mhurhangee/patent-ind-claim-en huggingface dataset:
A water-soluble packaging film comprising: - polyvinyl alcohol modified with a hydrophilic group; - a plasticizer; and - starch, the starch being applied to a front surface and a rear surface of the water-soluble packaging film, the starch being applied in an amount of 0.001 to 0.10 g per 1 m 2 of the water-soluble packaging film, which is an amount applied to the front surface and the rear surface, the water-soluble packaging film having a contact angle with distilled water measured by the sessile-drop method according to JIS R 3257 as described in the description of 23° to 40°. - polyvinyl alcohol modified with a hydrophilic group; - a plasticizer; and - starch, the starch being applied to a front surface and a rear surface of the water-soluble packaging film, the starch being applied in an amount of 0.001 to 0.10 g per 1 m 2 of the water-soluble packaging film, which is an amount applied to the front surface and the rear surface, the water-soluble packaging film having a contact angle with distilled water measured by the sessile-drop method according to JIS R 3257 as described in the description of 23° to 40°. the starch being applied to a front surface and a rear surface of the water-soluble packaging film, the starch being applied in an amount of 0.001 to 0.10 g per 1 m 2 of the water-soluble packaging film, which is an amount applied to the front surface and the rear surface, the water-soluble packaging film having a contact angle with distilled water measured by the sessile-drop method according to JIS R 3257 as described in the description of 23° to 40°.
An aqueous laundry pre-treatment composition comprising: (i) 0.5 wt% to 15 wt% of a surfactant which is a non-ionic surfactant or an ethoxylated anionic surfactant or a mixture thereof; (ii) 0.5 wt% to 8 wt% of at least one non-neutralised fatty acid having pKa greater than 5 at 20 °C; (iii) 0.5 wt% to 5 wt% of at least one organic acid having pKa of 2 to 5 at 20 °C, and, (iv) 0.5 wt% to 10 wt% of a water-insoluble fatty acid ester. wherein pH of said composition is 2 to 5. (i) 0.5 wt% to 15 wt% of a surfactant which is a non-ionic surfactant or an ethoxylated anionic surfactant or a mixture thereof; (ii) 0.5 wt% to 8 wt% of at least one non-neutralised fatty acid having pKa greater than 5 at 20 °C; (iii) 0.5 wt% to 5 wt% of at least one organic acid having pKa of 2 to 5 at 20 °C, and, (iv) 0.5 wt% to 10 wt% of a water-insoluble fatty acid ester.
A module for depositing a viscous medium , in particular an adhesive or lacquer, onto a surface , wherein the module comprises a reservoir which can be fed with the viscous medium , an outer surface of the module comprising an outlet region for the viscous medium , wherein the module comprises at least one nozzle channel which fluidically connects the reservoir to the outlet region , a smallest diameter (d min ) of the at least one nozzle channel being smaller than 0.8 mm and wherein the module comprises no moving parts for the closure of the at least one nozzle channel , the module comprising a longitudinal axis (L) and a plurality of module segments, wherein the module segments comprise two end segments and at least one intermediate segment arranged between the end segments , which intermediate segment laterally encloses the reservoir und comprises the at least one nozzle channel , wherein the two end segments close off the ends of the reservoir , characterized in that the at least one intermediate segment is tubular and forms an axial section of the module .
Cosmetic use of alkylamidothiazoles in cosmetic preparations for the prophylaxis and treatment of dry skin in human skin, characterized in that the alkylamidothiazole(s) have the following structure: N-(4-(2,4-dihydroxyphenyl)thiazol-2-yl)pivalamide N-(4-(2,4-dihydroxyphenyl)thiazol-2-yl)isobutyramide N-(4-(2,4-dihydroxyphenyl)thiazol-2-yl)butyramide N-(4-(2,4-dihydroxyphenyl)thiazol-2-yl)heptanamide N-(4-(2,4-dihydroxyphenyl)thiazol-2-yl)-6-hydroxyhexanamide N-(4-(2,4-dihydroxyphenyl)thiazol-2-yl)-3-hydroxypropanamide N-(4-(2,4-dihydroxyphenyl)thiazol-2-yl)-2-methoxyacetamide 3-amino-N-(4-(2,4-dihydroxyphenyl)thiazol-2-yl)propanamide N-(4-(2,4-dihydroxyphenyl)thiazol-2-yl)acetamide N-(4-(2,4-dihydroxyphenyl)thiazol-2-yl)-4-(hydroxymethyl)cyclohexanecarboxamide N-(4-(2,4-dihydroxyphenyl)thiazol-2-yl)cyclohexanecarboxamide and N-(4-(2,4-dihydroxyphenyl)thiazol-2-yl)-2-(4-hydroxymethyl)phenyl)acetamide
A power drive unit,PDU, having a magnetic hold brake for use in an aircraft , the PDU comprising: a wheel configured to convey cargo through a portion of the aircraft; characterized by : an armature rotatably coupled to the wheel; a brake pad ; a hold solenoid configured to compress the armature against the brake pad by a brake amount in order to apply a hold braking force to the wheel by resisting rotation of the armature; a release solenoid configured to apply a force to separate the armature from the brake pad in order to allow the armature to rotate; and a biasing member configured to compress the armature against the brake pad by a drag amount that is less than the brake amount in order to apply a drag braking force to the wheel by resisting rotation of the armature. a wheel configured to convey cargo through a portion of the aircraft; characterized by : an armature rotatably coupled to the wheel; a brake pad ; a hold solenoid configured to compress the armature against the brake pad by a brake amount in order to apply a hold braking force to the wheel by resisting rotation of the armature; a release solenoid configured to apply a force to separate the armature from the brake pad in order to allow the armature to rotate; and a biasing member configured to compress the armature against the brake pad by a drag amount that is less than the brake amount in order to apply a drag braking force to the wheel by resisting rotation of the armature. an armature rotatably coupled to the wheel; a brake pad ; a hold solenoid configured to compress the armature against the brake pad by a brake amount in order to apply a hold braking force to the wheel by resisting rotation of the armature; a release solenoid configured to apply a force to separate the armature from the brake pad in order to allow the armature to rotate; and a biasing member configured to compress the armature against the brake pad by a drag amount that is less than the brake amount in order to apply a drag braking force to the wheel by resisting rotation of the armature.
A chair-shaped spinal cord traction device comprising: a seat for supporting a user's lower limb; a backrest for supporting the back and head of the user; a chair-like lying table on which the seat and the backrest are disposed so as to be movable on the chair-like lying table ; and a pantograph mechanism having a driving means and a pair of upper arms and a pair of lower arms , wherein a first upper arm of the pair of upper arms is attached in parallel to the chair-like lying table or is used as a part of the chair-like lying table , and an upper end of the backrest moves downward and a front end of the seat moves upward and forward when the pantograph mechanism expands in the horizontal direction and contracts in the vertical direction. a seat for supporting a user's lower limb; a backrest for supporting the back and head of the user; a chair-like lying table on which the seat and the backrest are disposed so as to be movable on the chair-like lying table ; and a pantograph mechanism having a driving means and a pair of upper arms and a pair of lower arms , wherein a first upper arm of the pair of upper arms is attached in parallel to the chair-like lying table or is used as a part of the chair-like lying table , and an upper end of the backrest moves downward and a front end of the seat moves upward and forward when the pantograph mechanism expands in the horizontal direction and contracts in the vertical direction.
A unitary forward mounting assembly for a bodymaker , said unitary forward mounting comprising: a unitary forward mounting body including a cradle portion , a first support arm portion and a second support arm portion ; wherein said cradle portion has a forward side , a rear side , a right side , and a left side ; said first support arm portion disposed at said cradle portion right side ; and said second support arm portion disposed at said cradle portion left side ; characterised in that said cradle portion defines a die pack mounting and a cup load station assembly mounting ; said first support arm portion defines a turret sub-assembly mounting ; said first support arm portion and said second support arm portion collectively define a domer door assembly mounting ; and said cradle portion , said first support arm portion and said second support arm portion collectively define a stripper bulkhead assembly mounting . a unitary forward mounting body including a cradle portion , a first support arm portion and a second support arm portion ; wherein said cradle portion has a forward side , a rear side , a right side , and a left side ; said first support arm portion disposed at said cradle portion right side ; and said second support arm portion disposed at said cradle portion left side ; characterised in that said cradle portion defines a die pack mounting and a cup load station assembly mounting ; said first support arm portion defines a turret sub-assembly mounting ; said first support arm portion and said second support arm portion collectively define a domer door assembly mounting ; and said cradle portion , said first support arm portion and said second support arm portion collectively define a stripper bulkhead assembly mounting .
A method for deploying and executing self-optimizing functions on a target field device (TFD), the method comprising the steps of: providing (S1) a set of functions, f, having at least one tuneable parameter, θ; and iteratively optimizing the tuneable parameters, θ, of the provided set of functions, f, with a learning rate, η, by weighting partial gradients of the parameters, θ, with the learning rate, η, and then adding the result to the respective parameters, wherein learning is performed in real time; characterised in that the provided set of functions, f, forms a system model (SysMod) adapted to learn characteristics of a technical system; that the system model (SysMod) is extended by automatically deriving from the set of functions, f, an additional set of functions used to optimize the tunable parameters, θ, of the system model (SysMod); that on the basis of the system model (SysMod) formed by the provided set of functions, f, a computation graph (CG) is automatically generated by a graph generation software component (GGSC); and that the generated computation graph (CG) is applied to a model transformation module (MTM) to generate a binary machine execution code specific to the target field device (TFD), the machine executable code being deployed and executed on said target field device (TFD). providing (S1) a set of functions, f, having at least one tuneable parameter, θ; and iteratively optimizing the tuneable parameters, θ, of the provided set of functions, f, with a learning rate, η, by weighting partial gradients of the parameters, θ, with the learning rate, η, and then adding the result to the respective parameters, wherein learning is performed in real time;
An unmanned aerial vehicle including a connection system comprising: a tab extending from one of an aerodynamic body or a frame ; a slot to receive the tab , the slot positioned on another of the aerodynamic body or the frame , the tab to be inserted and slid into the slot in a direction that is parallel, and opposite, to a direction of travel of the unmanned aerial vehicle ; and a lock pin to extend from the tab or the slot of the aerodynamic body or the frame and into an aperture of the slot or the tab of the another of the aerodynamic body or the frame to secure the aerodynamic body to the frame . a tab extending from one of an aerodynamic body or a frame ; a slot to receive the tab , the slot positioned on another of the aerodynamic body or the frame , the tab to be inserted and slid into the slot in a direction that is parallel, and opposite, to a direction of travel of the unmanned aerial vehicle ; and a lock pin to extend from the tab or the slot of the aerodynamic body or the frame and into an aperture of the slot or the tab of the another of the aerodynamic body or the frame to secure the aerodynamic body to the frame .
A vehicle display control device configured to control a vehicle display device for displaying an image at a display region so as to be superimposed on a portion of a view ahead of a vehicle , the vehicle display control device comprising: a preceding vehicle detection section configured to detect a preceding vehicle traveling at a vehicle front side relative to a host vehicle ; and, further: a display control section configured to, in cases in which a preceding vehicle has been detected by the preceding vehicle detection section , cause an image that includes a plurality of inter-vehicle marker objects from a side of the host vehicle toward a side of the preceding vehicle to be displayed at the display region , characterised in that the display control section is further configured to implement sequential emphasis display wherein the sequential emphasis display is emphasizing in sequence the plurality of inter-vehicle marker objects from the host vehicle side toward the preceding vehicle side.
A grey water heat recovery apparatus in which heat is transferred between a grey water stream and a fresh water stream, wherein the apparatus comprises: a grey water flow path leading from a source inlet to a drain outlet ; a plurality of heat exchangers arranged in said grey water flow path; a separator arranged upstream of said heat exchangers, arranged to separate grey water from the source inlet into a plurality of parallel sub-paths, each sub-path being lead to one of said plurality of heat exchangers; a collector arranged downstream of said heat exchangers, arranged to reassemble the grey water from the sub-paths into a single flow path; wherein each heat exchanger comprises a grey water tube extending in a generally vertical direction from the separator to the collector, and an outer tube surrounding at least a part of the grey water tube, the outer tube defining an annular space around the grey water tube; and a fresh water flow path formed within the annular spaces around the grey water tubes in said heat exchangers in a flow direction being opposite to the flow direction of the grey water, characterized by a grey water feeding tube extending from a position in the vicinity of the collector to the separator and an openable valve arranged in the grey water feeding tube at a position in the vicinity of the collector. a grey water flow path leading from a source inlet to a drain outlet ; a plurality of heat exchangers arranged in said grey water flow path; a separator arranged upstream of said heat exchangers, arranged to separate grey water from the source inlet into a plurality of parallel sub-paths, each sub-path being lead to one of said plurality of heat exchangers; a collector arranged downstream of said heat exchangers, arranged to reassemble the grey water from the sub-paths into a single flow path; wherein each heat exchanger comprises a grey water tube extending in a generally vertical direction from the separator to the collector, and an outer tube surrounding at least a part of the grey water tube, the outer tube defining an annular space around the grey water tube; and a fresh water flow path formed within the annular spaces around the grey water tubes in said heat exchangers in a flow direction being opposite to the flow direction of the grey water, characterized by a grey water feeding tube extending from a position in the vicinity of the collector to the separator and an openable valve arranged in the grey water feeding tube at a position in the vicinity of the collector.
A gas turbine engine comprising: a fan ; an engine core located downstream of the fan so as to receive a first portion of flow from the fan; a bypass duct located downstream of the fan and radially outside the engine core so as to receive a second portion of flow from the fan ; and a flow splitter defining the location at which the flow from the fan splits into the first and second portions; characterised in that the flow splitter comprises a body having an external surface , and an internal cavity , the external surface comprising two surfaces , the flow splitter having a leading edge delineating the two surfaces, and one or more noise-attenuation boreholes formed in the exterior surface in a region extending around the leading edge open into the internal cavity . a fan ; an engine core located downstream of the fan so as to receive a first portion of flow from the fan; a bypass duct located downstream of the fan and radially outside the engine core so as to receive a second portion of flow from the fan ; and a flow splitter defining the location at which the flow from the fan splits into the first and second portions; characterised in that the flow splitter comprises a body having an external surface , and an internal cavity , the external surface comprising two surfaces , the flow splitter having a leading edge delineating the two surfaces, and one or more noise-attenuation boreholes formed in the exterior surface in a region extending around the leading edge open into the internal cavity .
A communication network device, wherein the communication network device is configured to determine a communication network cell group in a communication network for executing paging to a user communication device in a dormant state, wherein the communication network cell group is determined by use of a neighbour cell measurement provided by the user communication device in an active state.
An adapter for coupling each of a razor handle and a razor cartridge together, the adapter comprising: a handle engaging portion comprising: a support member that defines a recess and comprises an outer surface that is external to the recess ; and at least one protrusion disposed on the outer surface and configured to frictionally engage a razor handle ; a cartridge engaging portion coupled with the handle engaging portion, characterized in that the cartridge engaging portion comprises a stem that defines a first recess and a second recess for selectively engaging a first cartridge protrusion and a second cartridge protrusion; a tongue member slidably coupled with the stem and configured to exert external force on a cartridge . a support member that defines a recess and comprises an outer surface that is external to the recess ; and at least one protrusion disposed on the outer surface and configured to frictionally engage a razor handle ; a cartridge engaging portion coupled with the handle engaging portion, characterized in that the cartridge engaging portion comprises a stem that defines a first recess and a second recess for selectively engaging a first cartridge protrusion and a second cartridge protrusion; a tongue member slidably coupled with the stem and configured to exert external force on a cartridge .
Pallet for holding modeling material , wherein a receptacle , comprises a magnet and/or a magnetizable material , wherein the modeling material comprises another magnet and/or magnetizable material, wherein the receptacle has a media holder , wherein the receptacle has a plastic covering and the plastic covering shows advertising, instructions or general information, wherein the receptacle has a holding opening and a holder element , wherein the receptacle is wholly or partially heatable, characterized in that the plastic covering has colored foils , and that different colored foils with different temperatures indicate heated areas of the receptacle .
A method of electrically isolating a battery of a medical device, comprising: providing an insulation enclosure ; providing the battery inside of the insulation enclosure, the battery having battery terminals ; providing an adapter plate attached to the insulation enclosure; and attaching the adapter plate to the medical device while the battery is inside of the insulation enclosure and while the insulation enclosure is attached to the adapter plate with the battery terminals extending beyond the insulation enclosure and the adapter plate and into the medical device. providing an insulation enclosure ; providing the battery inside of the insulation enclosure, the battery having battery terminals ; providing an adapter plate attached to the insulation enclosure; and attaching the adapter plate to the medical device while the battery is inside of the insulation enclosure and while the insulation enclosure is attached to the adapter plate with the battery terminals extending beyond the insulation enclosure and the adapter plate and into the medical device.
A reverse-input blocking clutch , comprising: a pressed member including a first pressed member element having a pressed surface around an inner peripheral surface thereof and an inner-diameter-side fitting surface on an outer peripheral surface thereof, and a second pressed member element having a mounting portion fixed to a portion that does not rotate during use and an outer-diameter-side fitting surface externally fitted to the inner-diameter-side fitting surface without looseness with regard to a radial direction on an inner peripheral surface thereof, an input member rotatably supported with respect to one of the first pressed member element or the second pressed member element, an output member coaxially arranged with the input member and rotatably supported with respect to the other of the first pressed member element or the second pressed member element, and an engaging element configured to transmit rotational torque input to the input member to the output member when the rotational torque is input to the input member by moving in a direction away from the pressed surface based on engagement with the input member and engaging with the output member , and to completely block rotational torque reversely input to the output member or transmit a part of the rotational torque reversely input to the output member to the input member and block a remaining part thereof when the rotational torque is reversely input to the output member by moving in a direction toward the pressed surface based on engagement with the output member to come into contact with the pressed surface . a pressed member including a first pressed member element having a pressed surface around an inner peripheral surface thereof and an inner-diameter-side fitting surface on an outer peripheral surface thereof, and a second pressed member element having a mounting portion fixed to a portion that does not rotate during use and an outer-diameter-side fitting surface externally fitted to the inner-diameter-side fitting surface without looseness with regard to a radial direction on an inner peripheral surface thereof, an input member rotatably supported with respect to one of the first pressed member element or the second pressed member element, an output member coaxially arranged with the input member and rotatably supported with respect to the other of the first pressed member element or the second pressed member element, and an engaging element configured to transmit rotational torque input to the input member to the output member when the rotational torque is input to the input member by moving in a direction away from the pressed surface based on engagement with the input member and engaging with the output member , and to completely block rotational torque reversely input to the output member or transmit a part of the rotational torque reversely input to the output member to the input member and block a remaining part thereof when the rotational torque is reversely input to the output member by moving in a direction toward the pressed surface based on engagement with the output member to come into contact with the pressed surface .