mhurhangee/ep-ind-claims huggingface dataset:
An improved fountain pen comprising: - a hollow barrel with a longitudinal central axis of extension; - a nib located at a first longitudinal end of the barrel; - an ink reservoir located inside the barrel and designed to feed the ink to the nib; - a piston able to move axially along the central axis to create a vacuum inside the ink reservoir, the ink reservoir comprising a sac, the fountain pen further comprising: - a channel connecting the nib to the ink reservoir; - valve means for closing the channel; - a cap for covering the nib and which can be applied to the barrel at the first end, the cap interacting with the valve means; - the valve means comprising an elastically deformable cylindrical body surrounding the channel, being able to move between an open position, in which the channel for the passage of the ink is open when the pen is in use, and a closed position, in which the channel is closed when the cap is applied on the barrel covering the nib, characterized in that the inner wall of the cylindrical body forms a wedge shape towards the axis, in such a way that in the closed position the surfaces of the cylindrical bod which make contact to close the channel are limited to the vertex of the wedge. - a hollow barrel with a longitudinal central axis of extension; - a nib located at a first longitudinal end of the barrel; - an ink reservoir located inside the barrel and designed to feed the ink to the nib; - a piston able to move axially along the central axis to create a vacuum inside the ink reservoir, the ink reservoir comprising a sac, the fountain pen further comprising: - a channel connecting the nib to the ink reservoir; - valve means for closing the channel; - a cap for covering the nib and which can be applied to the barrel at the first end, the cap interacting with the valve means; - the valve means comprising an elastically deformable cylindrical body surrounding the channel, being able to move between an open position, in which the channel for the passage of the ink is open when the pen is in use, and a closed position, in which the channel is closed when the cap is applied on the barrel covering the nib, characterized in that the inner wall of the cylindrical body forms a wedge shape towards the axis, in such a way that in the closed position the surfaces of the cylindrical bod which make contact to close the channel are limited to the vertex of the wedge.
A metal strip, comprising a coating of carbon nanotubes, and/or fullerenes and metal, the carbon nanotubes and/or fullerenes are permeated with a metal selected from the group consisting of Sn, Ni, Ag, Au, Pd, Cu, W or alloys thereof, characterized in that the coating contains graphenes, wherein the graphenes and/or fullerenes are arranged orthogonally on the carbon nanotubes, or the graphenes are arranged orthogonally on the carbon nanotubes and/or fullerenes.
A method to detect the presence or absence of an MREJ type xiii methicillin-resistant Staphylococcus aureus (MRSA) strain characterized by SEQ ID NO: 15, 25 or 26 comprising: contacting a sample to be analyzed for the presence or absence of said MREJ type xiii MRSA strain characterized by SEQ ID NO: 15, 25 or 26 to a first primer that hybridizes with an SCCmec element right extremity sequence of SEQ ID NO: 15, 25 or 26 and a second primer that hybridizes with the complement of an orfX sequence of SEQ ID NO: 15, 25 or 26; wherein said first and second primers are at least 10 nucleotides in length; generating an amplicon of said MREJ type xiii MRSA strain; and detecting the absence or presence of said amplicon. contacting a sample to be analyzed for the presence or absence of said MREJ type xiii MRSA strain characterized by SEQ ID NO: 15, 25 or 26 to a first primer that hybridizes with an SCCmec element right extremity sequence of SEQ ID NO: 15, 25 or 26 and a second primer that hybridizes with the complement of an orfX sequence of SEQ ID NO: 15, 25 or 26; wherein said first and second primers are at least 10 nucleotides in length; generating an amplicon of said MREJ type xiii MRSA strain; and detecting the absence or presence of said amplicon.
A method for controlling the heating of a region to be heated of a household appliance, the method comprising: a) activating the heating; b) providing a starting temperature value C s; c) extrapolating a virtual temperature C v of the region to be heated over time, beginning from the starting temperature value Cs and based on a characteristic heating curve; d) continuously measuring real temperature values C m representing the temperature of the region to be heated, using a single temperature sensor; e) continuing with step b) using the current temperature value C m as the starting temperature value C s if the difference between two successive temperature values C m indicates a normal condition of the temperature sensor; and f) deactivating the heating if the difference between the two successive temperature values C m indicates a fault condition of the temperature sensor and the virtual temperature C v exceeds a threshold. a) activating the heating; b) providing a starting temperature value C s; c) extrapolating a virtual temperature C v of the region to be heated over time, beginning from the starting temperature value Cs and based on a characteristic heating curve; d) continuously measuring real temperature values C m representing the temperature of the region to be heated, using a single temperature sensor; e) continuing with step b) using the current temperature value C m as the starting temperature value C s if the difference between two successive temperature values C m indicates a normal condition of the temperature sensor; and f) deactivating the heating if the difference between the two successive temperature values C m indicates a fault condition of the temperature sensor and the virtual temperature C v exceeds a threshold.
A base wireless device that carries out transmission and reception of signals to and from a plurality of remote wireless devices, comprising: a plurality of transmission buffers (46A, 46B) configured to store a plurality of signals to be transmitted to the plurality of remote wireless devices, the plurality of signals having transmission destinations that are different from each other, wherein each of the plurality of transmission buffers is capable of storing different signals to be transmitted to different transmission destinations; a transmission processing unit configured to transmit the signals to the plurality of remote wireless devices respectively, by transmitting the signals stored in the plurality of transmission buffers in a predetermined order, regardless of whether or not each transmission has been made successfully; and a storage control unit, wherein when a transmission of a signal stored in one of the transmission buffers has been made successfully, the storage control unit is configured to overwrite the one transmission buffer from which the transmission has been made successfully, with another signal to be transmitted to a transmission destination that is different from a transmission destination of a signal stored in a transmission buffer other than the one transmission buffer from which the transmission has been made successfully, among the plurality of transmission buffers. a plurality of transmission buffers (46A, 46B) configured to store a plurality of signals to be transmitted to the plurality of remote wireless devices, the plurality of signals having transmission destinations that are different from each other, wherein each of the plurality of transmission buffers is capable of storing different signals to be transmitted to different transmission destinations; a transmission processing unit configured to transmit the signals to the plurality of remote wireless devices respectively, by transmitting the signals stored in the plurality of transmission buffers in a predetermined order, regardless of whether or not each transmission has been made successfully; and a storage control unit, wherein when a transmission of a signal stored in one of the transmission buffers has been made successfully, the storage control unit is configured to overwrite the one transmission buffer from which the transmission has been made successfully, with another signal to be transmitted to a transmission destination that is different from a transmission destination of a signal stored in a transmission buffer other than the one transmission buffer from which the transmission has been made successfully, among the plurality of transmission buffers.
Process for obtaining a hydro-alcoholic extract from fruits of Euterpe oleracea characterized by the following steps: a) Wash the fruits in tap water; b) Submit the fruits of step (a) to a process of extraction in boiling water for 3 to 10 minutes to obtain a decoction; c) Grind the decoction of step (b) with a mince for 3 to 10 minutes; d) Boil the decoction for 3 to 10 minutes and e) Extract the decoction obtained in step (d) with the solvent ethanol in the proportion of 1:1, v:v and mince strongly for 5 minutes and then macerate for 6 hours to 10 days at room temperature or at 4°C, as to obtain a hydro-alcoholic extract of the decoction. a) Wash the fruits in tap water; b) Submit the fruits of step (a) to a process of extraction in boiling water for 3 to 10 minutes to obtain a decoction; c) Grind the decoction of step (b) with a mince for 3 to 10 minutes; d) Boil the decoction for 3 to 10 minutes and e) Extract the decoction obtained in step (d) with the solvent ethanol in the proportion of 1:1, v:v and mince strongly for 5 minutes and then macerate for 6 hours to 10 days at room temperature or at 4°C, as to obtain a hydro-alcoholic extract of the decoction.
A method comprising: selecting a die that applies force which plastically deforms a fastener in order to expand the fastener into interference with a hole; selecting a coating having a static coefficient of friction of less than 0.2; and permanently applying the coating to the die at a surface that will contact the fastener, thereby ensuring that plastic deforming of the fastener via force from the die will cause an amount of interference, between the fastener and the hole along the length of the fastener throughout the hole, between 38 micrometers (one and a half thousandths of an inch) and 510 micrometers (twenty thousandths of an inch). selecting a die that applies force which plastically deforms a fastener in order to expand the fastener into interference with a hole; selecting a coating having a static coefficient of friction of less than 0.2; and permanently applying the coating to the die at a surface that will contact the fastener, thereby ensuring that plastic deforming of the fastener via force from the die will cause an amount of interference, between the fastener and the hole along the length of the fastener throughout the hole, between 38 micrometers (one and a half thousandths of an inch) and 510 micrometers (twenty thousandths of an inch).
A process for the manufacture of nanostructures each being of the formula A 1-x -B x -chalcogenide wherein A is at least one of Mo, W, Re, Ti, Zr, Hf, Nb, Ta, Pt, Ru, Rh, In, Ga, InS, InSe, GaS, GaSe, WMo, or TiW; B is selected from Si, Nb, Ta, W, Mo, Sc, Y, La, Hf, Ir, Mn, Ru, Re, Os, V, Au, Rh, Pd, Cr, Co, Fe and Ni; and x≤0.3, provided that within said nanostructure A≠B and x is not zero; and having B and B-chalcogenide doped within the A 1-x -chalcogenide; the process comprising: providing A-oxide and B-oxide compositions, each in vapor phase, or in the solid phase under conditions permitting phase transformation into the vapor phase; and permitting A-oxide and B-oxide vapors to flow together with a reducing agent carrying forming gas into a reaction chamber causing reduction of the A and B metals or transition metals and subsequent formation of said nanostructures. providing A-oxide and B-oxide compositions, each in vapor phase, or in the solid phase under conditions permitting phase transformation into the vapor phase; and permitting A-oxide and B-oxide vapors to flow together with a reducing agent carrying forming gas into a reaction chamber causing reduction of the A and B metals or transition metals and subsequent formation of said nanostructures.
A method for transmitting feedback information by a device in a wireless communication system, the method comprising: assembling, by the device, feedback information including a plurality of feedback information types; generating, by the device, feedback data having a specific type of feedback information among the plurality of feedback information types, wherein the feedback data is generated with a fixed bit size m irrespective of the corresponding feedback information type, where m is a predefined and fixed natural number; and transmitting, by the device, the feedback data, wherein the feedback data has a predetermined number of levels from 2 m possible levels corresponding to the fixed bit size m, and the plurality of feedback information types is expressed based on the levels, wherein possible values of the m bits are classified into a plurality of ranges, where different feedback information types are assigned to different ranges, wherein the type and value of the feedback information are identified by using a value of the feedback data without a separate identifier, and wherein the specific type of feedback information of the feedback data is identified by a range including the value of the feedback data. assembling, by the device, feedback information including a plurality of feedback information types; generating, by the device, feedback data having a specific type of feedback information among the plurality of feedback information types, wherein the feedback data is generated with a fixed bit size m irrespective of the corresponding feedback information type, where m is a predefined and fixed natural number; and transmitting, by the device, the feedback data, wherein the feedback data has a predetermined number of levels from 2 m possible levels corresponding to the fixed bit size m, and the plurality of feedback information types is expressed based on the levels, wherein possible values of the m bits are classified into a plurality of ranges, where different feedback information types are assigned to different ranges, wherein the type and value of the feedback information are identified by using a value of the feedback data without a separate identifier, and wherein the specific type of feedback information of the feedback data is identified by a range including the value of the feedback data.
A coating for an implantable medical device comprising a drug reservoir layer that comprises: a major matrix phase comprising at least one matrix phase polymer having a glass transition temperature ("Tg") of -10°C to 50°C, the at least one matrix phase polymer being a poly(ester amide) polymer comprising poly {[N,N'-sebacoyl-bis-(L-leucine)-1,6-hexylene diester]-co-[N,N'-sebacoyl-L-lysine 4-amino-2,2,6,6-tetramethylpiperidine-N-oxide] (PEA-TEMPO); a minor dispersed phase comprising at least one dispersed phase polymer; and the drug reservoir layer further comprises a bioactive agent which is everolimus; wherein less than 10% of the dispersed phase is miscible in the matrix phase, wherein the bioactive agent is less permeable through the dispersed phase than the matrix phase, and wherein the coating has a thickness less than about 5 microns. a major matrix phase comprising at least one matrix phase polymer having a glass transition temperature ("Tg") of -10°C to 50°C, the at least one matrix phase polymer being a poly(ester amide) polymer comprising poly {[N,N'-sebacoyl-bis-(L-leucine)-1,6-hexylene diester]-co-[N,N'-sebacoyl-L-lysine 4-amino-2,2,6,6-tetramethylpiperidine-N-oxide] (PEA-TEMPO); a minor dispersed phase comprising at least one dispersed phase polymer; and the drug reservoir layer further comprises a bioactive agent which is everolimus; wherein less than 10% of the dispersed phase is miscible in the matrix phase, wherein the bioactive agent is less permeable through the dispersed phase than the matrix phase, and wherein the coating has a thickness less than about 5 microns.
An absorbent composition, suitable for removing mercury, arsenic or antimony from a fluid stream, comprising 5-50% by weight of a particulate sulphided copper compound and 30-90% by weight of a particulate support material selected from an alumina, hydrated alumina, titania, zirconia, silica or aluminosilicate, or a mixture of two or more of these, and the remainder one or more binders comprising a first binder and a second binder, wherein the first binder is a calcium aluminate cement binder and the second binder is a high aspect ratio aluminosilicate clay binder having an aspect ratio >2, and wherein the metal sulphide content of the absorbent, other than copper sulphide, is ≤ 5% by weight.
Frame for a vehicle with at least one structural part, wherein the structural part is produced as a casting in a mould, and the mould reproduces the three-dimensional outer shape of the structural part, characterized in that the structural part is formed by a self-swelling foam resin, the structural part being at least partially coated from the outside with a protective layer, wherein at least two existing structural parts form a supporting part of the frame. the structural part is produced as a casting in a mould, and the mould reproduces the three-dimensional outer shape of the structural part, characterized in that the structural part is formed by a self-swelling foam resin, the structural part being at least partially coated from the outside with a protective layer, wherein at least two existing structural parts form a supporting part of the frame.
An apparatus for distributing gases and, optionally, liquids and for controlling the flow of powder and/or liquid through a control valve, comprising: (a) a collar comprising: (i) a first side; (ii) a second side opposite the first side; (iii) an inner bore formed through a central portion of the first side and the second side; (iv) an outer edge positioned between the first side and the second side and which defines an outer perimeter of the collar; (v) an inner edge positioned between the first side and the second side and which extends around the inner bore to define an inside perimeter of the collar; and (vi) a plurality of passages that extend through the outer edge and inner edge without penetrating the first and second sides (16, 18); and (b) a plurality of gas distribution devices for distributing gas into the inner bore mounted into the passages of the collar such that the outlet ends are directed toward the inner bore, characterised in that the gas distribution devices are oriented within the passages of the collar such that centerlines of at least some of the gas distribution devices are tangential to a circular path formed within the inner bore. (a) a collar comprising: (i) a first side; (ii) a second side opposite the first side; (iii) an inner bore formed through a central portion of the first side and the second side; (iv) an outer edge positioned between the first side and the second side and which defines an outer perimeter of the collar; (v) an inner edge positioned between the first side and the second side and which extends around the inner bore to define an inside perimeter of the collar; and (vi) a plurality of passages that extend through the outer edge and inner edge without penetrating the first and second sides (16, 18); and (i) a first side; (ii) a second side opposite the first side; (iii) an inner bore formed through a central portion of the first side and the second side; (iv) an outer edge positioned between the first side and the second side and which defines an outer perimeter of the collar; (v) an inner edge positioned between the first side and the second side and which extends around the inner bore to define an inside perimeter of the collar; and (vi) a plurality of passages that extend through the outer edge and inner edge without penetrating the first and second sides (16, 18); and (b) a plurality of gas distribution devices for distributing gas into the inner bore mounted into the passages of the collar such that the outlet ends are directed toward the inner bore,
A forklift truck, comprising - a truck body - a fork lifting element which is arranged to support a load support member vertically movable by means of the fork lifting element - a control element, - a system for providing information related to the height of the load support member, the system comprising at least one sensor and at least one detection causing element arranged to cause said at least one sensor to register detection of said detection causing element, wherein said at least one sensor and said at least one detection causing element are arranged in relation to each other such that they move in relation to each other as the load support member moves vertically and such as they pass each other at a location corresponding to at least one predetermined height of the load support member and such that the detection element causes the sensor to register detection at said passage, and - at least one communication element arranged at said at least one sensor and arranged to send at least one signal to the control element when said at least one sensor registers that the load support member is passing said at least one pre-determined height, wherein the control element is arranged to receive and process signals from the at least one communication element, characterised in that said at least one communication element is arranged to send a signal to the control element at pre-determined times, and in that the control element is arranged to detect reception of the signals and to determine whether it is able to gain information related to the height of the load support member from the at least one communication element based on the received signals and based on the pre-determined times. - a truck body - a fork lifting element which is arranged to support a load support member vertically movable by means of the fork lifting element - a control element, - a system for providing information related to the height of the load support member, the system comprising at least one sensor and at least one detection causing element arranged to cause said at least one sensor to register detection of said detection causing element, wherein said at least one sensor and said at least one detection causing element are arranged in relation to each other such that they move in relation to each other as the load support member moves vertically and such as they pass each other at a location corresponding to at least one predetermined height of the load support member and such that the detection element causes the sensor to register detection at said passage, and - at least one communication element arranged at said at least one sensor and arranged to send at least one signal to the control element when said at least one sensor registers that the load support member is passing said at least one pre-determined height,
Pull-through eyelet for a carrying chain strand designed as a link chain strand, comprising a pull-through opening and a retaining opening that is transverse to a carrying strand direction, characterised by at least one nose support surface for a chain link that is adjacent to a chain link positioned in the retaining opening, which nose support surface protrudes next to the retaining opening on at least one end face of the pull-through eyelet.