mhurhangee/patent-ind-claim-en huggingface dataset:
A compound represented by the formula (I): wherein n1 represents an integer of 2 to 6, n2 represents an integer of 0 to 2, n3 represents an integer of 0 to 2, L represents -C(O)O- or -NHC(O)O-, Ra represents a linear C 5-13 alkyl group, a linear C 13-17 alkenyl group or a linear C 17 alkadienyl group, Rb represents a linear C 2-9 alkyl group, Rc represents a hydrogen atom or a linear C 2-9 alkyl group, Rd represents a hydrogen atom or a linear C 2-9 alkyl group, Re represents a linear C 2-9 alkyl group, and Rf represents a linear C 2-9 alkyl group, or a salt thereof. wherein n1 represents an integer of 2 to 6, n2 represents an integer of 0 to 2, n3 represents an integer of 0 to 2, L represents -C(O)O- or -NHC(O)O-, Ra represents a linear C 5-13 alkyl group, a linear C 13-17 alkenyl group or a linear C 17 alkadienyl group, Rb represents a linear C 2-9 alkyl group, Rc represents a hydrogen atom or a linear C 2-9 alkyl group, Rd represents a hydrogen atom or a linear C 2-9 alkyl group, Re represents a linear C 2-9 alkyl group, and Rf represents a linear C 2-9 alkyl group, or a salt thereof.
Heating module for a heating device , - with at least one electric heating element , which has an upper face and a lower face averted from the upper face and distanced from the upper face in a distance direction , - wherein, for at least one of the faces , the module comprises a corresponding conductive contact sheet for the electric supply of the heating element , which is arranged on the corresponding face , - wherein, for each contact sheet , the module comprises a thermal interface for transferring heat generated in the heating element towards a heating area distanced to the contact sheet and arranged on the side of the thermal interface averted from the contact sheet , - wherein at least one of the thermal interfaces is insulating and soft and the corresponding contact sheet is laminated on the thermal interface , characterized in that , at least one of the at least one thermal interfaces comprises a recess open in distance direction , in which the corresponding contact sheet is laminated.. - with at least one electric heating element , which has an upper face and a lower face averted from the upper face and distanced from the upper face in a distance direction , - wherein, for at least one of the faces , the module comprises a corresponding conductive contact sheet for the electric supply of the heating element , which is arranged on the corresponding face , - wherein, for each contact sheet , the module comprises a thermal interface for transferring heat generated in the heating element towards a heating area distanced to the contact sheet and arranged on the side of the thermal interface averted from the contact sheet , - wherein at least one of the thermal interfaces is insulating and soft and the corresponding contact sheet is laminated on the thermal interface ,
Apparatus for cleaning a surface comprising a control unit , a movable cleaning element , an electric motor for moving the cleaning element , characterized in that a liquid supply device is provided for supplying a liquid to the cleaning element , wherein the control unit is configured such that during a cleaning process of the surface a power supply to the electric motor is temporarily interrupted and, after the interruption, the control unit determines the state of a surface to be cleaned on the basis of a detected current intensity curve of the electric motor .
A display control device comprising: an image acquisition component configured to acquire image data sensed by an image sensor installed in a room ; an orientation estimation component configured to estimate the orientation of a person (P1) in the room on the basis of the image data acquired by the image acquisition component ; and a controller configured to control a display device so that a first dummy image (D1), which shows a simplified view of the orientation of the person (P1) estimated by the orientation estimation component , is displayed characterized in that the controller is configured to control the display device so that the first dummy image (D1) is displayed superimposed over the image data. an image acquisition component configured to acquire image data sensed by an image sensor installed in a room ; an orientation estimation component configured to estimate the orientation of a person (P1) in the room on the basis of the image data acquired by the image acquisition component ; and a controller configured to control a display device so that a first dummy image (D1), which shows a simplified view of the orientation of the person (P1) estimated by the orientation estimation component , is displayed characterized in that the controller is configured to control the display device so that the first dummy image (D1) is displayed superimposed over the image data.
A method for manufacturing an atomizing unit , comprising a step A of forming an oxide film on a surface of a heating element forming a part of an atomizing unit that atomizes an aerosol source, by supplying electric power to the heating element , in a state where the heating element is processed into a heater shape, and a step B of bringing a liquid holding member into contact with or close to the heating element , the liquid holding member being a member to hold the aerosol source, wherein the step A is performed in a state where the heating element is neither in contact with nor close to the aerosol source, and the step A is performed in a state where the liquid holding member is in contact with or close to the heating element .
A system comprising: an appliance device comprising a first functionality and operative to receive content, wherein the content is associated with a set of commands related to the first functionality and a set of commands related to a second functionality, wherein the appliance device is further operable to execute the set of commands related to the first functionality; and an external device comprising the second functionality and operative to receive the content and the set of commands related to the second functionality from the appliance device , wherein the external device is selectively connectable to the appliance device and to a display device , and wherein the external device is further operable to execute the set of commands related to the second functionality to modify the content, and to transmit the modified content to the display device, characterized in that the external device receives user interface code corresponding to the second functionality, the user interface functionality being offloaded from the appliance device by transmitting the user interface code from the appliance device to the external device. an appliance device comprising a first functionality and operative to receive content, wherein the content is associated with a set of commands related to the first functionality and a set of commands related to a second functionality, wherein the appliance device is further operable to execute the set of commands related to the first functionality; and an external device comprising the second functionality and operative to receive the content and the set of commands related to the second functionality from the appliance device , wherein the external device is selectively connectable to the appliance device and to a display device , and wherein the external device is further operable to execute the set of commands related to the second functionality to modify the content, and to transmit the modified content to the display device, characterized in that the external device receives user interface code corresponding to the second functionality, the user interface functionality being offloaded from the appliance device by transmitting the user interface code from the appliance device to the external device.
A reflector damper bracket comprising a link damper and a link bracket , - wherein the link damper - includes a post adapted for attachment to a headlamp housing , and - is configured to damp movement of the link bracket and of the at least one reflector , and - wherein the link bracket is in frictional sliding engagement with the link damper , the link bracket including at least one ball adapted for attachment to at least one reflector , wherein, for creating a wedge fit which helps to achieve a desired friction force, one of the link bracket and the link damper includes a plate having spaced apart parallel edges, each of the spaced apart parallel edges being provided with a wedge shape, and the other includes a C-shaped portion in frictional sliding engagement with the plate . - wherein the link damper - includes a post adapted for attachment to a headlamp housing , and - is configured to damp movement of the link bracket and of the at least one reflector , and - includes a post adapted for attachment to a headlamp housing , and - is configured to damp movement of the link bracket and of the at least one reflector , and - wherein the link bracket is in frictional sliding engagement with the link damper , the link bracket including at least one ball adapted for attachment to at least one reflector ,
A valve bag filling device for filling powdery filling material into a valve bag, with a filling nozzle provided for introduction into a valve hose of a valve bag to be filled, with a conveying device for conveying the filling material to be filled from a supply tank through the filling nozzle into a valve bag resting on the filling nozzle with the valve hose, and with a suction device for siphoning excess filling material with a suction opening arranged at a distance from the filling nozzle , wherein a control device is provided, with which the suction opening can be moved relative to the filling nozzle , characterized in that the control device has an actuator , with which the suction opening can be moved from a position near the nozzle into a position far from the nozzle and vice versa, and that the suction opening in its position near the nozzle extends annularly around a section of the filling nozzle . a control device is provided, with which the suction opening can be moved relative to the filling nozzle , characterized in that the control device has an actuator , with which the suction opening can be moved from a position near the nozzle into a position far from the nozzle and vice versa, and that the suction opening in its position near the nozzle extends annularly around a section of the filling nozzle .
Method of boron nitride nanoparticles fabrication for antitumor drug delivery to tumor cells involves synthesis of spherical boron nitride nanoparticles 50-300 nm in size with a well-developed outer surface by chemical vapor deposition method using reacting ammonia gas, transport argon gas and powder mixtures on the base of amorphous boron and oxygen carrier chemicals wherein chemical deposition is carried out under the following conditions: 1000 ≤ T ≤ 1430 1.2 ≤ ξ ≤ 8 , where T is the temperature in °C of powder mixture, ξ is the ratio of the specific flows F Ar /F NH3 , wherein F Ar is a specific flow of transport gas and F NH3 is a specific flow of reacting gas, followed by the ultrasonic dispersion of agglomerates of obtained boron nitride nanoparticles, saturation with an antitumor drug by sorption and washing in distilled water.
A process for free radical-induced cationic frontal polymerization of cationically polymerizable monomers using a combination of at least one cationic polymerization initiator and at least one activator for said at least one initiator, characterized in that benzopinacol is used as said activator.
Threaded end of a tubular component for drilling and/or operating a hydrocarbon well, transporting oil and gas, transporting or storing hydrogen, carbon capture or geothermal energy, comprising at least one thread extending over the outer or inner peripheral surface thereof, wherein the thread is coated with a layer comprising a zinc-chromium (Zn-Cr) alloy in which zinc (Zn) is the predominant element by weight, relative to the total weight of the alloy, the content of zinc (Zn) being greater than 50% by weight, the content of chromium (Cr) being greater than or equal to 3% by weight, and the layer having a thickness ranging from 4 to 20 μm.
A system for forming an aft fuselage section of an aircraft, the system comprising: a forward section having a stabilizer channel , wherein the forward section comprises an upper sill beam and a lower sill beam ; a horizontal stabilizer within the stabilizer channel ; and one or more pivot fittings securely fastened between the upper sill beam and the lower sill beam , wherein the one or more pivot fittings are configured to pivotally couple to the horizontal stabilizer , and wherein each of the upper sill beam and the lower sill beam comprises: a joint panel that mounts to a rear face of the forward section ; and a fitting panel that mounts to the one or more pivot fittings . a forward section having a stabilizer channel , wherein the forward section comprises an upper sill beam and a lower sill beam ; a horizontal stabilizer within the stabilizer channel ; and one or more pivot fittings securely fastened between the upper sill beam and the lower sill beam , wherein the one or more pivot fittings are configured to pivotally couple to the horizontal stabilizer , and wherein each of the upper sill beam and the lower sill beam comprises: a joint panel that mounts to a rear face of the forward section ; and a fitting panel that mounts to the one or more pivot fittings . a joint panel that mounts to a rear face of the forward section ; and a fitting panel that mounts to the one or more pivot fittings .
Paper mill rewinder for forming reels (B) of paper strip material (N) around a winding rod (A), the ends of which are provided with two spindles (2', 2"), where said rewinder comprises: - a supporting frame ; - feed means for a winding rod (A); - a main forming cradle (C1) for a reel (B) around said winding rod (A), comprising a first and a second winding roller; - means for unloading said reel (B) once formed; - a control unit; - a secondary pre-forming cradle (C2) for said reel (B), comprising a third winder roller and lateral supporting means for said reel (B); - means for transferring said reel (B) from said secondary pre-forming cradle (C2) to said main forming cradle (C1), where said transfer takes place without interruption to the winding of the strip (N) onto said rod (A), the paper mill rewinder being characterized in that it also comprises: - first motor means (M1) adapted to cooperate with said spindles (2', 2") and to impart a rotation movement to said winding rod (A) inside said secondary cradle (C2); - gripping means (9', 9") adapted to cooperate idly with said spindles (2', 2") and to support said winding rod (A) above said main cradle (C1), where the cooperation between said motor means (M1) and said gripping means (9', 9") with said spindles (2', 2") makes it possible to never abandon the reel (B) in all forming phases. - a supporting frame ; - feed means for a winding rod (A); - a main forming cradle (C1) for a reel (B) around said winding rod (A), comprising a first and a second winding roller; - means for unloading said reel (B) once formed; - a control unit; - a secondary pre-forming cradle (C2) for said reel (B), comprising a third winder roller and lateral supporting means for said reel (B); - means for transferring said reel (B) from said secondary pre-forming cradle (C2) to said main forming cradle (C1), where said transfer takes place without interruption to the winding of the strip (N) onto said rod (A), the paper mill rewinder being characterized in that it also comprises: - first motor means (M1) adapted to cooperate with said spindles (2', 2") and to impart a rotation movement to said winding rod (A) inside said secondary cradle (C2); - gripping means (9', 9") adapted to cooperate idly with said spindles (2', 2") and to support said winding rod (A) above said main cradle (C1), - first motor means (M1) adapted to cooperate with said spindles (2', 2") and to impart a rotation movement to said winding rod (A) inside said secondary cradle (C2); - gripping means (9', 9") adapted to cooperate idly with said spindles (2', 2") and to support said winding rod (A) above said main cradle (C1),
A resistor component for surface mounting on a printed circuit board, comprising: a ceramic substrate with a first side and an opposite second side, wherein a sinterable metallization is arranged at least in some regions on the second side; a resistance element having a metal layer arranged at least in some regions on the first side of the ceramic substrate with a first connection and a second connection ; an insulation layer arranged at least in some regions on the resistance element and the ceramic substrate , wherein a first region on the first connection and a second region on the second connection remain uncovered by the insulation layer ; and a first contact pad that electrically contacts the first connection via the first region and a second contact pad that electrically contacts the second connection via the second region ; characterized in that the first contact pad covers a first surface area of the insulation layer at least in some regions and the second contact pad covers a second surface area of the insulation layer at least in some regions, and in that the first contact pad and the second contact pad are arranged on the insulation layer such that they are spatially separated from one another. a ceramic substrate with a first side and an opposite second side, wherein a sinterable metallization is arranged at least in some regions on the second side; a resistance element having a metal layer arranged at least in some regions on the first side of the ceramic substrate with a first connection and a second connection ; an insulation layer arranged at least in some regions on the resistance element and the ceramic substrate , wherein a first region on the first connection and a second region on the second connection remain uncovered by the insulation layer ; and a first contact pad that electrically contacts the first connection via the first region and a second contact pad that electrically contacts the second connection via the second region ; characterized in that the first contact pad covers a first surface area of the insulation layer at least in some regions and the second contact pad covers a second surface area of the insulation layer at least in some regions, and in that the first contact pad and the second contact pad are arranged on the insulation layer such that they are spatially separated from one another.
A method for controlling brakes using a brake control system comprising, a set of pilot controls including an auto-brake control and a manual brake control, a brake control unit (BCU) comprising a brake control executive (BKX) and a switch logic, the BKX in electronic communication with the switch logic, a deceleration control (DK) in electronic communication with the BCU, and an antiskid control (ASK) in electronic communication with the BCU, the method comprising: receiving, by the DK, a deceleration command from an auto-brake control; receiving, by the DK, a wheel speed value associated with one or more wheels; receiving, by the DK, a wheel acceleration value associated with the one of more wheels; generating, by the DK, a DK desired pressure value for each of the one or more wheels, the DK desired pressure value based upon the deceleration command, wheel speed value, and the wheel acceleration value; receiving, by the BKX, an ASK desired pressure value from the ASK; sending, via the switch logic, at least one of the DK desired pressure value from the DK to the BKX or a pilot desired pressure value from the manual brake control to the BKX; and controlling, by the brake control system, a braking force for the one or more wheels based upon the DK desired pressure value. receiving, by the DK, a deceleration command from an auto-brake control; receiving, by the DK, a wheel speed value associated with one or more wheels; receiving, by the DK, a wheel acceleration value associated with the one of more wheels; generating, by the DK, a DK desired pressure value for each of the one or more wheels, the DK desired pressure value based upon the deceleration command, wheel speed value, and the wheel acceleration value; receiving, by the BKX, an ASK desired pressure value from the ASK; sending, via the switch logic, at least one of the DK desired pressure value from the DK to the BKX or a pilot desired pressure value from the manual brake control to the BKX; and controlling, by the brake control system, a braking force for the one or more wheels based upon the DK desired pressure value.
Process for producing an electrode for an electrochemical energy store, in particular for a lithium ion battery , comprising the process steps: a) provision of a mixture of starting materials for forming an iron-doped lithium titanate; b) calcination of the mixture of starting materials for forming the iron-doped lithium titanate; c) addition of a sulfur- and lithium-comprising component in the form of lithium sulfide to the mixture of starting materials for forming the iron-doped lithium titanate before and/or after calcination, and d) optionally addition of a pore former to the mixture of starting materials for forming the iron-doped lithium titanate before and/or after calcination; e) sintering of the calcined product; and f) optionally removal of the pore former from the calcined and optionally sintered product. a) provision of a mixture of starting materials for forming an iron-doped lithium titanate; b) calcination of the mixture of starting materials for forming the iron-doped lithium titanate; c) addition of a sulfur- and lithium-comprising component in the form of lithium sulfide to the mixture of starting materials for forming the iron-doped lithium titanate before and/or after calcination, and d) optionally addition of a pore former to the mixture of starting materials for forming the iron-doped lithium titanate before and/or after calcination; e) sintering of the calcined product; and f) optionally removal of the pore former from the calcined and optionally sintered product.
A polyether-modified siloxane represented by an average composition formula : (R 3 SiO 1/2 ) a (R 2 R'SiO 1/2 ) a' (R 2 SiO 2/2 ) b (RR'SiO 2/2 ) b' (RSiO 3/2 ) c (SiO 4/2 ) d wherein in the formula , "R"s are each independent, are identical to or different from one another, and each represent a hydrogen atom, a hydroxy group, a monovalent hydrocarbon group having 1 to 18 carbon atoms, or an alkoxy group having 1 to 10 carbon atoms, "R'"s are each independent, are identical to or different from one another, and each represent an organic group selected from groups represented by -C q H 2q -O-(C 2 H 4 O) e (C 3 H 6 O) f -R 1 , R 1 s are each independent, are identical to or different from one another, and each represent a hydrogen atom, a hydrocarbon group having 1 to 30 carbon atoms, or an organic group represented by R 6 -(CO)-, R 6 represents a hydrocarbon group having 1 to 30 carbon atoms, "a", "a'", "b", "b'", "c", and "d" respectively satisfy 0 ≤ a ≤ 15, 0 ≤ a' ≤ 15, 5 ≤ b ≤ 1000, 0 ≤ b' ≤ 50, 1 ≤ c ≤ 10, 0 ≤ d ≤ 5, and 2 ≤ a' + b' ≤ 50, "e" and "f" respectively satisfy 2 ≤ e ≤ 200 and 0 ≤ f ≤ 200, "q" satisfies 2 ≤ q ≤ 10, and 2 ≤ e + f ≤ 200.