mhurhangee/ep-ind-claims huggingface dataset:
A method for specifically detecting E. coli O157:H7, comprising: hybridizing at least a first pair of polynucleotide primers to at least a first target polynucleotide sequence, wherein said first target polynucleotide sequence is within SEQ ID NO:111 or a complement thereof; hybridizing at least a second pair of polynucleotide primers to at least a second target polynucleotide sequence, wherein said second target polynucleotide sequence is within the group selected from SEQ ID NO:91-110 and complements thereof; amplifying said at least first and said at least second target polynucleotide sequences; and detecting said at least first and said at least second amplified target polynucleotide sequence products, wherein the detection of the at least first amplified target polynucleotide sequence product and the detection of the at least second amplified target polynucleotide sequence product is indicative of the presence of E. coli O157:H7 in a sample and not E. coli O55:H7. hybridizing at least a first pair of polynucleotide primers to at least a first target polynucleotide sequence, wherein said first target polynucleotide sequence is within SEQ ID NO:111 or a complement thereof; hybridizing at least a second pair of polynucleotide primers to at least a second target polynucleotide sequence, wherein said second target polynucleotide sequence is within the group selected from SEQ ID NO:91-110 and complements thereof; amplifying said at least first and said at least second target polynucleotide sequences; and detecting said at least first and said at least second amplified target polynucleotide sequence products, wherein the detection of the at least first amplified target polynucleotide sequence product and the detection of the at least second amplified target polynucleotide sequence product is indicative of the presence of E. coli O157:H7 in a sample and not E. coli O55:H7.
Ball joint bearing for reception of a bearing ball, comprising two arms (43, 44) extending parallel to one another and resiliently mounted on a base, wherein the arms (43, 44) each have a bulge and the bulges together form a bearing location for a bearing ball, wherein the bearing location has at least two pairs of opposite bearing surfaces, which are arranged at the arms (43, 44) in the region of the bulges, and wherein after the bearing location one arm has remote from the base a bow which encloses an opposite arm section of the other arm at a spacing so as to secure the arm section against displacement too far and thus to prevent excessive deformation of and/or damage to the ball joint bearing when a bearing ball is detented.
A fiducial deployment system comprising: a needle including a tubular cannula body defining a needle lumen disposed through at least a lengthwise portion of the cannula body and a distal needle end region, the distal end region comprising a distal needle end opening at a distal end of the needle lumen; and at least one generally longitudinal needle slot extending radially through at least a thickness portion of the cannula body and open to the needle lumen, where the needle slot includes at least one detent. a plurality of fiducials, each comprising a generally columnar body including a central fiducial portion slidably disposed in the needle lumen; and at least one side protuberance projecting into the needle slot so as to be engageable with the at least one detent; and a stylet extending through a portion of the needle lumen and configured to advance the fiducials one at a time past the detent and out of the distal needle end opening. a needle including a tubular cannula body defining a needle lumen disposed through at least a lengthwise portion of the cannula body and a distal needle end region, the distal end region comprising a distal needle end opening at a distal end of the needle lumen; and at least one generally longitudinal needle slot extending radially through at least a thickness portion of the cannula body and open to the needle lumen, where the needle slot includes at least one detent. a plurality of fiducials, each comprising a generally columnar body including a central fiducial portion slidably disposed in the needle lumen; and at least one side protuberance projecting into the needle slot so as to be engageable with the at least one detent; and a stylet extending through a portion of the needle lumen and configured to advance the fiducials one at a time past the detent and out of the distal needle end opening. a tubular cannula body defining a needle lumen disposed through at least a lengthwise portion of the cannula body and a distal needle end region, the distal end region comprising a distal needle end opening at a distal end of the needle lumen; and at least one generally longitudinal needle slot extending radially through at least a thickness portion of the cannula body and open to the needle lumen, where the needle slot includes at least one detent. a distal needle end opening at a distal end of the needle lumen; and at least one generally longitudinal needle slot extending radially through at least a thickness portion of the cannula body and open to the needle lumen, where the needle slot includes at least one detent. a plurality of fiducials, each comprising a generally columnar body including a central fiducial portion slidably disposed in the needle lumen; and at least one side protuberance projecting into the needle slot so as to be engageable with the at least one detent; and at least one side protuberance projecting into the needle slot so as to be engageable with the at least one detent; and a stylet extending through a portion of the needle lumen and configured to advance the fiducials one at a time past the detent and out of the distal needle end opening.
A system (200; 300) comprising: a machine tool (258; 324; 700) that includes a cutting tool (208; 708); a fluid subsystem that provides fluid to the cutting tool (208; 708); and at least one processor adapted to execute instructions that cause the at least one processor to: obtain a signal indicative of a load on the cutting tool (208; 708); establish a first value of at least one parameter of the fluid based on the signal; obtain a second value of the at least one parameter that is based on a simulation; determine a difference between the first value and the second value; and adjust a state of a device (304a; 308a) of the fluid subsystem based on the determined difference. a machine tool (258; 324; 700) that includes a cutting tool (208; 708); a fluid subsystem that provides fluid to the cutting tool (208; 708); and at least one processor adapted to execute instructions that cause the at least one processor to: obtain a signal indicative of a load on the cutting tool (208; 708); establish a first value of at least one parameter of the fluid based on the signal; obtain a second value of the at least one parameter that is based on a simulation; determine a difference between the first value and the second value; and adjust a state of a device (304a; 308a) of the fluid subsystem based on the determined difference. obtain a signal indicative of a load on the cutting tool (208; 708); establish a first value of at least one parameter of the fluid based on the signal; obtain a second value of the at least one parameter that is based on a simulation; determine a difference between the first value and the second value; and adjust a state of a device (304a; 308a) of the fluid subsystem based on the determined difference.
A locking part for locking a tubular connection, said locking part being designed to be locked axially in a first tubular element and defining an axial orifice designed to receive a second tubular element provided with a circular collar, said locking part being provided with at least one cradle that is elastically deformable and that is provided with an inside bevel that is designed so that, while said second tubular element is being engaged axially into said axial orifice, it moves away radially under the effect of said circular collar pressing axially against it, and allows said circular collar to go past, and it then moves back in to clamp behind said circular collar and to co-operate with said circular collar to lock said second tubular element axially in said first tubular element, said locking part being characterized in that said inside bevel of said cradle is provided with at least one axial ridge extending in relief and of width (l) less than the width of said cradle, and designed so that, during said axial engagement, it receives the axial thrust from said circular collar while avoiding any axial thrust from said circular collar on said cradle outside said axial ridge.
Method for operating a regenerative heat storage arrangement, the heat storage arrangement having at least one gas heater for heating a carrier gas, in particular for heating air, a heat storage row with a plurality of heat storage modules and at least one compressor, wherein during a charging cycle at least one heat storage module (5 - 8), preferably a plurality of subsequent heat storage modules (5 - 8) of the heat storage row, is flowed through by carrier gas heated in the gas heater, preferably a plurality of subsequent heat storage modules (5 - 8) of the heat storage row, being flowed through by carrier gas heated in the gas heater and being thermally charged by heat transfer from the heated carrier gas to a heat storage material of the heat storage module (5 - 8) and the carrier gas being cooled during the charging, wherein the carrier gas, if the carrier gas temperature, after loading of a heat storage module (5 - 7), reaches or exceeds a minimum loading temperature of a subsequent heat storage module (6 - 8) in the heat storage row, is supplied to the subsequent heat storage module (6 - 8) for loading, and wherein a circulation of the carrier gas is provided if the carrier gas temperature falls below the minimum loading temperature of the subsequent heat storage module (6 - 8), and the carrier gas is fed to the compressor during the circulation and, after compression, is returned to the gas heater for renewed heating of the carrier gas, characterized in that a minimum charging temperature above a permissible setpoint temperature at the compressor inlet is selected, and in that the carrier gas is cooled during the circulation before entering the compressor if the carrier gas temperature is above the permissible setpoint temperature at the compressor inlet.
An electronic device for an image forming apparatus, the electronic device being capable of acting in a common action mode and a power saving mode, comprising: a plurality of units configured to act in the common action mode (A, B, C, D, E, F); a first AC/DC circuit configured to supply a first direct voltage to the plurality of units (A, B, C, D, E, F); a second AC/DC circuit configured to supply a second direct voltage to a specific one (B, D) of the units which acts in the power saving mode; a switching circuit configured to make a switching so that the first direct voltage is supplied to the plurality of units in the common action mode and the second direct voltage is supplied to specific unit in the power saving mode; a mechanical system for conveying a sheet configured to receive, independently of said switching circuit, the first direct voltage whenever the first AC/DC circuit acts, and a control unit configured to distinguish between the common action mode and the power saving mode and control the switching circuit, wherein the mechanical system is configured to receive the first direct voltage whenever the first AC/DC circuit delivers the first direct voltage. a plurality of units configured to act in the common action mode (A, B, C, D, E, F); a first AC/DC circuit configured to supply a first direct voltage to the plurality of units (A, B, C, D, E, F); a second AC/DC circuit configured to supply a second direct voltage to a specific one (B, D) of the units which acts in the power saving mode; a switching circuit configured to make a switching so that the first direct voltage is supplied to the plurality of units in the common action mode and the second direct voltage is supplied to specific unit in the power saving mode; a mechanical system for conveying a sheet configured to receive, independently of said switching circuit, the first direct voltage whenever the first AC/DC circuit acts, and a control unit configured to distinguish between the common action mode and the power saving mode and control the switching circuit, wherein the mechanical system is configured to receive the first direct voltage whenever the first AC/DC circuit delivers the first direct voltage.
Hand-operated power tool, in particular electric manual sawing machine or wall slitting cutter, with a guide body, in particular a guide plate, which can be placed on a ground with its underside, and with a motor assembly comprising a a drive motor and a tool receptacle drivable by the drive motor for a tool, in particular a saw blade, which in at least one working position projects downwards beyond the underside of the guide body, so that a lateral surface of the tool and the underside of the guide body enclose a tilting angle, wherein the hand-operated power tool comprisess, for changing the tilting angle, a tilting device with at least one tilting bearing (52; 152) having a first and a second, in particular plate-like, bearing part (53, 54), which are mounted on each other for pivoting about a tilting axis and of which one bearing part is connected to the guide body and the other bearing part is connected to the motor assembly, wherein a pivoting stop body for hitting a pivoting end stop (87, 88) of the second bearing part in a pivoting end position is arranged on the first bearing part, wherein the pivoting stop body is mounted on the first bearing part for movement between at least one stop position provided for hitting the pivoting end stop (87, 88) and a release position in which the pivoting stop body can be moved past the pivoting end stop (87, 88), so that the first and the second bearing part (53, 54) can be pivoted past the pivoting end position until they are disengaged from each other and can be removed from each other, wherein at least one of the bearing parts (53, 54; 153, 154) comprises a guide gate, with which a guide projection on the other bearing part (53, 54; 153, 154) engages for the purpose of a mutual pivoting guidance of the two bearing parts (53, 54; 153, 154), characterised in that the guide gate is open in at least one end region in such a way that the guide projection of the other bearing part (53, 54; 153, 154) can leave the open guide gate when pivoting beyond the pivoting end position if the pivoting stop body is moved into the release position.
A freezer for using liquid cryogen as a refrigerant comprising: a) an inner vessel defining a storage chamber; b) an outer jacket generally surrounding the inner vessel so that an insulation space is defined there between; c) a heat exchanger positioned in the storage chamber, said heat exchanger having an outlet and an inlet adapted to communicate with a supply of the liquid cryogen refrigerant so that the liquid cryogen refrigerant may flow through the heat exchanger to cool the storage chamber while being vaporized; d) a purge line in communication with the outlet of the heat exchanger, said purge line including a purge outlet positioned adjacent to an exterior of the heat exchanger; and e) a purge valve positioned within the purge line so that the vaporized liquid cryogen from the heat exchanger may be selectively directed to the exterior of the heat exchanger to reduce ice formation on the heat exchanger. a) an inner vessel defining a storage chamber; b) an outer jacket generally surrounding the inner vessel so that an insulation space is defined there between; c) a heat exchanger positioned in the storage chamber, said heat exchanger having an outlet and an inlet adapted to communicate with a supply of the liquid cryogen refrigerant so that the liquid cryogen refrigerant may flow through the heat exchanger to cool the storage chamber while being vaporized; d) a purge line in communication with the outlet of the heat exchanger, said purge line including a purge outlet positioned adjacent to an exterior of the heat exchanger; and e) a purge valve positioned within the purge line so that the vaporized liquid cryogen from the heat exchanger may be selectively directed to the exterior of the heat exchanger to reduce ice formation on the heat exchanger.
A light emitting apparatus comprising: a substrate having a main surface; a first light emitting element and a second light emitting element disposed on the main surface, wherein light emitted from the first light emitting element is emitted from a first area and light emitted from the second light emitting element is emitted from a second area (108a; 108b; 108c; 108d; 108e; 108f; 108g); a first lens into which light emitted from the first area enters; and a second lens into which light emitted from the second area (108a; 108b; 108c; 108d; 108e; 108f; 108g) enters, wherein the second area (108a; 108b; 108c; 108d; 108e; 108f; 108g) is smaller than the first area, characterized in that in a direction parallel to the main surface, a distance between a middle point of the second area (108a; 108b; 108c; 108d; 108e; 108f; 108g) and a vertex of the second lens is greater than a distance between a middle point of the first area and a vertex of the first lens, wherein the vertex of the second lens is a center of the second lens in a cross section parallel to the main surface of the substrate, and the vertex of the first lens is a center of the first lens in a cross section parallel to the main surface of the substrate. a substrate having a main surface; a first light emitting element and a second light emitting element disposed on the main surface, wherein light emitted from the first light emitting element is emitted from a first area and light emitted from the second light emitting element is emitted from a second area (108a; 108b; 108c; 108d; 108e; 108f; 108g); a first lens into which light emitted from the first area enters; and a second lens into which light emitted from the second area (108a; 108b; 108c; 108d; 108e; 108f; 108g) enters, wherein the second area (108a; 108b; 108c; 108d; 108e; 108f; 108g) is smaller than the first area, characterized in that in a direction parallel to the main surface, a distance between a middle point of the second area (108a; 108b; 108c; 108d; 108e; 108f; 108g) and a vertex of the second lens is greater than a distance between a middle point of the first area and a vertex of the first lens, wherein the vertex of the second lens is a center of the second lens in a cross section parallel to the main surface of the substrate, and the vertex of the first lens is a center of the first lens in a cross section parallel to the main surface of the substrate.
A method for preparing bioactive bone repair substrate comprising granules from a calcium phosphate based bone repair matrix and at least one bioactive material dispersed therein, said method comprising: (a) providing a calcium phosphate powder, (b) providing an aqueous solution comprising a bioactive material derived from bone; (c) admixing a calcium phosphate powder (a) and an aqueous solution comprising a bioactive material derived from bone (b), to obtain a mixture, (d) allowing the mixture to set to a solid state, (e) forming granules from the set solid state, and (f) selecting the granules based on size, preferably granules having an average diameter between 25 and 10,000 μm.
A machine for chopping, harvesting and transporting chopped material, comprising a frame designed to be carried by a vehicle, a tool-holding rotor which is rotatably received by the frame with its axis substantially parallel to a soil be teated and perpendicular to the direction of travel of the vehicle, an actuator for driving a shaft that is kinematically connected to the tool-holding rotor and a blower wheel substantially orthogonal to the tool-holding rotor, wherein a channel is provided between the tool-holding rotor and the blower wheel, having the surface of its inlet opening greater than the surface of its outlet opening characterized in that the upper edge of the channel is placed at 15% to 21% of the outside diameter of the blower wheel below the center of rotation and the lower edge of the channel is placed at 30% to 40% of the outside diameter of the blower wheel below the center of rotation and in that the tool-holding rotor is driven by a drive shaft that extends through the blower wheel and in that the blower wheel and the tool-holding rotor are driven by means of the same shaft.
Electrical switch arrangement, for controlling an electronic apparatus, which comprises: - a reinforcement; - an electrical switch with tactile effect which is borne by the reinforcement and which can be actuated, under the effect of an actuation force applied in a direction of actuation, to produce a control signal for the apparatus; - a force transmission member which is mounted to move relative to the reinforcement, between a rest position and an actuation position of the electrical switch with tactile effect, and which comprises a proximal end which cooperates with the electrical switch with tactile effect and a distal end suitable for receiving the actuation force; characterised by - a permanent magnet which acts, directly or indirectly, on the force transmission member to slow down the displacements of the force transmission member; and - an electromagnet with a controlled electrical power supply and which, when powered, produces a magnetic field which cancels the magnetic field of the permanent magnet. - a reinforcement; - an electrical switch with tactile effect which is borne by the reinforcement and which can be actuated, under the effect of an actuation force applied in a direction of actuation, to produce a control signal for the apparatus; - a force transmission member which is mounted to move relative to the reinforcement, between a rest position and an actuation position of the electrical switch with tactile effect, and which comprises a proximal end which cooperates with the electrical switch with tactile effect and a distal end suitable for receiving the actuation force; characterised by - a permanent magnet which acts, directly or indirectly, on the force transmission member to slow down the displacements of the force transmission member; and - an electromagnet with a controlled electrical power supply and which, when powered, produces a magnetic field which cancels the magnetic field of the permanent magnet.
A method of fabricating a transparent conductor comprising: depositing a plurality of metal nanowires on a surface of a substrate, the metal nanowires being dispersed in a liquid; forming a metal nanowire network layer on the substrate by allowing the liquid to dry; depositing a matrix material on the metal nanowire network layer; and curing the matrix material to form a matrix, the matrix and the metal nanowires therein forming a conductive layer, characterised in that the substrate is a flexible donor substrate. depositing a plurality of metal nanowires on a surface of a substrate, the metal nanowires being dispersed in a liquid; forming a metal nanowire network layer on the substrate by allowing the liquid to dry; depositing a matrix material on the metal nanowire network layer; and curing the matrix material to form a matrix, the matrix and the metal nanowires therein forming a conductive layer, characterised in that the substrate is a flexible donor substrate.