mhurhangee/patent-ind-claim-en huggingface dataset:
A method of actuating an interior lighting of a cooking appliance which includes a controller and a cooking chamber in which the interior lighting is provided, wherein the interior lighting is actuated by the controller as a function of a state of an assembly of the cooking appliance , a signal detected by a sensor , an input made, a cooking process and/or a level of doneness, wherein the controller actuates the interior lighting such that an operator of the cooking appliance is guided in a targeted manner to perform specific activities on the basis of the light emitted by the interior lighting , characterized in that the sensor identifies a cooking accessory to be introduced into the cooking chamber and the interior lighting is actuated according to the identified cooking accessory .
A manufacturing method of a sports ball , comprising the steps of: forming a cover of the sports ball , comprising: a. cutting outer layer cutouts from an outer layer for a plurality of panels, the outer layer consisting at least of a fabric and one of ethylene propylene diene monomer (EPDM) foam , Ethylene Vinyl Acteate (EVA), or synthetic leather; b. creating a valve panel by inserting a valve in one of the outer layer cutouts ; c. determining attachment lines on each of the outer layer cutouts , the attachments lines at a distance of 2 to 6 mm from edges of each of the outer layer cutouts ; d. connecting the outer layer cutouts together using machine stitching or using glue at the attachment lines ; e. inverting the cover inside out so that respective inner surfaces of the outer layer cutouts are within the cover ; and f. hand stitching or applying glue to any remaining unattached attachment lines ; placing the cover in a mold; forming a solid cellular foam within the cover by inserting a plurality of liquids through the valve , the plurality of liquids comprising of polyol polyether and isocyanates; and solidifying shape of the cover and the foam by applying heat to the cover in the mold. forming a cover of the sports ball , comprising: a. cutting outer layer cutouts from an outer layer for a plurality of panels, the outer layer consisting at least of a fabric and one of ethylene propylene diene monomer (EPDM) foam , Ethylene Vinyl Acteate (EVA), or synthetic leather; b. creating a valve panel by inserting a valve in one of the outer layer cutouts ; c. determining attachment lines on each of the outer layer cutouts , the attachments lines at a distance of 2 to 6 mm from edges of each of the outer layer cutouts ; d. connecting the outer layer cutouts together using machine stitching or using glue at the attachment lines ; e. inverting the cover inside out so that respective inner surfaces of the outer layer cutouts are within the cover ; and f. hand stitching or applying glue to any remaining unattached attachment lines ; a. cutting outer layer cutouts from an outer layer for a plurality of panels, the outer layer consisting at least of a fabric and one of ethylene propylene diene monomer (EPDM) foam , Ethylene Vinyl Acteate (EVA), or synthetic leather; b. creating a valve panel by inserting a valve in one of the outer layer cutouts ; c. determining attachment lines on each of the outer layer cutouts , the attachments lines at a distance of 2 to 6 mm from edges of each of the outer layer cutouts ; d. connecting the outer layer cutouts together using machine stitching or using glue at the attachment lines ; e. inverting the cover inside out so that respective inner surfaces of the outer layer cutouts are within the cover ; and f. hand stitching or applying glue to any remaining unattached attachment lines ; placing the cover in a mold; forming a solid cellular foam within the cover by inserting a plurality of liquids through the valve , the plurality of liquids comprising of polyol polyether and isocyanates; and solidifying shape of the cover and the foam by applying heat to the cover in the mold.
Evaporator assembly , in particular for a fuel-operated vehicle heater , comprising - a pot-like evaporator reception , - an evaporator body inserted into the pot-like evaporator reception , - a plate-like designed hold-down element , which is fixed to the evaporator reception and fixes the evaporator body in the evaporator reception , and - wherein the plate-like designed hold-down element has at least one retaining claw , characterized in that the at least one retaining claw has an upper part on an upper side of the plate-like designed hold-down element and a lower part on a lower side of the plate-like designed hold-down element , and - that the upper part and the lower part point away from the plate-like designed hold-down element . - a pot-like evaporator reception , - an evaporator body inserted into the pot-like evaporator reception , - a plate-like designed hold-down element , which is fixed to the evaporator reception and fixes the evaporator body in the evaporator reception , and - wherein the plate-like designed hold-down element has at least one retaining claw , characterized in that the at least one retaining claw has an upper part on an upper side of the plate-like designed hold-down element and a lower part on a lower side of the plate-like designed hold-down element , and - that the upper part and the lower part point away from the plate-like designed hold-down element .
A chimeric antigen receptor (CAR) which is encoded by the DNA of SEQ ID NO: 38.
An oil transfer unit comprising: a stationary part comprising an oil mouth ; a rotating part having an inner chamber and an outer cylindrical surface extending along an axis ; a floating part having a cylindrical surface fitted onto said outer cylindrical surface with a radial gap so as to define a non-contact configuration, an annular groove defined by said rotating part and said floating part and permanently communicating with said oil mouth and with said inner chamber ; said radial gap defining, in use, an oil film sealing each side of said groove ; at least one oil transfer tube ending with two opposite heads which are respectively coupled to said stationary part and floating part in a fluid-tight manner and with freedom of movement; a connecting rod having opposite ends which are respectively coupled to said stationary part and floating part to prevent rotation of said floating part about said axis ; characterized by comprising two spherical joints connecting said ends respectively to said stationary part and floating part , so that the floating part is axially movable with respect to the axis . a stationary part comprising an oil mouth ; a rotating part having an inner chamber and an outer cylindrical surface extending along an axis ; a floating part having a cylindrical surface fitted onto said outer cylindrical surface with a radial gap so as to define a non-contact configuration, an annular groove defined by said rotating part and said floating part and permanently communicating with said oil mouth and with said inner chamber ; said radial gap defining, in use, an oil film sealing each side of said groove ; at least one oil transfer tube ending with two opposite heads which are respectively coupled to said stationary part and floating part in a fluid-tight manner and with freedom of movement; a connecting rod having opposite ends which are respectively coupled to said stationary part and floating part to prevent rotation of said floating part about said axis ; characterized by comprising two spherical joints connecting said ends respectively to said stationary part and floating part , so that the floating part is axially movable with respect to the axis .
A system for containing a viscous material applied to a moving surface, the system comprising: the moving surface, the moving surface being part of a roll or of a roll processed engineering material; a housing ; a viscous material delivery device ; and a plurality of gas delivery devices ; characterized in that the system furthermore comprises a plurality of seals movable between a first position and a second position, wherein a contacting edge of each seal of the plurality of seals contacts the surface in the first position and is separated from the surface by a gap in the second position, and wherein the surface carries the viscous material toward at least one seal of the plurality of seals ; and wherein each of the plurality of gas delivery devices is configured to supply a gas toward the contacting edge of at least one seal of the plurality of seals to move the at least one seal from the first position to the second position wherein the contacting edge of the at least one seal is separated from the surface by the gap, wherein, when each of the plurality of seals is in the second position, the gas supplied by the plurality of gas delivery devices is configured to maintain the viscous material within the housing by acting as a contactless seal between the housing and the surface. the moving surface, the moving surface being part of a roll or of a roll processed engineering material; a housing ; a viscous material delivery device ; and a plurality of gas delivery devices ; characterized in that the system furthermore comprises a plurality of seals movable between a first position and a second position, wherein a contacting edge of each seal of the plurality of seals contacts the surface in the first position and is separated from the surface by a gap in the second position, and wherein the surface carries the viscous material toward at least one seal of the plurality of seals ; and wherein each of the plurality of gas delivery devices is configured to supply a gas toward the contacting edge of at least one seal of the plurality of seals to move the at least one seal from the first position to the second position wherein the contacting edge of the at least one seal is separated from the surface by the gap, wherein, when each of the plurality of seals is in the second position, the gas supplied by the plurality of gas delivery devices is configured to maintain the viscous material within the housing by acting as a contactless seal between the housing and the surface.
A diagnostic test strip comprising: at least one electrically insulating layer ; a conductive pattern formed on the at least one electrically insulating layer including a plurality of electrodes disposed on the at least one electrically insulating layer at a proximal region of the test strip, a first plurality of electrical strip contacts (46; 48; 50; 52) disposed on the at least one electrically insulating layer at a distal region of the test strip, conductive traces electrically connecting the electrodes to the first plurality of electrical strip contacts, and a second plurality of electrical strip contacts (58; 60; 62; 64; 66) in the form of a discrete set of contacting pads in the distal region, the contacting pads being electrically isolated from the electrodes; a grounding contacting pad at the distal region and configured to establish a common connection to electrical ground, wherein the grounding contacting pad is positioned on the test strip proximally relative to the remaining contacting pads through a non-conductive notch region at the distal region of the test strip; and a reagent layer contacting at least a portion of at least one electrode; at least one discrete portion of electrical insulating material disposed over at least one of the contacting pads to form a distinct pattern readable to identify data particular to the test strip. at least one electrically insulating layer ; a conductive pattern formed on the at least one electrically insulating layer including a plurality of electrodes disposed on the at least one electrically insulating layer at a proximal region of the test strip, a first plurality of electrical strip contacts (46; 48; 50; 52) disposed on the at least one electrically insulating layer at a distal region of the test strip, conductive traces electrically connecting the electrodes to the first plurality of electrical strip contacts, and a second plurality of electrical strip contacts (58; 60; 62; 64; 66) in the form of a discrete set of contacting pads in the distal region, the contacting pads being electrically isolated from the electrodes; a grounding contacting pad at the distal region and configured to establish a common connection to electrical ground, wherein the grounding contacting pad is positioned on the test strip proximally relative to the remaining contacting pads through a non-conductive notch region at the distal region of the test strip; and a reagent layer contacting at least a portion of at least one electrode; at least one discrete portion of electrical insulating material disposed over at least one of the contacting pads to form a distinct pattern readable to identify data particular to the test strip.
Motor vehicle having at least one optical environment sensor which has a detection zone in a detection direction , characterised in the motor vehicle further has a deflection arrangement for the environment sensor , said deflection arrangement comprising: - an optical arrangement for deflecting the detection direction and the entire detection zone , and - an adjustment apparatus for optionally moving the optical arrangement into and out of the detection zone of the environment sensor , wherein the adjustment apparatus is designed to extend and/or pivot out the optical arrangement from a basic position recessed in the bodywork of the motor vehicle into a deflection position, wherein the optical arrangement is arranged in the basic position behind a flap which can be opened by the adjustment apparatus and/or by a movement of the optical arrangement . - an optical arrangement for deflecting the detection direction and the entire detection zone , and - an adjustment apparatus for optionally moving the optical arrangement into and out of the detection zone of the environment sensor , wherein the adjustment apparatus is designed to extend and/or pivot out the optical arrangement from a basic position recessed in the bodywork of the motor vehicle into a deflection position, wherein the optical arrangement is arranged in the basic position behind a flap which can be opened by the adjustment apparatus and/or by a movement of the optical arrangement .
A device for performing capsulorhexis, the device comprising: i) a ring having an outer surface and an inner surface ; ii) a posterior surface connecting said outer surface and said inner surface, wherein said posterior surface comprises a micropattern , wherein said posterior surface is defined by an inner and outer diameter; and iii) a distinct internal edge positioned on the interface of said posterior surface and said inner surface, characterised in that the micropattern comprises concentric micro-ridges or concentric micro-grooves. i) a ring having an outer surface and an inner surface ; ii) a posterior surface connecting said outer surface and said inner surface, wherein said posterior surface comprises a micropattern , wherein said posterior surface is defined by an inner and outer diameter; and iii) a distinct internal edge positioned on the interface of said posterior surface and said inner surface, characterised in that the micropattern comprises concentric micro-ridges or concentric micro-grooves.
A drug infusion device comprising: a skin-adherable surface ; a reservoir for holding a medicament a cannula arranged to be deployed beneath the skin of a patient that delivers the medicament to the patient; an actuator to drive a medicament from the reservoir to the cannula; an insertion needle port that receives an insertion needle and which fluidly communicates with the cannula, and characterized by : a septum configured to seal the insertion needle port; and a septum pincher configured to press against the septum to assist the septum in sealing the insertion needle port. a skin-adherable surface ; a reservoir for holding a medicament a cannula arranged to be deployed beneath the skin of a patient that delivers the medicament to the patient; an actuator to drive a medicament from the reservoir to the cannula; an insertion needle port that receives an insertion needle and which fluidly communicates with the cannula, and characterized by : a septum configured to seal the insertion needle port; and a septum pincher configured to press against the septum to assist the septum in sealing the insertion needle port. a septum configured to seal the insertion needle port; and a septum pincher configured to press against the septum to assist the septum in sealing the insertion needle port.
Heat exchanger control and diagnostic apparatus comprising a heat exchanger, a control unit , a pump , a heat source and a temperature zone , whereby the heat exchanger has its primary inlet of a primary heat-transport liquid mounted with a first temperature sensor ; and its primary outlet of the primary heat-transport liquid mounted with a second temperature sensor , where this primary outlet is piped to the pump , comprising a pump impeller connected to a motor , from where the primary heat-transport liquid is piped by a plumbing to the heat source and from there back to the primary inlet ; where at the same time the control unit is connected to the heat exchanger and the pump and contains a motor control unit bi-directionally connected to the motor ; where at the same time the heat exchanger has a secondary inlet for a secondary heat-transport liquid and a secondary outlet ducted to the temperature zone and back to the secondary inlet , wherein the control unit is augmented by a temperature module , whose first input is connected by a communication channel to an output of the first temperature sensor , and whose second input is connected by a communication channel to an output of the second temperature sensor ; where at the same time the apparatus comprises a power calculation module , a flow estimation module , a memory unit , a heat flow controller and an operator unit , the temperature module has its output - a primary inlet temperature - connected to one input of the power calculation module , and an output - a primary outlet temperature - connected to other input of the power calculation module , whose third input is connected to the flow estimation module , whose one input is connected to an output of the memory unit , and whose other input is connected by a bus to an output of the motor control unit ; where at the same time an output - a heat flow estimate - of the power calculation module is connected to one input of the heat flow controller , whose other input - a heat flow demand - is connected to an output of the operator unit , and an output of the heat flow controller is connected to an input of the motor control unit .
A modified olefin polymerization catalyst comprising an olefin polymerization catalyst and an organosilane, wherein the organosilane is at least one of 7-octenyl trichlorosilane, 5-hexenyl trichlorosilane, 2-(5-ethylidene-2-norbornene) ethyl trichlorosilane, 2-(3-cyclohexenyl) ethyl trichlorosilane, 4-(2,7-cyclooctadiene) butyl trichlorosilane, 2-(dicyclopentadiene) ethylidene trichlorosilane, 7-octenyl allyl dichlorosilane, 7-octenyl vinyl dichlorosilane, 5-hexenyl allyl dichlorosilane, 7-octenyl di-(allyl) chlorosilane, di-(7-octenyl) allyl chlorosilane, di-(7-octenyl) dichlorosilane, 2-(5-ethylidene-2-norbornene) ethyl allyl dichlorosilane, di-[2-(5-ethylidene-2-norbornene) ethyl] dichlorosilane, di-[2-(3-cyclohexenyl) ethyl] dichlorosilane, 2-(dicyclopentadiene) ethylidene allyl dichlorosilane, and di-[2-(dicyclopentadiene) ethylidene] dichlorosilane, wherein in relation to 100 pbw olefin polymerization catalyst, the content of the organosilane is 10 to 10,000 pbw.
An impeller for a circulation device for circulating an ambient atmosphere, said impeller comprising a plurality of impeller blades which extend between an impeller blade carrier and a preferably circular top panel toward a rotational axis of the impeller and define the distance of the top panel from the impeller blade carrier toward the rotational axis via its impeller blade height H, said impeller blade carrier, said top panel and said impeller blades comprising a laminate structure , each having a plurality of carbon fiber layer blanks disposed on top of each other, said carbon fiber layer blanks of the laminate structure forming the impeller blades comprising a blank length which is larger than the height of the impeller blades such that the carbon fiber layer blanks are disposed between two adjacent carbon fiber layer blanks of the impeller blade carrier and the top panel by a top and a bottom blank end respectively in connecting areas connecting the impeller blades to the impeller blade carrier and the top panel.
A turbine engine, comprising: a first rotor including a first set of compressor blades ; a second rotor adjacent the first rotor , the second rotor including a second set of compressor blades (81; 82) and a set of turbine blades (85; 86) respectively connected to the second set of compressor blades (81; 82); a combustor section configured to receive air compressed by the first and the second sets of compressor blades (152; 81; 82) and provide combustion products to the set of turbine blades (85; 86); a shaft ; and a fan section upstream of the first rotor , the fan section including a fan rotor connected to and driven by the second rotor through the shaft , characterised in that the first rotor further includes a third set of compressor blades (142; 154) between the first set of compressor blades and the second set of compressor blades (81; 82). a first rotor including a first set of compressor blades ; a second rotor adjacent the first rotor , the second rotor including a second set of compressor blades (81; 82) and a set of turbine blades (85; 86) respectively connected to the second set of compressor blades (81; 82); a combustor section configured to receive air compressed by the first and the second sets of compressor blades (152; 81; 82) and provide combustion products to the set of turbine blades (85; 86); a shaft ; and a fan section upstream of the first rotor , the fan section including a fan rotor connected to and driven by the second rotor through the shaft , characterised in that the first rotor further includes a third set of compressor blades (142; 154) between the first set of compressor blades and the second set of compressor blades (81; 82).
An ear-wearable device comprising: a shell shaped for wearing in an ear of a user, wherein the shell comprises a tunnel wall that defines a tunnel ; a receiver coil that is formed in or around the tunnel wall of the tunnel , wherein the tunnel is configured to receive a power coil , wherein the receiver coil is configured to inductively couple with the power coil via the tunnel and to inductively receive electromagnetic power from the power coil , and wherein the receiver coil is configured to convert the electromagnetic power to an electrical current; and one or more electrical components encased within the shell and configured to receive the electrical current from the receiver coil . a shell shaped for wearing in an ear of a user, wherein the shell comprises a tunnel wall that defines a tunnel ; a receiver coil that is formed in or around the tunnel wall of the tunnel , wherein the tunnel is configured to receive a power coil , wherein the receiver coil is configured to inductively couple with the power coil via the tunnel and to inductively receive electromagnetic power from the power coil , and wherein the receiver coil is configured to convert the electromagnetic power to an electrical current; and one or more electrical components encased within the shell and configured to receive the electrical current from the receiver coil .