mhurhangee/ep-ind-claims huggingface dataset:
A measurement device, comprising a biosensor (100, 917), a voltage applying part configured for applying a voltage between electrodes (106, 107) of the biosensor, the biosensor comprising a solid electrolyte for trapping at least one type of biological particles having an electron transfer function selected from the group consisting of microorganisms existing on an object to be tested and particles derived from the microorganisms by being brought into contact with the object to be tested, and at least two electrodes, wherein a gap distance between the electrodes is less than or equal to the size of the biological particles and the electrodes are configured such that the solid electrolyte and the electrodes are in contact with each other, a detection part configured for measuring a current value flowing between the electrodes by the electron transfer function of the biological particles bridging the gap between the electrodes when the voltage is applied, and a computing part configured for providing information resulting from the microorganisms by comparing the current value with a reference value stored in advance in which a current value and at least one type of factor selected from the group consisting of the presence or absence of the biological particles, a proliferative state of the microorganisms, and the presence or absence of expression of pathogenicity of the microorganisms are defined; characterized in that the solid electrolyte contains Riboflavin. a biosensor (100, 917), a voltage applying part configured for applying a voltage between electrodes (106, 107) of the biosensor, the biosensor comprising a solid electrolyte for trapping at least one type of biological particles having an electron transfer function selected from the group consisting of microorganisms existing on an object to be tested and particles derived from the microorganisms by being brought into contact with the object to be tested, and at least two electrodes, wherein a gap distance between the electrodes is less than or equal to the size of the biological particles and the electrodes are configured such that the solid electrolyte and the electrodes are in contact with each other, a detection part configured for measuring a current value flowing between the electrodes by the electron transfer function of the biological particles bridging the gap between the electrodes when the voltage is applied, and a computing part configured for providing information resulting from the microorganisms by comparing the current value with a reference value stored in advance in which a current value and at least one type of factor selected from the group consisting of the presence or absence of the biological particles, a proliferative state of the microorganisms, and the presence or absence of expression of pathogenicity of the microorganisms are defined; characterized in that the solid electrolyte contains Riboflavin.
An integrated thermoelectric generator of out-of-plane heat flux configuration on a substrate wafer of a Z-device structure having hill-top junction metal contacts and valley-bottom junction metal contacts joining juxtaposed ends of segments (4, 5), alternately p-doped and n-doped, of defined thin film lines of a polycrystalline semiconductor, extending over inclined opposite flanks of hills of a material of lower thermal conductivity than the thermal conductivity of said polycrystalline semiconductor, useful for converting in electricity part of the heat flowing in a direction orthogonal to the planar generator, characterized in that all valleys among said hills of thermally insulating material are void spaces defined by a cover wafer (8, 1') having at least on its coupling surface a dielectric film (9, 2') and bond metal pads or a Z-device structure of a mirror-like structural geometry of the Z-device structure of the substrate wafer defined thereon, adapted to bond with hill-top metal contacts of the Z-device structure of the substrate wafer, according to a flip-chip aligned bonding technique; said substrate wafer and said cover wafer (8, 1') have arrays of regularly spaced via holes (11, 12) through the thickness of semiconductor crystal of the wafers, in a geometrical projection correspondence with said metal contacts (6, 6', 7, 7') or bond metal pads; a heat conducting metallic filler in via holes of the substrate wafer in geometrical projection correspondence with said valley-bottom metal contacts and in via holes of the cover wafer (8, 1') in geometrical projection correspondence with bond metal pads or valley-bottom metal contacts.
An image forming apparatus comprising: a plurality of light-emitting element array chips comprising a light-emitting element array and a transfer element array, wherein the light-emitting element array comprises a plurality of light emitting elements (L1 - L256) and the transfer element array comprises a plurality of respective transfer elements (T1 - T256) configured to sequentially turn the light emitting elements on and off; and a control driver for applying a signal to the plurality of light-emitting element array chips, wherein the control driver comprises a check terminal (Φi(n)_chk, Φchk, Φi_chk, Φs_chk) configured to measure signals output from the plurality of light-emitting element array chips in response to the signals applied by the control driver, and the control driver is configured to determine whether any of the plurality of light-emitting element array chips are defective by analyzing the signals measured at the check terminal, wherein the control driver further comprises a data signal input terminal (Φi(n)), and wherein a resistor is connected between the data signal input terminal and a data line (Φi_(n)) of the light-emitting element array, and wherein a buffer or a comparing unit is connected between the check terminal and the data line of the light-emitting element array. a plurality of light-emitting element array chips comprising a light-emitting element array and a transfer element array, wherein the light-emitting element array comprises a plurality of light emitting elements (L1 - L256) and the transfer element array comprises a plurality of respective transfer elements (T1 - T256) configured to sequentially turn the light emitting elements on and off; and a control driver for applying a signal to the plurality of light-emitting element array chips, wherein the control driver comprises a check terminal (Φi(n)_chk, Φchk, Φi_chk, Φs_chk) configured to measure signals output from the plurality of light-emitting element array chips in response to the signals applied by the control driver, and the control driver is configured to determine whether any of the plurality of light-emitting element array chips are defective by analyzing the signals measured at the check terminal, wherein the control driver further comprises a data signal input terminal (Φi(n)), and wherein a resistor is connected between the data signal input terminal and a data line (Φi_(n)) of the light-emitting element array, and wherein a buffer or a comparing unit is connected between the check terminal and the data line of the light-emitting element array.
Actuating drive with an output shaft for actuating a valve, with a motor drive unit and with a manual drive element, wherein the output shaft can be optionally actuated using the motor drive unit or the manual drive element, wherein the actuating drive has a coupling device which is arranged between the output shaft and the manual drive element, characterized in that the actuating drive comprises at least one sensor, using which a rotational movement of the decoupled manual drive element around a rotary axis can be detected.
A retaining clip (100;500) for connecting to a component, the retaining clip comprising: - a first resilient leg (104;504) and a second resilient leg (106;506) adapted to be compressible towards each other for insertion into a receiving connection member of the component, and to engage with the receiving connection member by a resulting relative resilient motion of the first resilient leg and the second resilient leg away from each other, - wherein each resilient leg includes at least one protrusion (110;508) configured to engage in the receiving connection member, wherein the resilient legs are shaped to form a hip portion where the legs are further apart than corresponding neighboring portions of the resilient legs, wherein the protrusions are located on the hip portion. - a first resilient leg (104;504) and a second resilient leg (106;506) adapted to be compressible towards each other for insertion into a receiving connection member of the component, and to engage with the receiving connection member by a resulting relative resilient motion of the first resilient leg and the second resilient leg away from each other, - wherein each resilient leg includes at least one protrusion (110;508) configured to engage in the receiving connection member, wherein the resilient legs are shaped to form a hip portion where the legs are further apart than corresponding neighboring portions of the resilient legs, wherein the protrusions are located on the hip portion.
A process, comprising the steps of: providing CO and H2; providing a first catalyst which is an organometallic complex of rhodium and one type of an organophosphorus ligand or an organometallic complex of rhodium and more than one type of an organophosphorus ligand; providing a linear alpha olefin; isomerizing said linear alpha olefin by said first catalyst in the presence of CO and H2 at a first pressure to produce an isomerized olefin; and hydroformylating said isomerized olefin by said first catalyst in the presence of CO and H2 at a second pressure higher than said first pressure to produce a branched aldehyde. providing CO and H2; providing a first catalyst which is an organometallic complex of rhodium and one type of an organophosphorus ligand or an organometallic complex of rhodium and more than one type of an organophosphorus ligand; providing a linear alpha olefin; isomerizing said linear alpha olefin by said first catalyst in the presence of CO and H2 at a first pressure to produce an isomerized olefin; and hydroformylating said isomerized olefin by said first catalyst in the presence of CO and H2 at a second pressure higher than said first pressure to produce a branched aldehyde.
A power module substrate comprising: a circuit layer formed on one surface of an insulating layer; and a sintered Ag layer formed on the circuit layer, wherein the sintered Ag layer is made of a glass layer and a Ag layer formed on the glass layer, characterized in that a trench penetrates through the glass layer from the upper surface of the sintered Ag layer and reaches the surface of the circuit layer, thereby connecting the Ag layer and the circuit layer, in that the Ag layer has an extended part extending to the circuit layer along an inner surface of the trench, in that the extended part electrically connects the Ag layer and the circuit layer and directly connects to the surface of the circuit layer, and in that the trench is formed to connect a peripheral region of the Ag layer and an exposed part of the circuit layer stretching out around the periphery of the Ag layer, the peripheral region being a region stretching out from an element bonding region of the Ag layer on which a semiconductor element is to be provided. a circuit layer formed on one surface of an insulating layer; and a sintered Ag layer formed on the circuit layer, wherein the sintered Ag layer is made of a glass layer and a Ag layer formed on the glass layer, characterized in that a trench penetrates through the glass layer from the upper surface of the sintered Ag layer and reaches the surface of the circuit layer, thereby connecting the Ag layer and the circuit layer, in that the Ag layer has an extended part extending to the circuit layer along an inner surface of the trench, in that the extended part electrically connects the Ag layer and the circuit layer and directly connects to the surface of the circuit layer, and in that the trench is formed to connect a peripheral region of the Ag layer and an exposed part of the circuit layer stretching out around the periphery of the Ag layer, the peripheral region being a region stretching out from an element bonding region of the Ag layer on which a semiconductor element is to be provided.
A method for managing icing conditions on a rotary aircraft via a first and second ice protection controller, wherein each ice protection controller communicates via one respective channel with an upper distributor, wherein each channel includes a respective digital communication bus, wherein each ice protection controller communicates to the upper distributor via the respective digital communication bus, and wherein each digital communication bus is routed through a respective power converter cutout unit and a slip ring assembly, the method comprising: receiving an icing condition signal from a respective dicing rate sensor at each ice protection controller; determining, in response to the icing condition signal, a de-icing signal based at least in part on a liquid water content; and transmitting, via the respective digital communication bus disposed in at least part of the slip ring assembly, the de-icing signal to the upper distributor to cause the upper distributor to transmit power to one or more heating elements for a respective rotor blade. receiving an icing condition signal from a respective dicing rate sensor at each ice protection controller; determining, in response to the icing condition signal, a de-icing signal based at least in part on a liquid water content; and transmitting, via the respective digital communication bus disposed in at least part of the slip ring assembly, the de-icing signal to the upper distributor to cause the upper distributor to transmit power to one or more heating elements for a respective rotor blade.
A flexible sealing tube adapted to be installed in and extend along a bore in a ground for use in a system for exchanging of energy with the ground, said flexible sealing tube comprising a first tube end to be installed at an inner part of said bore, said flexible sealing tube being closed in said first tube end, said flexible sealing tube further comprising a first channel and a second channel extending in a longitudinal direction of said flexible sealing tube, said first and second channels (6, 7) being in fluid connection with each other, characterised in that said first and second channels (6, 7) are formed by said flexible sealing tube by folding a flexible sealing material to form a tube and in that said flexible sealing tube comprises a longitudinally extending first joint, said first and second channels (6, 7) being provided on opposite sides of said longitudinally extending first joint.
A tape feeder which is configured to supply electronic components to a board working machine, comprising: a reel holding section at which a first reel around which a first tape that holds the electronic components is wound is held, and a second reel around which a second tape that holds the electronic components is wound, at different positions on a reel holding surface; a feeder main body which is configured to feed the first tape from the first reel to the board working machine, and to automatically feed the second tape from the second reel to the board working machine after the first tape is consumed; and a movable mechanism which is provided between the reel holding section and the feeder main body, and is configured to allow the reel holding section to relatively move with respect to the feeder main body, wherein the movable mechanism is capable of changing the position of the reel holding section with respect to the feeder main body between an upper position and a lower position, wherein in both upper and lower position the reel holding section is attached to the feeder main body, the tape feeder being characterized in that the movable mechanism is capable of changing the position of the reel holding section between a proximity position that is close to the feeder main body and a separation position that is separated from the feeder main body at least at the lower position wherein the movable mechanism includes a guide arm having a guide section that extends in parallel to the reel holding surface, and wherein the reel holding section is configured to be slidable between the proximity position and the separation position along the guide section. a reel holding section at which a first reel around which a first tape that holds the electronic components is wound is held, and a second reel around which a second tape that holds the electronic components is wound, at different positions on a reel holding surface; a feeder main body which is configured to feed the first tape from the first reel to the board working machine, and to automatically feed the second tape from the second reel to the board working machine after the first tape is consumed; and a movable mechanism which is provided between the reel holding section and the feeder main body, and is configured to allow the reel holding section to relatively move with respect to the feeder main body, wherein the movable mechanism is capable of changing the position of the reel holding section with respect to the feeder main body between an upper position and a lower position, wherein in both upper and lower position the reel holding section is attached to the feeder main body, the tape feeder being characterized in that wherein the movable mechanism includes a guide arm having a guide section that extends in parallel to the reel holding surface, and wherein the reel holding section is configured to be slidable between the proximity position and the separation position along the guide section.
A drive device for moving a movable furniture part, in particular a drawer or a furniture flap, characterized in that the drive device acts - on the one hand as a lockable and unlockable spring-loaded ejection device for ejecting the furniture part from a closed position in the opening direction, and - on the other hand as a spring-loaded retraction device for retracting the furniture part into the closed position, wherein the same spring spring-loads the drive device both in its function as an ejection device and also in its function as a retraction device. - on the one hand as a lockable and unlockable spring-loaded ejection device for ejecting the furniture part from a closed position in the opening direction, and - on the other hand as a spring-loaded retraction device for retracting the furniture part into the closed position,
An aseptic connector comprising a first connection unit (102; 202; 302; 402; 502) provided with a first terminal end surface (104; 204; 304; 404; 504) and a second connection unit (106; 206; 306; 406; 506) provided with a second terminal end surface (108; 208; 308; 408; 508); said first and second terminal end surfaces are each provided with at least one first and second opening (110, 112; 210, 212; 310, 312; 410, 412; 510, 512) respectively, which openings are orientated to substantially coincide when said first and second connection units are connected to each other; said first and second openings are sealed by at least one film (114; 214; 314; 414; 514) arranged on said first and second connection units, so that the contact between the film and each connection unit is aseptic; said at least one film is adapted to be mated with a corresponding film on the other connection unit when said first and second connection units are connected to each other; and said mated films are adapted to be pulled out together two and two after mating such that corresponding first and second openings in said first and second terminal end surfaces are mated aseptically, characterised in that at least two first ports (116; 216; 316; 416; 516) connectable to pipes or tubes are arranged on the first connection unit, which first ports have fluid connection with the at least one first opening (110; 210; 310; 410; 510) in the first terminal end surface and in that at least one second port (118; 218; 318; 418; 518) connectable to pipes or tubes is arranged on the second connection unit, wherein the at least one second port has a fluid connection with the at least one second opening (112; 212; 312; 412; 512) in the second terminal end surface, and wherein the at least two first ports and the at least one second port project out of the first and second connection units respectively and are configured to be connected to the pipes or tubes by pushing a pipe or tube over each projecting port to form a leak-tight seal.
Coiling tool for a spring coiling machine comprising a bending roller holder with a contact plate, on which a bending roller provided with a radially circumferential winding groove is non-rotatably fastened via a clamping screw and which has a support collar for supporting the bending roller, characterised in that the bending roller has a base with a non-circular cross-section on its side facing the contact plate, wherein the support collar has a bearing surface facing the base and enclosing it in some areas, which is designed to correspond to the outer circumferential surface of the base facing it.
A manufacturing method of surface treated zinc oxide particles, comprising: a first step of mixing a dispersion liquid with zinc oxide particles dispersed in a solvent, and silicone resin having a three-dimensional siloxane bond as a main frame, with a part of the molecular end blocked by a silanol group (Si-OH) and an alkoxy silyl group (Si-OR, wherein R is alkyl group), and a methyl group or a phenyl group as organic substituted group; then obtaining a mixed solution containing a surface treated zinc oxide particles precursor, with the silicone resin adsorbed on the surface of each zinc oxide particle, and the solvent, and drying and solidifying the mixed solution by removing the solvent from the mixed solution and applying heat treatment thereto, to thereby manufacture a dried body; and a second step of pulverizing the dried body, to thereby manufacture the surface treated zinc oxide particles. a first step of mixing a dispersion liquid with zinc oxide particles dispersed in a solvent, and silicone resin having a three-dimensional siloxane bond as a main frame, with a part of the molecular end blocked by a silanol group (Si-OH) and an alkoxy silyl group (Si-OR, wherein R is alkyl group), and a methyl group or a phenyl group as organic substituted group; then obtaining a mixed solution containing a surface treated zinc oxide particles precursor, with the silicone resin adsorbed on the surface of each zinc oxide particle, and the solvent, and drying and solidifying the mixed solution by removing the solvent from the mixed solution and applying heat treatment thereto, to thereby manufacture a dried body; and a second step of pulverizing the dried body, to thereby manufacture the surface treated zinc oxide particles.