mhurhangee/ep-ind-claims huggingface dataset:
A method for manufacturing a divided laminated iron core by punching iron core laminae from a sheet steel strip such that each iron core lamina includes a plurality of divided iron core pieces (7a, 7b) connected with each other in a circumferential direction, and stacking a plurality of the iron core laminae, wherein the iron core laminae include first iron core laminae and second iron core laminae, the method comprising: a first connecting-portion punching step of punching each of connecting portions between divided iron core pieces constituting each first iron core lamina, in the sheet steel strip; a second connecting-portion punching step of punching each of connecting portions between divided iron core pieces constituting each second iron core lamina, in the sheet steel strip; and a stacking step of stacking at least one of the first iron core laminae and at least one of the second iron core laminae and joining together the stacked iron core laminae, characterized in that the connecting portions between the divided iron core pieces of each first iron core lamina are configured to be separated more easily than the connecting portions between the divided iron core pieces of each second iron core lamina. a first connecting-portion punching step of punching each of connecting portions between divided iron core pieces constituting each first iron core lamina, in the sheet steel strip; a second connecting-portion punching step of punching each of connecting portions between divided iron core pieces constituting each second iron core lamina, in the sheet steel strip; and a stacking step of stacking at least one of the first iron core laminae and at least one of the second iron core laminae and joining together the stacked iron core laminae, characterized in that the connecting portions between the divided iron core pieces of each first iron core lamina are configured to be separated more easily than the connecting portions between the divided iron core pieces of each second iron core lamina.
A method of manufacture of an aluminium-zirconium (Al/Zr) antiperspirant active comprising the heating in aqueous solution of an aluminium-zirconium penta-chlorohydrex-glycine complex and a calcium salt having a solubility in water of 10 g/L or greater measured at 20°C and 1 atmosphere pressure, the molar ratio of aluminium to calcium being from 1.3 to 60.
Fan cowl for an electric motor, characterised in that slots for reducing the noise emission are arranged at the periphery of the fan cowl, wherein a single slot in each case is arranged at the periphery of the fan cowl in the peripheral direction between two respective fastening screws which connect the fan cowl to a motor housing, the fastening screws being provided at recesses in the fan cowl.
. A 3-dimensional printed part, comprising: a part body comprising a first matrix of fusing agent and thermoplastic polymer powder; a security feature comprising a second matrix of fusing agent, thermoplastic polymer powder, and photoluminescent agent; and a masking feature comprising a third matrix of fusing agent and thermoplastic polymer powder, wherein the security feature is positioned beneath and visible through the masking feature upon photoluminescent emission of the security feature; characterized in that the third matrix has a lower concentration of fusing agent than the first matrix; and wherein the security feature is encapsulated between the part body and the masking feature, and wherein the masking feature forms a portion of an exterior surface of the 3-dimensional printed part through which a photoluminescent emission of the security feature is visible. a part body comprising a first matrix of fusing agent and thermoplastic polymer powder; a security feature comprising a second matrix of fusing agent, thermoplastic polymer powder, and photoluminescent agent; and a masking feature comprising a third matrix of fusing agent and thermoplastic polymer powder, wherein the security feature is positioned beneath and visible through the masking feature upon photoluminescent emission of the security feature; characterized in that the third matrix has a lower concentration of fusing agent than the first matrix; and wherein the security feature is encapsulated between the part body and the masking feature, and wherein the masking feature forms a portion of an exterior surface of the 3-dimensional printed part through which a photoluminescent emission of the security feature is visible.
An undulator system, comprising: a rectangular box-shape frame including an inside surface and an outside surface; a plurality of miniature linear bearings, wherein each of the miniature linear bearings is positioned within the inside surface of the rectangular box-shape frame; a single pair of opposing magnet arrays, wherein each magnet array is fastened to one or more of the miniature linear bearings in order to be movable along a beam axis, wherein each magnet array further comprises: a base plate, wherein the base plate is fastened to the one or more of the miniature linear bearings; a plurality of holders, wherein each holder of the plurality is secured to the base plate; and a plurality of permanent magnet blocks, wherein each permanent magnet block is soldered to each holder such that a gap is formed between the opposing magnet arrays, the undulator system further comprises a driving mechanism positioned near the exterior surface of the rectangular box-shape frame, the driving mechanism being configured to move one magnet array of the opposing magnet arrays along the beam axis, the other remaining fixed, in order to control the magnetic field strength of the undulator. a rectangular box-shape frame including an inside surface and an outside surface; a plurality of miniature linear bearings, wherein each of the miniature linear bearings is positioned within the inside surface of the rectangular box-shape frame; a single pair of opposing magnet arrays, wherein each magnet array is fastened to one or more of the miniature linear bearings in order to be movable along a beam axis, wherein each magnet array further comprises: a base plate, wherein the base plate is fastened to the one or more of the miniature linear bearings; a plurality of holders, wherein each holder of the plurality is secured to the base plate; and a plurality of permanent magnet blocks, wherein each permanent magnet block is soldered to each holder such that a gap is formed between the opposing magnet arrays, the undulator system further comprises a driving mechanism positioned near the exterior surface of the rectangular box-shape frame, the driving mechanism being configured to move one magnet array of the opposing magnet arrays along the beam axis, the other remaining fixed, in order to control the magnetic field strength of the undulator. a base plate, wherein the base plate is fastened to the one or more of the miniature linear bearings; a plurality of holders, wherein each holder of the plurality is secured to the base plate; and a plurality of permanent magnet blocks, wherein each permanent magnet block is soldered to each holder such that a gap is formed between the opposing magnet arrays, the undulator system further comprises a driving mechanism positioned near the exterior surface of the rectangular box-shape frame, the driving mechanism being configured to move one magnet array of the opposing magnet arrays along the beam axis, the other remaining fixed, in order to control the magnetic field strength of the undulator.
A method for transmitting data from a local transmitter (12, 500) to a remote receiver (14, 600), the method comprising: transmitting radio link control protocol data units (16, 17, 18) from the local transmitter (12, 500) to the remote receiver (14, 600); transmitting a polling command without requiring transmission of user-plane data in response to detecting a polling event, wherein transmitting the polling command comprises transmitting a radio link control protocol data unit with zero-length data and a header portion of a previously transmitted protocol data unit; and receiving a status protocol data unit from the remote receiver (14, 600). transmitting radio link control protocol data units (16, 17, 18) from the local transmitter (12, 500) to the remote receiver (14, 600); transmitting a polling command without requiring transmission of user-plane data in response to detecting a polling event, wherein transmitting the polling command comprises transmitting a radio link control protocol data unit with zero-length data and a header portion of a previously transmitted protocol data unit; and receiving a status protocol data unit from the remote receiver (14, 600).
A water filter component comprises: a double layer pleated filter media that is cylindrical having a first end and a second end, the double layer pleated filter media comprising: a first media layer comprising a pathogen killing ply and a pathogen catching ply; and a second media layer comprising pathogen killing ply and a pathogen catching ply, wherein the second media layer overlays the first media layer such that the first media layer and the second media layer are pleated together without bonding to form the double layer pleated filter media; a first cap sealingly engaged to the first end of the double layer pleated filter media; and a second cap sealingly engaged to the second end of the double layer pleated filter media, the first cap and second cap configured to prevent leakage. a double layer pleated filter media that is cylindrical having a first end and a second end, the double layer pleated filter media comprising: a first media layer comprising a pathogen killing ply and a pathogen catching ply; and a second media layer comprising pathogen killing ply and a pathogen catching ply, wherein the second media layer overlays the first media layer such that the first media layer and the second media layer are pleated together without bonding to form the double layer pleated filter media; a first media layer comprising a pathogen killing ply and a pathogen catching ply; and a second media layer comprising pathogen killing ply and a pathogen catching ply, wherein the second media layer overlays the first media layer such that the first media layer and the second media layer are pleated together without bonding to form the double layer pleated filter media; a first cap sealingly engaged to the first end of the double layer pleated filter media; and a second cap sealingly engaged to the second end of the double layer pleated filter media, the first cap and second cap configured to prevent leakage.
Grease composition containing a base oil and a calcium complex soap as a thickening agent, wherein a substituted or unsubstituted straight chain higher mono-fatty acid having 18 to 22 carbon atoms, an aromatic mono-acid having a substituted or unsubstituted benzene ring and a straight chain saturated lower mono-fatty acid having 2 to 4 carbon atoms are used as acids in the calcium complex soap, wherein the grease composition comprises 2 to 15 parts by mass of the straight chain higher mono-fatty acid, 0.5 to 2 parts by mass of the aromatic mono-acid and 1 to 5 parts by mass of the straight chain saturated lower mono-fatty acid based upon 100 parts by mass of the total blending quantity of the grease composition and further wherein the quantity of higher fatty acid relative to 100 parts by mass of the total acid content is 62 to 70 parts by mass and the quantity of lower fatty acid relative to 100 parts by mass of the total acid content is 10 to 24 parts by mass.
A system for providing redundancy for an entity in a telecommunications network, the system comprising: a first network entity of a first network adapted to send and receive traffic; and a second network entity of a second network configured to operate as a standby network entity, wherein the second network entity takes control of only a portion of the functions of the first network entity in response to a partial failure in the first network entity when there is a failure to receive either a primary status message over a first network from said first network entity or a secondary status message over a second network from said first network entity, wherein the first network entity further comprises a system and administration module for transmitting a primary status message over a first network to the second entity and a secondary status message over a second network to the second entity.
A device for reducing pain, bleeding and/or distension of hemorrhoids during defecation and optionally straining, comprising a balloon configured for anchoring within a lower rectum of a subject when inflated, characterized by said balloon being attached to a tubular mesh structure being substantially non-elastic along a longitudinal axis and elastic along a radial axis thereof.
A method for inducing differentiation of (a) renal stem cell (s) into renal tissue cells, wherein the renal stem cell (s) is/are cultured in a three dimensional manner in a culture medium containing a hepatic cell growth factor, a glial cell line-derived neurotrophic factor (GDNF), a basic fibroblast growth factor (b-FGF), a bone morphogenetic protein 7 and an epithelial cell growth factor in a base medium in the presence of a three dimensional scaffold.
Radiating burner designed to be supplied during operation by means of a flow comprising a mixture of air and combustible gas, this burner comprising a body defining a combustion chamber and provided with an inlet for the mixture, a porous combustion support closing off the chamber in a non-sealing manner and arranged downstream of the inlet in the direction of flow of the mixture, and a metal distribution grid arranged between the inlet for the mixture and the combustion support, characterised in that the body is made from a dielectric material, in that the burner further comprises an electric generator, first and second electrodes (51, 52), and first and second galvanic connections (61, 62), in that the electric generator is designed to deliver in operation, between first and second terminals (41, 42), a voltage having a continuous component at least equal to 5 kV, in that the first electrode is arranged on the distribution grid, in that the second electrode is arranged on the combustion support, and in that the first and second galvanic connections (61, 62) respectively connect the first and second electrodes (51, 52) to the first and second terminals (41, 42) of the generator.
A detergent additive consisting of: an active that is 75 weight percent or less tetraacetylethylenediamine (TAED); and 25 weight percent or more interpolymer complex, the interpolymer complex comprising both a proton-accepting-(co)polymer and a proton-donating (co)polymer; wherein the active is encapsulated and the term encapsulated means that the active is bound or retained within the interpolymer complex. an active that is 75 weight percent or less tetraacetylethylenediamine (TAED); and 25 weight percent or more interpolymer complex, the interpolymer complex comprising both a proton-accepting-(co)polymer and a proton-donating (co)polymer; wherein the active is encapsulated and the term encapsulated means that the active is bound or retained within the interpolymer complex.
Network interface (1; 100) comprising: a first network connector; a second network connector; and a connector-to-connector bypass unit; wherein the bypass unit comprises a monostable switching unit for enabling a bypass connection between the first network connector and the second network connector in a stable state and for disabling the bypass connection in a non-stable state; characterized in that the bypass unit further comprises a bistable switching unit, wherein the bistable switching unit is switchable between two stable states, namely a breaking state and a connection state, and breaks, in the breaking state, the bypass connection and, in its connecting state, does not break the bypass connection, wherein the monostable switching unit and the bistable switching unit are arranged in series and wherein the bypass connection is only enabled while - the bistable switching unit is in its connecting state and - the monostable switching unit is in its stable state at the same time. a first network connector; a second network connector; and a connector-to-connector bypass unit; wherein the bypass unit comprises a monostable switching unit for enabling a bypass connection between the first network connector and the second network connector in a stable state and for disabling the bypass connection in a non-stable state; characterized in that the bypass unit further comprises a bistable switching unit, wherein the bistable switching unit is switchable between two stable states, namely a breaking state and a connection state, and breaks, in the breaking state, the bypass connection and, in its connecting state, does not break the bypass connection, wherein the monostable switching unit and the bistable switching unit are arranged in series and wherein the bypass connection is only enabled while - the bistable switching unit is in its connecting state and - the monostable switching unit is in its stable state - the bistable switching unit is in its connecting state and - the monostable switching unit is in its stable state at the same time.
A patch cable holder comprising: a. a base portion configured for attachment to a telecommunications component, wherein the base portion is provided with a vertical portion upon which an upper attachment feature and a lower attachment feature are provided, the upper and lower attachment features (408a, 408b) being configured as protrusions for interlocking the base portion with the telecommunications component; b. a deflectable cable support portion configured with a first horizontal portion to support a plurality of patch cables and a first vertical portion extending from the first horizontal portion, the cable support portion defining an interior perimeter, the deflectable cable support portion being deflectable about a vertical axis; and c. wherein the base portion, including the upper and lower attachment features, and the deflectable cable support portion are integrally formed as a single one-piece, polymeric component. a. a base portion configured for attachment to a telecommunications component, wherein the base portion is provided with a vertical portion upon which an upper attachment feature and a lower attachment feature are provided, the upper and lower attachment features (408a, 408b) being configured as protrusions for interlocking the base portion with the telecommunications component; b. a deflectable cable support portion configured with a first horizontal portion to support a plurality of patch cables and a first vertical portion extending from the first horizontal portion, the cable support portion defining an interior perimeter, the deflectable cable support portion being deflectable about a vertical axis; and c. wherein the base portion, including the upper and lower attachment features, and the deflectable cable support portion are integrally formed as a single one-piece, polymeric component.
A CCN3 peptide for use as a medicament, wherein the CCN3 peptide has an amino acid sequence identified as CCN3p37, CCN3p38 (human), CCN3p38 (mouse), a cysteine-substituted CCN3p37, cysteine-substituted CCN3p38 (human) or a cysteine-substituted CCN3p38 (mouse).
An intervertebral body spacer device for motion preservation, comprising first and second plates (100, 200, 400, 500, 610, 630, 740, 750, 810, 830, 910, 920) with inner and outer surfaces, said plates (100, 200, 400, 500, 610, 630, 740, 750, 810, 830, 910, 920) being disposed in a spaced apart relationship with the inner surface of the first plate facing the inner surface of the second plate, both inner surfaces being separated by a contacting element (300, 620, 870, 930), the inner surface of at least one or both of the two plates has a locating slot (120, 220, 911, 921) having a long axis, and wherein (i) the contacting element (300, 620, 870, 930) has a raised locatable part (305, 315, 345, 940) locatable into the locating slot (120, 220, 911, 921) on the inner surfaces of the plates (100, 200, 400, 500, 610, 630, 740, 750, 810, 830, 910, 920), or (ii) the contacting element (300, 620, 870, 930) has a raised thickened perimeter locatable in the locating slot extending into the thickness from the inner surface of one or both of the plates (100, 200, 400, 500, 610, 630, 740, 750, 810, 830, 910, 920), wherein the inner surfaces of at least one or each plate (100, 200, 400, 500, 610, 630, 740, 750, 810, 830, 910, 920) are shaped such as to form two planar or non-planar sloping surfaces that meet at a linear ridgeline (112, 212, 993), characterised in that the long axis of the one or each slot (120, 220, 911, 921) runs along the ridgeline (112, 212, 993) of the corresponding plate (100, 200, 400, 500, 610, 630, 740, 750, 810, 830, 910, 920), wherein the contacting element (300, 620, 870, 930) is in the form of a disc and the outer surfaces of the contacting element facing the plates are planar, enabling a tilting or rolling motion of the plates along the ridgelines. (i) the contacting element (300, 620, 870, 930) has a raised locatable part (305, 315, 345, 940) locatable into the locating slot (120, 220, 911, 921) on the inner surfaces of the plates (100, 200, 400, 500, 610, 630, 740, 750, 810, 830, 910, 920), or (ii) the contacting element (300, 620, 870, 930) has a raised thickened perimeter locatable in the locating slot extending into the thickness from the inner surface of one or both of the plates (100, 200, 400, 500, 610, 630, 740, 750, 810, 830, 910, 920),
A kit for use in a nucleic acid-based amplification assay comprising: (i) a lyophilised composition comprising: at least one polymerase; a bulking agent; a chelating agent; a detergent; an organic buffer; inorganic salt, wherein the inorganic salt is present in the lyophilised composition at a mass that is from about 0.311 % to about 0.024% of the total mass of the lyophilised composition; and at least one oligonucleotide useful for performing a molecular assay; and (ii) a reconstitution solution comprising MgCl 2. (i) a lyophilised composition comprising: at least one polymerase; a bulking agent; a chelating agent; a detergent; an organic buffer; inorganic salt, wherein the inorganic salt is present in the lyophilised composition at a mass that is from about 0.311 % to about 0.024% of the total mass of the lyophilised composition; and at least one oligonucleotide useful for performing a molecular assay; and at least one polymerase; a bulking agent; a chelating agent; a detergent; an organic buffer; inorganic salt, wherein the inorganic salt is present in the lyophilised composition at a mass that is from about 0.311 % to about 0.024% of the total mass of the lyophilised composition; and at least one oligonucleotide useful for performing a molecular assay; and (ii) a reconstitution solution comprising MgCl 2.