminal, and wherein the type and length fields (14, 106, 16, 108) comprise type information and length information of the integrated connector identifier respectively inserted thereinto. transmitting a registration response message to the subscriber terminal; said method being characterized in that the registration response message comprises a type field (14, 106), a length field (16, 108), and an integrated connector identifier field, wherein the integrated connector identifier field comprises an integrated connector identifier inserted thereinto, the integrated connector identifier being configured by comprising a new connector identifier assigned to the subscriber terminal and an old connector identifier assigned to the subscriber terminal, and wherein the type and length fields (14, 106, 16, 108) comprise type information and length information of the integrated connector identifier respectively inserted thereinto.
A method for manufacturing a household appliance component, which is a housing element of a household appliance, in which a basic element with a metallic surface is provided and the surface is structured by a laser beam, wherein the laser beam on the surface generates a macrostructure with a plurality of structure elements arranged spaced apart from each other with dimensions in the micrometer range and in connection areas between the structure elements a fine structure with dimensions in the nanometer range is generated by the laser beam, wherein by the dual structuring by the structure elements and the fine structure a hydrophobic surface is generated by the laser beam with a wavelength in the ultraviolet spectral range, wherein the household appliance component is a fascia panel.
A method for moving a fluid and simultaneously enriching a liquid cell culture medium with gas, characterised in that it comprises: - injecting a controlled volume of a gas or mixture of gases inside at least one pressurisation chamber (611, 612) by means of at least one gas flow controller, said injection taking place through at least one gas inlet into a volume of liquid, said injection producing bubbling and agitation of said volume of liquid cell culture medium; - accumulating said gas or mixture of gases by buoyancy in a hermetic space formed by said volume of liquid cell culture medium and said at least one pressurisation chamber (611, 612), and - increasing a pressure in said at least one pressurisation chamber (611, 612) until reaching a sufficient controlled pressure less than or equal to 10 bar, said increase producing a movement of said volume of liquid cell culture medium through at least one fluid outlet connecting said volume of liquid cell culture medium and the exterior of said at least one pressurisation chamber (611, 612). - injecting a controlled volume of a gas or mixture of gases inside at least one pressurisation chamber (611, 612) by means of at least one gas flow controller, said injection taking place through at least one gas inlet into a volume of liquid, said injection producing bubbling and agitation of said volume of liquid cell culture medium; - accumulating said gas or mixture of gases by buoyancy in a hermetic space formed by said volume of liquid cell culture medium and said at least one pressurisation chamber (611, 612), and - increasing a pressure in said at least one pressurisation chamber (611, 612) until reaching a sufficient controlled pressure less than or equal to 10 bar, said increase producing a movement of said volume of liquid cell culture medium through at least one fluid outlet connecting said volume of liquid cell culture medium and the exterior of said at least one pressurisation chamber (611, 612).
A method of fitting a hearing aid system comprising the steps of: - storing first data in a hearing aid memory; - storing second data in an external memory relative to the hearing aid, wherein the second data is a copy of the first data; - using a hearing aid processor to generate a first hash key representing the first data, - using a fitting device processor to generate a second hash key representing the second data - providing the first hash key to the fitting device; - comparing the first hash key with the second hash key in order to determine whether the values of the first and the second hash key match; - triggering a specific action in response to the result of the comparison of the hash keys, wherein the step of triggering a specific action comprises: - using the second data as a basis for deriving third data to be stored in the hearing aid memory, if the values of the first and the second hash key match, and - providing the first data from the hearing aid and to the fitting device and using the first data as a basis for deriving third data to be stored in the hearing aid memory, if the values of the first and the second hash key don't match. - storing first data in a hearing aid memory; - storing second data in an external memory relative to the hearing aid, wherein the second data is a copy of the first data; - using a hearing aid processor to generate a first hash key representing the first data, - using a fitting device processor to generate a second hash key representing the second data - providing the first hash key to the fitting device; - comparing the first hash key with the second hash key in order to determine whether the values of the first and the second hash key match; - triggering a specific action in response to the result of the comparison of the hash keys, wherein the step of triggering a specific action comprises: - using the second data as a basis for deriving third data to be stored in the hearing aid memory, if the values of the first and the second hash key match, and - providing the first data from the hearing aid and to the fitting device and using the first data as a basis for deriving third data to be stored in the hearing aid memory, if the values of the first and the second hash key don't match. - using the second data as a basis for deriving third data to be stored in the hearing aid memory, if the values of the first and the second hash key match, and - providing the first data from the hearing aid and to the fitting device and using the first data as a basis for deriving third data to be stored in the hearing aid memory, if the values of the first and the second hash key don't match.
A system for exchanging fluids in patients, comprising: an infusion pumping system; an aspiration pump; an accessories set for the pumps; and an implantable catheter, the implantable catheter comprising: an infusion tube; an aspiration tube; and a perforated dialysis cavity communicating with the infusion tube and the aspiration tube in a communicating vessels manner, wherein said perforated cavity comprises: elastic holes configured to dilate under pressure in order to release entrapped material fragments and to remove them by using fluid pressure either outwards or inwards; and a casing enwrapping said holes and carrying an internal or external protection in order for the whole of the cavity not to increase or decrease in volume following changes in pressure, such that the only enlargement is that of the holes. an infusion pumping system; an aspiration pump; an accessories set for the pumps; and an implantable catheter, the implantable catheter comprising: an infusion tube; an aspiration tube; and a perforated dialysis cavity communicating with the infusion tube and the aspiration tube in a communicating vessels manner, wherein said perforated cavity comprises: elastic holes configured to dilate under pressure in order to release entrapped material fragments and to remove them by using fluid pressure either outwards or inwards; and a casing enwrapping said holes and carrying an internal or external protection in order for the whole of the cavity not to increase or decrease in volume following changes in pressure, such that the only enlargement is that of the holes.
A method of predicting the fluid level at a predetermined location in a fluid flow network having a plurality of regulators (16, 18) to control the flow of fluid along said fluid flow network, said method including the steps of collecting data based on timed measurements of fluid levels upstream of said regulators (16, 18) and fluid levels downstream of said regulators (16, 18), timed measurements of data based on the opening positions (30, 32) of said regulators (16, 18) are also collected, and using data analysis to provide a model based on said data, whereby said model will provide said prediction of fluid level at said predetermined location based on timed measurements of fluid levels upstream of said regulators (16,18) and the opening positions (30, 32) of said regulators (16, 18), wherein said data analysis uses system identification techniques and wherein said fluid flow network is a canal or river system and said regulators (16,18) are overshot gates or undershot gates within said canal or river system, wherein each regulator (16, 18) is associated with a respective module (34, 36) of said model and each module (34, 36) is associated with the upstream fluid level position of its respective regulator (16,18), downstream fluid level position of its respective regulator (16, 18) and opening position (30, 32) of its respective regulator (16, 18), each module being linked with a respective downstream module.
A processor-implemented utterance time estimation method, the method comprising: determining a plurality of attention weight matrices using an attention-based sequence-to-sequence speech recognition model; selecting an attention weight matrix from the plurality of attention weight matrices, comprising: performing a monotonic regression analysis on the plurality of attention weight matrices; and, selecting the attention weight matrix with the most monotonic properties based on a result of the monotonic regression analysis; wherein the selected attention weight matrix includes, as elements, attention weights of input frames of an input sequence that correspond to output tokens of an output sequence; estimating a point in the input sequence at which a word corresponding to each output token is uttered based on the selected attention weight matrix. determining a plurality of attention weight matrices using an attention-based sequence-to-sequence speech recognition model; selecting an attention weight matrix from the plurality of attention weight matrices, comprising: performing a monotonic regression analysis on the plurality of attention weight matrices; and, selecting the attention weight matrix with the most monotonic properties based on a result of the monotonic regression analysis; performing a monotonic regression analysis on the plurality of attention weight matrices; and, selecting the attention weight matrix with the most monotonic properties based on a result of the monotonic regression analysis; wherein the selected attention weight matrix includes, as elements, attention weights of input frames of an input sequence that correspond to output tokens of an output sequence; estimating a point in the input sequence at which a word corresponding to each output token is uttered based on the selected attention weight matrix.
Method for the production of bitumen blocks, comprising the steps: - forming of bitumen drops from molten bitumen in a drop former, - depositing of the bitumen drops on a rotating belt of a belt cooler, - solidifying of the bitumen drops on the belt of the belt cooler into tablets, and - removing of the tablets from the belt, characterized by - filling of the tablets into bags, wherein bitumen with penetration values according to DIN EN 1426 of more than 10 decimillimeters is used, and wherein the tablets, inside the bags filled with tablets, combine at least partially into a compact bitumen mass. - forming of bitumen drops from molten bitumen in a drop former, - depositing of the bitumen drops on a rotating belt of a belt cooler, - solidifying of the bitumen drops on the belt of the belt cooler into tablets, and - removing of the tablets from the belt, characterized by - filling of the tablets into bags, wherein bitumen with penetration values according to DIN EN 1426 of more than 10 decimillimeters is used, and wherein the tablets, inside the bags filled with tablets, combine at least partially into a compact bitumen mass.
Method for determining a risk of damage due to shrinkage-swelling of clay in a target geographical area within a sedimentary basin by means of measurements of gamma rays emitted by natural radioelements, characterized in that the following steps are carried out: - a geographical calibration zone is selected for which damages due to a shrinkage-swelling phenomenon are known, and an experimental correlation is acquired between, on the one hand, a risk of damage due to a shrinkage-swelling phenomenon of swelling clays and, on the other hand, a first set of gamma radiation measurements emitted by the natural radioelements potassium and thorium (Th) at the surface of the said geographical calibration zone; - at least a second set of measurements of gamma radiation emitted by the natural radioelements potassium and thorium (Th) is carried out at the surface of the said target geographical area; - a risk of damage due to shrinkage-swelling of swelling clays in said target geographical area is determined by means of said experimental correlation and the second set of measurements. - a geographical calibration zone is selected for which damages due to a shrinkage-swelling phenomenon are known, and an experimental correlation is acquired between, on the one hand, a risk of damage due to a shrinkage-swelling phenomenon of swelling clays and, on the other hand, a first set of gamma radiation measurements emitted by the natural radioelements potassium and thorium (Th) at the surface of the said geographical calibration zone; - at least a second set of measurements of gamma radiation emitted by the natural radioelements potassium and thorium (Th) is carried out at the surface of the said target geographical area; - a risk of damage due to shrinkage-swelling of swelling clays in said target geographical area is determined by means of said experimental correlation and the second set of measurements.