mhurhangee/ep-ind-claims huggingface dataset:
A DC pass RF surge protector comprising: a first housing defining a first cavity therein; a first conductor positioned in the first cavity of the first housing for receiving a direct current and a surge; a second conductor positioned in the first cavity of the first housing; a capacitor positioned in the first cavity of the first housing and electrically connected between the first conductor and the second conductor; a first spiral inductor having an inner edge electrically connected to the first conductor and an outer edge, and positioned in the first cavity of the first housing; and a non-linear protection device positioned outside the first cavity of the first housing and electrically connected between the outer edge of the first spiral inductor and an electrical ground for dissipating the surge; and a second spiral inductor positioned in the first cavity of the first housing and electrically connected to the second conductor; and an intermediate inductor (145, 150); characterized in that the intermediate inductor (145, 150) is positioned outside the first cavity of the first housing and is electrically connected between the first spiral inductor and the second spiral inductor such that the direct current can propagate from the first conductor to the second conductor via the first spiral inductor, the intermediate inductor (145, 150), and the second spiral inductor. a first housing defining a first cavity therein; a first conductor positioned in the first cavity of the first housing for receiving a direct current and a surge; a second conductor positioned in the first cavity of the first housing; a capacitor positioned in the first cavity of the first housing and electrically connected between the first conductor and the second conductor; a first spiral inductor having an inner edge electrically connected to the first conductor and an outer edge, and positioned in the first cavity of the first housing; and a non-linear protection device positioned outside the first cavity of the first housing and electrically connected between the outer edge of the first spiral inductor and an electrical ground for dissipating the surge; and a second spiral inductor positioned in the first cavity of the first housing and electrically connected to the second conductor; and an intermediate inductor (145, 150); characterized in that the intermediate inductor (145, 150) is positioned outside the first cavity of the first housing and is electrically connected between the first spiral inductor and the second spiral inductor such that the direct current can propagate from the first conductor to the second conductor via the first spiral inductor, the intermediate inductor (145, 150), and the second spiral inductor.
A column for thermal treatment of a fluid, having a cylindrical, vertical column body which forms a column cavity, and a mass transfer tray which is disposed in the column cavity and forms a collecting area, and a circulation device having at least one drain orifice formed in the column body above the collecting area, a circulation line in fluid connection with the drain orifice and at least one recycling orifice (14; 14-1 to 14-3) which is in fluid connection with the circulation line and is formed in the column body above the collecting area, wherein the mass transfer tray has passage orifices for gas ascending from the bottom, and cylindrical bodies extend upward in the passage orifices, where the upper edges of the cylindrical body form overflow edges and the ratio of the vertical distance of the lowest region of the collecting area of the mass transfer tray from the upper edge of the recycling orifice (14; 14-1 to 14-3) to the vertical distance of the lowest region of the collecting area of the mass transfer tray from the height of the lowermost overflow edge of the cylindrical bodies is within a range from 0 to 0.9, especially within a range from 0 to 0.3.
A soil or plant analysis apparatus (400, 600, 700, 800) comprising: a first sub-system (410. 610, 710, 810) configured to perform soil or plant measurements at a first measurement frequency represented by a first number of measurements per unit area; and a second sub-system (420, 620, 740, 840) configured to perform soil or plant measurements at a second measurement frequency represented by a second number of measurements per unit area, characterized in that the second measurement frequency of the second sub-system (420, 620, 740, 840) is at least 1.25 times the first measurement frequency of the first sub-system (410, 610, 710, 810). a first sub-system (410. 610, 710, 810) configured to perform soil or plant measurements at a first measurement frequency represented by a first number of measurements per unit area; and a second sub-system (420, 620, 740, 840) configured to perform soil or plant measurements at a second measurement frequency represented by a second number of measurements per unit area, characterized in that the second measurement frequency of the second sub-system (420, 620, 740, 840) is at least 1.25 times the first measurement frequency of the first sub-system (410, 610, 710, 810).
An electronic device for near field communication, NFC, said device comprising a processing unit including one or more applications and a controller for controlling NFC communication between a reader/writer device and the processing unit, said controller comprising: - a communication unit configured to exchange communication between the external reader/writer device and the processing unit, - a parsing unit configured to parse communication exchanged between the reader/writer device and the processing unit, wherein the parsing unit is configured to detect a predetermined setting of a response code within an authentication response sent by the processing unit in response to an authentication request received from the reader/writer device, said predetermined setting indicating that an application of the processing unit is in an authenticated state, and - a control unit configured to control said communication unit not to respond to an anti-collision request received from the reader/writer device and/or not to forward an anti-collision request to the processing unit if said anti-collision request is directed to an application in an authenticated state. - a communication unit configured to exchange communication between the external reader/writer device and the processing unit, - a parsing unit configured to parse communication exchanged between the reader/writer device and the processing unit, wherein the parsing unit is configured to detect a predetermined setting of a response code within an authentication response sent by the processing unit in response to an authentication request received from the reader/writer device, said predetermined setting indicating that an application of the processing unit is in an authenticated state, and - a control unit configured to control said communication unit not to respond to an anti-collision request received from the reader/writer device and/or not to forward an anti-collision request to the processing unit if said anti-collision request is directed to an application in an authenticated state.
A data processor comprising: an acquiring unit that acquires a spectrum measured by a spectrometer; and a data processing unit that sets an energy range in which a background of the spectrum is removed, and removes the background of the spectrum based on the set energy range, the data processing unit temporarily setting one end point of the energy range at a maximum point of the spectrum, temporarily setting another end point of the energy range at a maximum energy point or a minimum energy point of the spectrum, determining a peak area of the energy range after removing the background while moving the one end point in a direction away from the other end point, and determining that a point at which the peak area is at the maximum is the one end point, and the data processing unit temporarily setting the other end point at the maximum point of the spectrum, determining a peak area of the energy range after removing the background while moving the other end point in a direction away from the one end point, and determining that a point at which the peak area is at the maximum is the other end point, wherein the background is determined based on the end points of the energy range, and the peak area of the energy range after removing the background is an area resulting from subtracting the background between the end points from the spectrum between the end points. an acquiring unit that acquires a spectrum measured by a spectrometer; and a data processing unit that sets an energy range in which a background of the spectrum is removed, and removes the background of the spectrum based on the set energy range, the data processing unit temporarily setting one end point of the energy range at a maximum point of the spectrum, temporarily setting another end point of the energy range at a maximum energy point or a minimum energy point of the spectrum, determining a peak area of the energy range after removing the background while moving the one end point in a direction away from the other end point, and determining that a point at which the peak area is at the maximum is the one end point, and the data processing unit temporarily setting the other end point at the maximum point of the spectrum, determining a peak area of the energy range after removing the background while moving the other end point in a direction away from the one end point, and determining that a point at which the peak area is at the maximum is the other end point, wherein the background is determined based on the end points of the energy range, and the peak area of the energy range after removing the background is an area resulting from subtracting the background between the end points from the spectrum between the end points.
A method for enriching a population of cells for human or mouse pluripotent cells, the method comprising culturing a population of cells comprising human or mouse pluripotent cells in a medium substantially free of glutamine; wherein the medium comprises a cell permeable alpha-ketoglutarate (αKG) or αKG analog; and wherein the medium further comprises a mitogen activated protein kinase (MAPK) inhibitor and/or a glycogen synthase kinase 3β (GSK3β) inhibitor.
A method for manufacturing a sole, in particular for a sports shoe, wherein the method comprises: a. providing at least one first sole element (110; 210) for the sole, wherein the first sole element is provided at a flexible sock element; b. injecting at least one second sole element (130; 230) through the first sole element (110; 210). a. providing at least one first sole element (110; 210) for the sole, wherein the first sole element is provided at a flexible sock element; b. injecting at least one second sole element (130; 230) through the first sole element (110; 210).
A method of operating a consumer premises equipment, CPE, in operative communication with a cable television network, said CPE comprising: (i) at least a first hardware option and a second hardware option, and (ii) an application running on said CPE, wherein said method is characterized in that it comprises: providing a hardware registry on said CPE, said hardware registry comprising at least (i) a first record relating the first hardware option to a first software interface, and (ii) a second record relating the second hardware option to a second software interface, wherein said first and said second software interfaces are capable to be used to access said first and said second hardware options, respectively; providing at least said first software interface on said CPE, said first software interface adapted to interface with said first hardware option; starting said application, wherein the method comprises said application: (i) utilizing said hardware registry to discover said first hardware option; (ii) identifying said first hardware option; and (iii) discovering said first software interface; and the CPE selectively controlling said first hardware option, by utilizing said application and via said first software interface, said selectively controlling of said first hardware option comprising invoking a digital video recorder functionality or a digital video interface functionality. providing a hardware registry on said CPE, said hardware registry comprising at least (i) a first record relating the first hardware option to a first software interface, and (ii) a second record relating the second hardware option to a second software interface, wherein said first and said second software interfaces are capable to be used to access said first and said second hardware options, respectively; providing at least said first software interface on said CPE, said first software interface adapted to interface with said first hardware option; starting said application, wherein the method comprises said application: (i) utilizing said hardware registry to discover said first hardware option; (ii) identifying said first hardware option; and (iii) discovering said first software interface; and (i) utilizing said hardware registry to discover said first hardware option; (ii) identifying said first hardware option; and (iii) discovering said first software interface; and the CPE selectively controlling said first hardware option, by utilizing said application and via said first software interface, said selectively controlling of said first hardware option comprising invoking a digital video recorder functionality or a digital video interface functionality.
A lock for securing a wear member to excavating equipment, comprising a body including a passage with an open inlet end, a latch for movement between a holding position and a release position, and a wedge having a leading end and a trailing end, the wedge tapering toward the leading end and being movably received into the passage of the body through the inlet end, the wedge engaging the latch to move the latch from the release position to the holding position as the leading end of the wedge is moved farther into the passage away from the inlet end characterized in that the latch is attached to the body, and the latch has a locking projection that is adapted to engage beneath a stop of a said wear member when the wedge is moved farther into the passage to retain the lock in the wear member.
An adherend comprising a flexible thermal-control material (10A-F) which is fixed to a surface of the adherend by a bonding layer or by a fastening member, wherein the flexible thermal-control material (10A-F) is formed by laminating: a reflection layer for reflecting solar light; and an infrared radiation layer for radiating infrared light, wherein the infrared radiation layer is configured with a radiation crosslinked fluorine resin material, wherein the surface of the adherend is any one of a polyisocyanurate foam heat insulating layer and a polyimide foam heat insulating layer or a heat insulating layer of a laminated body thereof, and wherein the surface of the adherend includes a degassing groove in any one of the polyisocyanurate foam heat insulating layer and the polyimide foam heat insulating layer or the heat insulating layer of the laminated body thereof. a reflection layer for reflecting solar light; and an infrared radiation layer for radiating infrared light, wherein the infrared radiation layer is configured with a radiation crosslinked fluorine resin material, wherein the surface of the adherend is any one of a polyisocyanurate foam heat insulating layer and a polyimide foam heat insulating layer or a heat insulating layer of a laminated body thereof, and wherein the surface of the adherend includes a degassing groove in any one of the polyisocyanurate foam heat insulating layer and the polyimide foam heat insulating layer or the heat insulating layer of the laminated body thereof.
A pharmaceutical composition for use in the treatment of multiple sclerosis, wherein said pharmaceutical composition comprises at least one Tr1 cell population directed against a multiple sclerosis-associated antigen in combination with one or more pharmaceutically acceptable carrier, wherein said pharmaceutical composition is not to be administered with the soluble multiple sclerosis-associated antigen to which the Tr1 cells are directed, wherein said Tr1 cell population has the following phenotype at rest: CD4+CD25-FoxP3-, and wherein said multiple sclerosis-associated antigen is selected from the group comprising myelin basic protein, myelin associated glycoprotein, myelin oligodendrocyte protein, proteolipid protein, oligodendrocyte myelin oligoprotein, myelin associated oligodendrocyte basic protein, oligodendrocyte specific protein, heat shock proteins, oligodendrocyte specific proteins, NOGO A, glycoprotein Po, peripheral myelin protein 22, 2'3'-cyclic nucleotide 3'-phosphodiesterase and mixtures thereof.
A flexible container comprising: four panels, each panel comprising a flexible multilayer film comprising a polymeric material, the four panels forming (i) a body, and (ii) a neck; a fitment comprising a top portion and a base, the fitment composed of a polymeric material, the base sealed in the neck; characterised in that the base has a cross-sectional shape with a uniform diameter (d), the base has a wall thickness, wherein the d/WT ratio is from 35 to 800; wherein, when the cross-sectional shape of the base 72 is an ellipse, the diameter (d) for the ellipse is the major axis (the longest diameter through the center), and when the cross sectional shape for the base is a regular polygon, the diameter (d) for the regular polygon is 2(r) wherein the radius, r, for the regular polygon is determined by way of Formula: radius = s 2 sin π n wherein s is the length of any side; n is the number of sides; and sin is the sine function. four panels, each panel comprising a flexible multilayer film comprising a polymeric material, the four panels forming (i) a body, and (ii) a neck; (i) a body, and (ii) a neck; a fitment comprising a top portion and a base, the fitment composed of a polymeric material, the base sealed in the neck; characterised in that the base has a cross-sectional shape with a uniform diameter (d), the base has a wall thickness, wherein the d/WT ratio is from 35 to 800; s is the length of any side; n is the number of sides; and sin is the sine function.
A paging method, characterized by comprising: determining, by a terminal device, a plurality of paging bandwidths for carrying a paging message of the terminal device, wherein each paging bandwidth in the plurality of paging bandwidths is not greater than a bandwidth of a minimum bandwidth capacity of the terminal device; receiving, by the terminal device, configuration information, which is sent by a network device, of the plurality of paging bandwidths; determining, by the terminal device, a frequency domain position of each paging bandwidth in at least one paging bandwidth for carrying the paging message of the terminal device, according to an identity of the terminal device and the configuration information of the plurality of paging bandwidths; and receiving, by the terminal device, the paging message on the at least one paging bandwidth; wherein the configuration information of the plurality of paging bandwidths comprises frequency domain position information of each paging bandwidth in the plurality of paging bandwidths and/or frequency domain offset information of each paging bandwidth in the plurality of paging bandwidths; wherein the configuration information of the plurality of paging bandwidths is carried in remaining minimum system information, RMSI. determining, by a terminal device, a plurality of paging bandwidths for carrying a paging message of the terminal device, wherein each paging bandwidth in the plurality of paging bandwidths is not greater than a bandwidth of a minimum bandwidth capacity of the terminal device; receiving, by the terminal device, configuration information, which is sent by a network device, of the plurality of paging bandwidths; determining, by the terminal device, a frequency domain position of each paging bandwidth in at least one paging bandwidth for carrying the paging message of the terminal device, according to an identity of the terminal device and the configuration information of the plurality of paging bandwidths; and receiving, by the terminal device, the paging message on the at least one paging bandwidth; wherein the configuration information of the plurality of paging bandwidths comprises frequency domain position information of each paging bandwidth in the plurality of paging bandwidths and/or frequency domain offset information of each paging bandwidth in the plurality of paging bandwidths; wherein the configuration information of the plurality of paging bandwidths is carried in remaining minimum system information, RMSI.
Method for manufacturing noise reducing elements for a tyre for vehicle wheels, comprising: - providing a plurality of precursors (300, 300a) of noise reducing elements each formed by a noise reducing body (101, 101a) adhering to a respective active portion (54, 54a) of a tape of adhesive material, wherein two active portions (54, 54a) of two consecutive precursors (300, 300a) are joined by a passage portion (55, 55a) of the tape of adhesive material; - passing said two consecutive precursors (300, 300a) joined by said passage portion through a heating station of a feeding path; - exposing said passage portion in transit in the heating station to electromagnetic radiations in the infrared range such as to heat said passage portion; - exerting a pulling action on a head precursor of said two precursors (300, 300a), away from the remaining precursor, until said tape of adhesive material is torn at said passage portion heated and obtain a noise reducing element in which a layer of adhesive material is made by an active head portion detached from the remaining active portion. - providing a plurality of precursors (300, 300a) of noise reducing elements each formed by a noise reducing body (101, 101a) adhering to a respective active portion (54, 54a) of a tape of adhesive material, wherein two active portions (54, 54a) of two consecutive precursors (300, 300a) are joined by a passage portion (55, 55a) of the tape of adhesive material; - passing said two consecutive precursors (300, 300a) joined by said passage portion through a heating station of a feeding path; - exposing said passage portion in transit in the heating station to electromagnetic radiations in the infrared range such as to heat said passage portion; - exerting a pulling action on a head precursor of said two precursors (300, 300a), away from the remaining precursor, until said tape of adhesive material is torn at said passage portion heated and obtain a noise reducing element in which a layer of adhesive material is made by an active head portion detached from the remaining active portion.
Device for monitoring the unwinding of a thread wound on a spool in a sewing machine, wherein it comprises field generating means which can be attached to the spool in a rotationally fixed manner for generating a contactlessly scannable field, and it comprises the detection means for detecting the contactlessly scannable field, wherein the detection means are designed to pick up changes in the contactlessly scannable field as a function of an angle of rotation of the spool, wherein the detection means comprise a magnetic field sensor, characterised in that the field generating means have a magnet, in particular a permanent magnet, which can be attached to the spool in such a way that its north-south axis is aligned perpendicularly to the axis of symmetry of the spool. and it comprises the detection means for detecting the contactlessly scannable field, wherein the detection means are designed to pick up changes in the contactlessly scannable field as a function of an angle of rotation of the spool, wherein the detection means comprise a magnetic field sensor,