mhurhangee/patent-ind-claim-en huggingface dataset:
A cell culture apparatus in which there are stored, in a multi-stage state in a casing , a plurality of cell culture units (U) each comprising at least a culture container (U20, U30) to which a medium is supplied together with cells to perform cell culture and a medium container (U10) to supply the medium to the culture container (U20, U30), the culture container (U20, U30) and the medium container (U10) being connected by a transfer tube (U40), thereby individually performing the cell culture in each of the cell culture units (U), characterized in that : a support frame in which a plurality of slide rails are arranged in a multi-stage state along a height direction is disposed in the casing , a culture container accommodating shelf in which the culture containers (U20, U30) are accommodated is slidably attached to each of the slide rails so as to slide toward a proximal side and a distal side of the casing , a measurement unit comprising an imaging part is disposed so as to be movable up and down between a back panel part of the casing and the culture container accommodating shelf , and when the measurement unit reaches a measurement position of each cell culture unit (U) that is a measurement subject, the culture container accommodating shelf which accommodates the culture containers (U20, U30) provided in the cell culture unit (U) moves toward the measurement unit so that portions to be measured of the culture containers (U20, U30) provided in the cell culture unit (U) come in an imaging range of the imaging part. a support frame in which a plurality of slide rails are arranged in a multi-stage state along a height direction is disposed in the casing , a culture container accommodating shelf in which the culture containers (U20, U30) are accommodated is slidably attached to each of the slide rails so as to slide toward a proximal side and a distal side of the casing , a measurement unit comprising an imaging part is disposed so as to be movable up and down between a back panel part of the casing and the culture container accommodating shelf , and when the measurement unit reaches a measurement position of each cell culture unit (U) that is a measurement subject, the culture container accommodating shelf which accommodates the culture containers (U20, U30) provided in the cell culture unit (U) moves toward the measurement unit so that portions to be measured of the culture containers (U20, U30) provided in the cell culture unit (U) come in an imaging range of the imaging part.
Single-lip drill having one rake face or double-lip drill having two rake faces , comprising a drill head , the drill head having an axis of rotation , a drilling diameter (D) and one or two cutting edges , each cutting edge being associated with a planar rake face , a rake face and a planar wall in each case delimiting a longitudinal groove , at least one depression being incorporated in the rake face , characterized in that a narrow strip of the rake face remains between an edge of the depression and the main cutting edge and between the edge of the depression and the secondary cutting edge .
A handgun holster comprising a shell defining an inner cavity with a bottom, for housing a handgun (P) provided with a trigger guard (P2), the cavity extending along a longitudinal direction (X) starting from a gun insertion end, the holster further defining a handgun height direction (Y) and a crosswise width direction (Z) orthogonal with the plane (XY) defined by said longitudinal direction (X) and said handgun height direction (Y), said cavity housing handgun catch means movably supported by said shell, said catch means being movable between a handgun release position and a handgun catch position, in which they respectively permit the insertion/extraction of the gun and are capable to exert a catching action on the same gun, said catch means comprising a first end in proximity with said bottom, adapted to come into contact with a muzzle portion (P4) of the gun when the same is pushed deep into the cavity, a second end arranged in the trigger guard area and provided with at least one catch member adapted to exert a catching action on the gun at a guard portion (P2), said catch means being arranged such that the contact of said muzzle portion (P4) with said first end in an inserted position in proximity with the bottom of the cavity drives the catch means from said release position to said catch position and conversely as the handgun is extracted from the cavity the release position is attained, wherein said catch member of said second end comprises at least one catch wing adapted to exert an abutment action on the handgun with a component according to said height direction (Y), and wherein said catch means comprise at least one catch lever pivotally supported by said shell around an axis (Y') and comprising said first and second ends, said first end being slanting inwards in said cavity in said release position and thus adapted to mechanically interfere with the gun in a final segment of its insertion run, being driven by said muzzle portion (P4) with a thrust having a component in said crosswise direction (Z), the holster further comprising elastic means adapted to urge the catch means towards said release position and to keep them stably in such position when the holster is empty, whereby the thrust causes the rotation of the at least one lever to the catching position in which the second end clutches on the handgun overcoming the hindrance of said elastic means.
A thermal infrared emitter device, which comprises - a reflecting layer , which has a first surface and a second surface, - a self-supporting protecting layer , which is manufactured of a protecting material, on the first surface of the reflecting layer , - an optical structure on the second surface of the reflecting layer , and - means for heating the layer structure, characterized in that the optical structure on the second surface of the reflecting layer comprises at least one partially transparent layer as well as at least one intermediate layer (14; 3, 4, 5) arranged between the reflecting layer and the partially transparent layer , the thickness of the intermediate layer (14; 3, 4, 5) being selected on the basis of the refractive index of the intermediate layer (14; 3, 4, 5) and of the thickness and refractive index of the partially transparent layer , in such a way that the partially transparent layer is located at a distance from the reflective layer , and that at least one partially transparent layer is manufactured from a material, the imaginary component of the complex index of refraction of which is, at least in the wavelength range of infrared radiation, larger than 1, and at least one second protecting layer on the surface of the partially transparent layer , which is manufactured from a protecting material and is positioned in such a way that the partially transparent layer is located between the protecting layer and at least one intermediate layer (14; 3, 4, 5). - a reflecting layer , which has a first surface and a second surface, - a self-supporting protecting layer , which is manufactured of a protecting material, on the first surface of the reflecting layer , - an optical structure on the second surface of the reflecting layer , and - means for heating the layer structure,
A method of simultaneously forming an infrared bandpass filter on a filter side and interconnection levels on an interconnect side of an image sensor, comprising the steps, in the following order, of: a) forming a first layer of a dielectric material having a refraction index smaller than 2.5 at the maximum transmission wavelength of the filter on a semiconductor substrate ; b) depositing an etch stop layer (4-1); c) depositing at least one silicon layer (5-1) having a first thickness; d) removing, on the interconnect side, said at least one silicon layer (5-1); e) depositing a second layer of the dielectric material (6-1) having a second thickness greater than the first thickness; f) forming in the second layer (6-1) metal tracks (15-1) and interconnection vias (16-1), on the interconnect side; g) planarizing the surface to a level corresponding to the level (7-1, 8-1) of the surface of the second layer, where the second layer does not cover said at least one silicon layer (5-1); and h) repeating steps b) to g) at least once, the values of the first and second thicknesses being selected from one repetition to another, according to calculations implying a simulation step and/or according to the desired electric performances, the first thicknesses being selected to form a bandpass filter with the desired properties in function of the second thicknesses selected to obtain desired electric performances regarding interlevel parasitic capacitances. a) forming a first layer of a dielectric material having a refraction index smaller than 2.5 at the maximum transmission wavelength of the filter on a semiconductor substrate ; b) depositing an etch stop layer (4-1); c) depositing at least one silicon layer (5-1) having a first thickness; d) removing, on the interconnect side, said at least one silicon layer (5-1); e) depositing a second layer of the dielectric material (6-1) having a second thickness greater than the first thickness; f) forming in the second layer (6-1) metal tracks (15-1) and interconnection vias (16-1), on the interconnect side; g) planarizing the surface to a level corresponding to the level (7-1, 8-1) of the surface of the second layer, where the second layer does not cover said at least one silicon layer (5-1); and h) repeating steps b) to g) at least once, the values of the first and second thicknesses being selected from one repetition to another, according to calculations implying a simulation step and/or according to the desired electric performances, the first thicknesses being selected to form a bandpass filter with the desired properties in function of the second thicknesses selected to obtain desired electric performances regarding interlevel parasitic capacitances.
A yeast cell comprising an expression construct comprising a promoter operably linked to a nucleic acid encoding a polypeptide comprising a human ApoE4 protein, wherein expression of the nucleic acid and production of the polypeptide in the cell results in a decrease in growth or viability of the cell.
A mobile device comprising: a plurality of microphones for capturing an audio input signal (S270), the number of active microphones of the plurality of microphones being adjustable; a memory configured to store the audio input signal captured by one or more active microphones of the plurality of microphones; and at least one processor coupled to the memory and configured to: determine auditory context information (S600) from the audio input signal captured by the one or more active microphones and stored in the memory, the determined auditory context information including a determined activity of a user of the mobile device; dynamically adjust the number of active microphones based on the determined activity of the user determined from the stored audio input signal. a plurality of microphones for capturing an audio input signal (S270), the number of active microphones of the plurality of microphones being adjustable; a memory configured to store the audio input signal captured by one or more active microphones of the plurality of microphones; and at least one processor coupled to the memory and configured to: determine auditory context information (S600) from the audio input signal captured by the one or more active microphones and stored in the memory, the determined auditory context information including a determined activity of a user of the mobile device; dynamically adjust the number of active microphones based on the determined activity of the user determined from the stored audio input signal. determine auditory context information (S600) from the audio input signal captured by the one or more active microphones and stored in the memory, the determined auditory context information including a determined activity of a user of the mobile device; dynamically adjust the number of active microphones based on the determined activity of the user determined from the stored audio input signal.
A heat-exchange ventilation device comprising: an air supply passage to guide external air from outdoor to indoor; an air exhaust passage to guide air from indoor to outdoor; an air supply fan to generate a supply air flow from outdoor toward indoor in the air supply passage ; an air exhaust fan to generate an exhaust air flow from indoor toward outdoor in the air exhaust passage ; a heat exchanger provided in a middle of the air supply passage and the air exhaust passage to perform heat exchange between the supply air flow and the exhaust air flow; a heater to heat the supply air flow flowing through the air supply passage into the heat exchanger ; a temperature sensor to measure a temperature of the supply air flow passing through the air supply passage ; and a control unit to control operations of the air supply fan and the air exhaust fan and turning-on and turning- off of the heater based on a measurement result of the temperature sensor , characterized in that the air supply fan is operable at one of a plurality of intensities at which different air volumes of the supply air flow are generated, the plurality of intensities including a low intensity which is lower than an intensity set in advance, and the control unit prohibits a state in which the air supply fan is operated at the low intensity and the heater is turned on. an air supply passage to guide external air from outdoor to indoor; an air exhaust passage to guide air from indoor to outdoor; an air supply fan to generate a supply air flow from outdoor toward indoor in the air supply passage ; an air exhaust fan to generate an exhaust air flow from indoor toward outdoor in the air exhaust passage ; a heat exchanger provided in a middle of the air supply passage and the air exhaust passage to perform heat exchange between the supply air flow and the exhaust air flow; a heater to heat the supply air flow flowing through the air supply passage into the heat exchanger ; a temperature sensor to measure a temperature of the supply air flow passing through the air supply passage ; and a control unit to control operations of the air supply fan and the air exhaust fan and turning-on and turning- off of the heater based on a measurement result of the temperature sensor , characterized in that the air supply fan is operable at one of a plurality of intensities at which different air volumes of the supply air flow are generated, the plurality of intensities including a low intensity which is lower than an intensity set in advance, and the control unit prohibits a state in which the air supply fan is operated at the low intensity and the heater is turned on.
Method of manufacturing a moulded part , wherein the moulded part comprises a wood veneer formed as a decorative layer and a support , wherein the wood veneer has a front side formed as a visible side and a rear side opposite the front side , the method comprising the steps of: - Providing a wood veneer intended to form the decorative layer, - applying varnish to the front face of the wood veneer , the varnish being applied in sections to the front face of the wood veneer according to a pattern or symbol provided, - Back injection of the wood veneer at the back side of the wood veneer with a carrier material to form the carrier , - Staining the wood veneer on the front side of the wood veneer . - Providing a wood veneer intended to form the decorative layer, - applying varnish to the front face of the wood veneer , the varnish being applied in sections to the front face of the wood veneer according to a pattern or symbol provided, - Back injection of the wood veneer at the back side of the wood veneer with a carrier material to form the carrier , - Staining the wood veneer on the front side of the wood veneer .
Shockwave generator comprising a body with a channel extending between an applicator head and an end section , an electromagnetically driveable impactor slideable in the channel, wherein the applicator head of the body comprises a shock transducer moveable relative to the applicator body under the action of the impactor, the shock transducer comprising a contact face at the outside of the shock wave generator, characterized in that the shockwave generator comprises at least two serially arranged coil magnets with a reversible polarity for thrusting the impactor, wherein the shockwave generator comprises a control unit programmed to reverse the polarity of the coil magnets.
An ultrasonic welding method comprising: pressing an ultrasonic welding stack against a first workpiece; initiating a weld by outputting energy from the ultrasonic welding stack to the first workpiece; monitoring, with at least one sensor, at least one control variable beginning at the initiating of the weld; moving the ultrasonic welding stack at a first low constant speed (S i ), beginning at the initiating of the weld, until the at least one signal corresponding to the at least one control variable satisfies a predetermined condition; moving the ultrasonic welding stack at a second speed (S w ) responsive to the at least one control variable satisfying the predetermined condition, wherein the second speed (S w ) is greater than the first low constant speed (S i ). pressing an ultrasonic welding stack against a first workpiece; initiating a weld by outputting energy from the ultrasonic welding stack to the first workpiece; monitoring, with at least one sensor, at least one control variable beginning at the initiating of the weld; moving the ultrasonic welding stack at a first low constant speed (S i ), beginning at the initiating of the weld, until the at least one signal corresponding to the at least one control variable satisfies a predetermined condition; moving the ultrasonic welding stack at a second speed (S w ) responsive to the at least one control variable satisfying the predetermined condition, wherein the second speed (S w ) is greater than the first low constant speed (S i ).
Fastener for bracelets of the type comprising first and second free extremities, the fastener comprising first and second means of fastening the bracelet intended to be secured to the first and second free extremities respectively of the bracelet, the said means of fastening being moveable with respect to each other between at least one open operating position and one closed operating position in which they are closer to each other than in the open position; the fastener comprising: - a closing mechanism enabling the fastener to be opened and closed; - a first support bearing a mechanism for adjusting the length of the bracelet, the first support accommodating a moveable part connected to one of the two means of fastening, the first support bearing a stop device arranged to obstruct the movement of the moveable part in at least one direction along the longitudinal axis of the bracelet, the stop device comprising at least one lever mounted so that it can pivot on the said first support , the lever comprising an actuating member intended to be activated to make the lever pivot and therefore release the moveable part and permit its movement to adjust the length of the bracelet, characterised in that the said lever is arranged on the said first support such that the actuating member of the lever is accessible from the outside of the fastener, allowing the activation of the actuating member from the outside when the fastener is closed and in that the said lever also comprises a stop mechanism arranged in such a manner as to be able to interact directly with one notch of a series of notches arranged in the said mobile part . - a closing mechanism enabling the fastener to be opened and closed; - a first support bearing a mechanism for adjusting the length of the bracelet, the first support accommodating a moveable part connected to one of the two means of fastening, the first support bearing a stop device arranged to obstruct the movement of the moveable part in at least one direction along the longitudinal axis of the bracelet, the stop device comprising at least one lever mounted so that it can pivot on the said first support , the lever comprising an actuating member intended to be activated to make the lever pivot and therefore release the moveable part and permit its movement to adjust the length of the bracelet, characterised in that the said lever is arranged on the said first support such that the actuating member of the lever is accessible from the outside of the fastener, allowing the activation of the actuating member from the outside when the fastener is closed and in that the said lever also comprises a stop mechanism arranged in such a manner as to be able to interact directly with one notch of a series of notches arranged in the said mobile part .
A method of making a media, the method comprising mixing together three components, granulating the mixture and firing the granules formed, characterised in that the first component is silica sand, the second component is mica granite sand, and the third component is a glass powder, with the firing taking place at a temperature such that the third component melts during firing.
Device for cross-linking one or more materials, in particular polar materials, in particular rubber, contained in a workpiece by means of microwaves, having at least one microwave source and at least one single-mode applicator into which microwaves from the microwave source can be coupled, wherein the at least one single-mode applicator has a first opening for introducing the workpiece and a second opening for guiding the workpiece out, so that the workpiece can be guided through the single-mode applicator , characterized in that a microwave trap is provided at the first opening and the second opening .
A fiber optic connector (100; 400) comprising: a boot (102; 302; 402) receiving an optical fiber; a connector body (110; 410) having a ferrule for receiving the optical fiber; and a latch (106; 406) coupled to the connector body (110; 410), the latch (106; 406) for engaging an adapter for receiving the fiber optic connector (100; 400), characterized in that the latch (106; 406) is repositionable relative to the ferrule to enable polarity change of the fiber optic connector (100; 400) without changing a position of the ferrule and the optical fiber. a boot (102; 302; 402) receiving an optical fiber; a connector body (110; 410) having a ferrule for receiving the optical fiber; and a latch (106; 406) coupled to the connector body (110; 410), the latch (106; 406) for engaging an adapter for receiving the fiber optic connector (100; 400), characterized in that the latch (106; 406) is repositionable relative to the ferrule to enable polarity change of the fiber optic connector (100; 400) without changing a position of the ferrule and the optical fiber.