mhurhangee/patent-ind-claim-en huggingface dataset:
A method for positioning a focus lens assembly (113; 213; 313; 413), the focus lens assembly being movable along an optical axis (112; 212; 312; 412) relative to an image sensor (111; 211; 311; 411), the method comprising: - moving the focus lens assembly against a mechanical stop (119, 120; 219, 220; 319, 320; 419, 420); and - moving the focus lens assembly from the mechanical stop to a frame focus position (121; 221; 321; 421) for exposure of a frame after a stabilizing period, wherein the stabilizing period is the period between moving the focus lens assembly to the mechanical stop and therefrom back to the frame focus position, wherein the frame focus position is located within a range of positions that enable the focus lens assembly to achieve an exposure of frames, the mechanical stop being located at a position outside of the range of positions, and wherein the stabilizing period is 1 millisecond or more. - moving the focus lens assembly against a mechanical stop (119, 120; 219, 220; 319, 320; 419, 420); and - moving the focus lens assembly from the mechanical stop to a frame focus position (121; 221; 321; 421) for exposure of a frame after a stabilizing period, wherein the stabilizing period is the period between moving the focus lens assembly to the mechanical stop and therefrom back to the frame focus position,
Covering composition in the form of a spray for application to body surfaces, containing - at least one water-resistant polymer in an amount of 1 to 20% by weight, - at least one pigment in an amount of 2 to 25% by weight, - at least one solvent for the water-resistant polymer in an amount of 40 to 80% by weight, - up to 40% by weight of propellant, - up to 40% by weight of additives, wherein the data by weight are based on the total composition, characterized in that it contains polyisobutylene as the water-resistant polymer and in that the solvent is selected from acetone, isopropanol, pentane, hexane, heptane and/or methylal. - at least one water-resistant polymer in an amount of 1 to 20% by weight, - at least one pigment in an amount of 2 to 25% by weight, - at least one solvent for the water-resistant polymer in an amount of 40 to 80% by weight, - up to 40% by weight of propellant, - up to 40% by weight of additives,
An expression cassette comprising an isolated nucleic acid molecule comprising, or consisting of, the nucleic acid sequence of SEQ ID NO:1, wherein said isolated nucleic acid molecule is operatively linked to at least a nucleic acid sequence encoding for a gene and wherein said isolated nucleic acid molecule leads to the specific expression of the gene in direction selective retinal ganglion cells.
Method for inserting a leak protection lining into a tank , comprising: providing a collapsible cover adapted to the inner shape of the tank , which cover is equipped with a supporting frame of pressurizeable tube segments (15 - 23), which supporting frame can span in a pressurized state the cover at least approximately to said inner shape; inserting the cover in a collapsed state together with its supporting frame in an unpressurized state into the tank via an opening of the tank ; and pressurizing the supporting frame with at least one pressure fluid, characterised in that the supporting frame is pressurized with the at least one pressure fluid by means of a first separate pressure fluid source connected to the supporting frame until the cover spans to said inner shape; wherein after or already during pressurizing the supporting frame the cover is inflated with comparably lower pressure or more slowly or time-delayed by means of a second pressure fluid source connected to the cover . providing a collapsible cover adapted to the inner shape of the tank , which cover is equipped with a supporting frame of pressurizeable tube segments (15 - 23), which supporting frame can span in a pressurized state the cover at least approximately to said inner shape; inserting the cover in a collapsed state together with its supporting frame in an unpressurized state into the tank via an opening of the tank ; and pressurizing the supporting frame with at least one pressure fluid, characterised in that the supporting frame is pressurized with the at least one pressure fluid by means of a first separate pressure fluid source connected to the supporting frame until the cover spans to said inner shape; wherein after or already during pressurizing the supporting frame the cover is inflated with comparably lower pressure or more slowly or time-delayed by means of a second pressure fluid source connected to the cover .
A method for mapping a patient's vascular system, the method comprising: generating a three-dimensional model of a bronchial network in the patient's chest based on image data of the patient's chest; and generating a vascular tree map by fitting a model vascular map to the 3D model, receiving vascular-location data indicating locations of a plurality of identified vascular structures, wherein the plurality of vascular structures are identified based on electromagnetic (EM) sensor data received from an EM sensor of an electromagnetic navigation (EMN) system coupled to a tool being navigated about the patient's chest; updating positions of vascular structures on the vascular tree map by correlating the locations of the plurality of identified vascular structures with the vascular tree map, thereby providing an updated vascular tree map; and displaying the updated vascular tree map. generating a three-dimensional model of a bronchial network in the patient's chest based on image data of the patient's chest; and generating a vascular tree map by fitting a model vascular map to the 3D model, receiving vascular-location data indicating locations of a plurality of identified vascular structures, wherein the plurality of vascular structures are identified based on electromagnetic (EM) sensor data received from an EM sensor of an electromagnetic navigation (EMN) system coupled to a tool being navigated about the patient's chest; updating positions of vascular structures on the vascular tree map by correlating the locations of the plurality of identified vascular structures with the vascular tree map, thereby providing an updated vascular tree map; and displaying the updated vascular tree map.
A rubber composition comprising: a first synthetic rubber; and a second synthetic rubber, wherein the first synthetic rubber is a solution-polymerized modified conjugated diene-based rubber which has a 1,2-vinyl bond content of 50 wt% or more, and of which at least one terminal is bonded to a functional group,and wherein a styrene bond content of the first synthetic rubber is 0 wt%; the second synthetic rubber is a conjugated diene-based rubber which has a 1,2-vinyl bond content of less than 50 wt%, and an interaction parameter (χ blend ) defined by the following Mathematical Formula 1 at room temperature is 2.0 × 10 -3 or more: X blend = K ∅ S X VS + ∅ S − K ∅ S X BS − K ∅ S − K X VB in Mathematical Formula 1, K is Y-X(1-φ s ), φ s is a volume ratio of a styrene bond in the first synthetic rubber, X is a volume ratio of a 1,2-vinyl bond in the first synthetic rubber, Y is a volume ratio of a 1,2-vinyl bond in the second synthetic rubber, X VS is 0.05650+5.65T -1 , X BS is 0.00843+10.2T -1 , and X VB is 0.00269+1.87T -1 . a first synthetic rubber; and a second synthetic rubber, wherein the first synthetic rubber is a solution-polymerized modified conjugated diene-based rubber which has a 1,2-vinyl bond content of 50 wt% or more, and of which at least one terminal is bonded to a functional group,and wherein a styrene bond content of the first synthetic rubber is 0 wt%; the second synthetic rubber is a conjugated diene-based rubber which has a 1,2-vinyl bond content of less than 50 wt%, and an interaction parameter (χ blend ) defined by the following Mathematical Formula 1 at room temperature is 2.0 × 10 -3 or more: X blend = K ∅ S X VS + ∅ S − K ∅ S X BS − K ∅ S − K X VB in Mathematical Formula 1, K is Y-X(1-φ s ), φ s is a volume ratio of a styrene bond in the first synthetic rubber, X is a volume ratio of a 1,2-vinyl bond in the first synthetic rubber, Y is a volume ratio of a 1,2-vinyl bond in the second synthetic rubber, X VS is 0.05650+5.65T -1 , X BS is 0.00843+10.2T -1 , and X VB is 0.00269+1.87T -1 .
A resin composition comprising an aromatic polysulfone, a liquid crystal polyester and a glass filler, wherein a boron oxide content, relative to a total mass of the resin composition, is less than 1.4% by mass, and wherein an amount of the liquid crystal polyester, when a total mass of the aromatic polysulfone, the liquid crystal polyester and the glass filler is deemed to be 100 parts by mass, is at least 10 parts by mass but not more than 30 parts by mass.
A machine for cooking food in a container, the machine comprising: - a frame comprising a plate having an upper face and a lower face ; - a dispenser supported by the plate along the lower face and comprising at least one first opening for dispensing steam into the container and at least one second opening for dispensing hot water into the container ; - a support configured to be arranged below the container and to support the container ; and - a mechanism coupled to the plate and to the support and comprising at least one elastic element for pushing the support towards the dispenser ; a command unit for counteracting the force of the elastic element and lowering the support with respect to the plate ; and a kinematic assembly of the connecting rod-crank type configured to convert a rotary motion given to the command unit into a translatory motion of the support . - a frame comprising a plate having an upper face and a lower face ; - a dispenser supported by the plate along the lower face and comprising at least one first opening for dispensing steam into the container and at least one second opening for dispensing hot water into the container ; - a support configured to be arranged below the container and to support the container ; and - a mechanism coupled to the plate and to the support and comprising at least one elastic element for pushing the support towards the dispenser ; a command unit for counteracting the force of the elastic element and lowering the support with respect to the plate ; and a kinematic assembly of the connecting rod-crank type configured to convert a rotary motion given to the command unit into a translatory motion of the support .
Kinetic turbopump assembly for circulating a working fluid in a closed circuit, in particular of the Rankine cycle type, associated with a rotary electric machine comprising a rotor and a stator , the kinetic turbopump being an integrated electrified turbopump which provides, in a single component and on a single shaft, a pump , a turbine and said electric machine, said rotor being mechanically linked in rotation to the shaft of said turbopump, characterized in that said electric machine comprises a cooling zone configured such that all of said working fluid under pressure circulates therein at the outlet of said pump by means of circulation within the turbopump, and in that the turbopump comprises a diffuser positioned on the pump in order to orient the compressed fluid leaving the pump towards the central part of the turbopump, where the stator of the electric machine is located, so as to implement the circulation within the turbopump in the cooling zone, without leaving the turbopump.
A colour chart for calibrating a reflectance-based diagnostic analyzer, comprising: a surface material having one or more colour swatches, wherein the colour swatches comprise multiple layers of a dried water colour pigment solution, characterized in that the dried water colour pigment solution comprises: a suspension of one or more water color pigments, wherein the one or more water colour pigments comprise orange, brilliant red, medium yellow, cobalt blue, raw umber, sap green, or any combination thereof; and urine or a solution that mimics urine.
Adjustment device of a cable (W) for the actuation of a vehicle, including an automobile, seat locking mechanism (S), the said cable (W) being driven by a control lever of the said mechanism and sliding into a sheath (G), the said adjustment device containing means of attachment suitable for securing the said sheath (G) to the adjustment device 00) and means of mounting adapted to attach the cable (W) to the adjustment device , means of mounting being mobile in relation to means of fastening in order to adjust a functional set of the cable (W) defined by the distance (Dmax, Dmin) between means of fastening and means of mounting , the adjustment device which also includes means of servo of the adjustment of the functional set of the cable (W), characterized by : - the controller switches between a rest position in which the W cable is not tensioned and an actuation position in which the W cable is drawn in order to control the release of the S-seat blocking mechanism, - when switching the controller from the rest position to the failover position, the W cable is first stretched to catch up with the operating set before being pulled, the means of mounting comprising a fixed part which is attached to the main body and a mobile part which is sliding in relation to the said fixed part , the said mobile part 2) is adapted to attach the said cable (W) to the adjustment device (100. - the controller switches between a rest position in which the W cable is not tensioned and an actuation position in which the W cable is drawn in order to control the release of the S-seat blocking mechanism, - when switching the controller from the rest position to the failover position, the W cable is first stretched to catch up with the operating set before being pulled, the means of mounting comprising a fixed part which is attached to the main body and a mobile part which is sliding in relation to the said fixed part , the said mobile part 2) is adapted to attach the said cable (W) to the adjustment device (100.
Receiving apparatus comprising a coupling device for a cartridge , the function of which is a portioned dispensing of a product for maintaining the flow line system present in a beverage machine for preparing beverages, the cartridge being inserted into the coupling device in a liquid-tight manner with respect to the environment, characterised in that a slide which positions the cartridge is arranged in the receiving apparatus , which slide can be inserted into the receiving apparatus so as to be movable along a corresponding sliding contour and is designed to position and fix the cartridge inserted into the coupling device in the receiving apparatus and thereby to intercept the weight of the cartridge acting on the coupling device , the slide having a guide contour which can be slid underneath corresponding ridges of the cartridge . characterised in that a slide which positions the cartridge is arranged in the receiving apparatus , which slide can be inserted into the receiving apparatus so as to be movable along a corresponding sliding contour and is designed to position and fix the cartridge inserted into the coupling device in the receiving apparatus and thereby to intercept the weight of the cartridge acting on the coupling device , the slide having a guide contour which can be slid underneath corresponding ridges of the cartridge .
A cassette for securely storing and/or transporting valuable objects including: - an enclosure defining a secure inner compartment for storing the valuable objects and an opening formed on one of the faces of said enclosure and opening into said inner compartment so as to set it in communication with the outside of the enclosure , - a cover hinged on said enclosure along one of the edges of the opening between a "closed" position and an "open" position enabling access to said inner compartment , and - at least one device for neutralizing the valuable objects contained in the inner compartment of the enclosure comprising at least one reservoir containing a neutralization product and a spraying ramp arranged on the side of the enclosure , said cassette being characterized in that each neutralization device is integrated into the cover and in that the cover includes an orifice enabling the insertion of the wall of the reservoir of each neutralization device located on the opposite side of said enclosure , until the outer face of said wall lies into the plane defined by the outer face of the main wall of the cover . - an enclosure defining a secure inner compartment for storing the valuable objects and an opening formed on one of the faces of said enclosure and opening into said inner compartment so as to set it in communication with the outside of the enclosure , - a cover hinged on said enclosure along one of the edges of the opening between a "closed" position and an "open" position enabling access to said inner compartment , and - at least one device for neutralizing the valuable objects contained in the inner compartment of the enclosure comprising at least one reservoir containing a neutralization product and a spraying ramp arranged on the side of the enclosure , said cassette being characterized in that each neutralization device is integrated into the cover and in that the cover includes an orifice enabling the insertion of the wall of the reservoir of each neutralization device located on the opposite side of said enclosure , until the outer face of said wall lies into the plane defined by the outer face of the main wall of the cover .
An integrated system for delivering a microneedle array , the system comprising: a housing having a cavity therein and including an applicator device; a carrier assembly including a solid microneedle array , an array carrier and a flexible membrane , wherein a portion of the carrier assembly is attached to the housing proximate the cavity and is in contact with a portion of the applicator device, wherein neither the carrier assembly nor the array are attached to the applicator device, and wherein the flexible membrane is coupled to a surface of the array carrier opposite the microneedle array via an attachment mechanism ; wherein the applicator device comprises a stored energy device comprising one or more bifurcating springs that are capable of undergoing a shape change as a result of a predetermined force normal to a major plane of the stored energy device , wherein at least a portion of the stored energy device is located within the housing , and wherein the stored energy device can be actuated to apply force on the carrier assembly . a housing having a cavity therein and including an applicator device; a carrier assembly including a solid microneedle array , an array carrier and a flexible membrane , wherein a portion of the carrier assembly is attached to the housing proximate the cavity and is in contact with a portion of the applicator device, wherein neither the carrier assembly nor the array are attached to the applicator device, and wherein the flexible membrane is coupled to a surface of the array carrier opposite the microneedle array via an attachment mechanism ; wherein the applicator device comprises a stored energy device comprising one or more bifurcating springs that are capable of undergoing a shape change as a result of a predetermined force normal to a major plane of the stored energy device , wherein at least a portion of the stored energy device is located within the housing , and wherein the stored energy device can be actuated to apply force on the carrier assembly .
Electric connector with a U-shaped locking lever , the locking lever being held rotatably around an axis of rotation in the electric connector for engagement to a complementary electric connector , wherein the locking lever is provided with a secondary locking member fixed to the locking lever slidably along an insertion direction , which is substantially perpendicular to the axis of rotation , into the locking lever from a first to a second position , characterized in that the secondary locking member is provided for additional engagement to the complementary electric connector to form a secondary lock .
Wind turbine for converting wind into mechanical energy, comprising a support and a vane rotatively connected to said support, the vane comprising an elongated body and a wind receptacle which in essence is formed as a lid (10-14) which is able to hinge with respect to the elongated body such that the receptacle can adopt an open configuration wherein the lid is hinged away from the elongated body, and a closed configuration wherein the lid is hinged towards the body, the lid having an outer surface which is the surface that is directed away from the wind when the receptacle takes the open configuration, and an opposite inner surface, wherein the inner surface of the lid is provided with one or more profiles protruding from the inner surface, and extending in a direction perpendicular to the longitudinal direction of the vane, characterised in that the one or more profiles diverge toward the site where the lid is hinged to the body.
A semiconductor manufacturing apparatus, comprising: at least one pocket on which a passive subject on which deposition will be executed is mounted; and a carrier body having an insertion space to which the at least one pocket is detachably attached, the at least one pocket being configured to be inserted into the carrier body in a first direction, wherein the at least one pocket includes: a front support part arranged on a front surface of the at least one pocket and supporting the passive subject; and a rear coupling part arranged on a rear surface of the at least one pocket and coupled with the carrier body , wherein the carrier body and the rear coupling part have shapes corresponding to each other so as to be coupled with each other, characterized in that : the rear coupling part includes a coupling projection protruded in a second direction different from the first direction; the carrier body includes at least one coupling groove being proper to fix the coupling projection when the at least one pocket is pressed in the first direction, and a scale mark showing how deep the at least one pocket is inserted in the carrier body , is arranged at an outer side wall of the rear coupling part . at least one pocket on which a passive subject on which deposition will be executed is mounted; and a carrier body having an insertion space to which the at least one pocket is detachably attached, the at least one pocket being configured to be inserted into the carrier body in a first direction, wherein the at least one pocket includes: a front support part arranged on a front surface of the at least one pocket and supporting the passive subject; and a rear coupling part arranged on a rear surface of the at least one pocket and coupled with the carrier body , a front support part arranged on a front surface of the at least one pocket and supporting the passive subject; and a rear coupling part arranged on a rear surface of the at least one pocket and coupled with the carrier body , wherein the carrier body and the rear coupling part have shapes corresponding to each other so as to be coupled with each other, characterized in that : the rear coupling part includes a coupling projection protruded in a second direction different from the first direction; the carrier body includes at least one coupling groove being proper to fix the coupling projection when the at least one pocket is pressed in the first direction, and a scale mark showing how deep the at least one pocket is inserted in the carrier body , is arranged at an outer side wall of the rear coupling part . the rear coupling part includes a coupling projection protruded in a second direction different from the first direction; the carrier body includes at least one coupling groove being proper to fix the coupling projection when the at least one pocket is pressed in the first direction, and a scale mark showing how deep the at least one pocket is inserted in the carrier body , is arranged at an outer side wall of the rear coupling part .