mhurhangee/patent-ind-claim-en huggingface dataset:
A photocathode for a water photoelectrolysis device comprising: - a substrate , - a layer of a metallic conductor arranged on the substrate , - at least one first layer of a first p-type semiconductor arranged on the layer of metallic conductor, - at least one second layer of a second p-type semiconductor arranged on the first layer of the first p-type semiconductor, - at least one third layer of a third n-type semiconductor forming a protective layer and arranged on the second layer of the second p-type semiconductor, the third layer of the third n-type semiconductor being stable in aqueous media so as to prevent contact between an aqueous electrolyte and the first and second layers of the first and second p-type semiconductors and being composed of an ABO 3 -type material, where A is selected from Ca, Sr and Ba, and B is selected from Ti and Fe, - the energy of the bottom of the conduction band (CB SC1-P ) of the first p-type semiconductor being greater than the energy of the bottom of the conduction band (CB SC2-P ) of the second p-type semiconductor, - the energy of the bottom of the conduction band (CB SC2-P ) of the second p-type semiconductor being greater than the energy of the bottom of the conduction band (CB SC3-N ) of the third n-type semiconductor, and - the energy of the bottom of the conduction band (CB SC3-N ) of the third n-type semiconductor being greater than the reduction energy of protons to dihydrogen. - a substrate , - a layer of a metallic conductor arranged on the substrate , - at least one first layer of a first p-type semiconductor arranged on the layer of metallic conductor, - at least one second layer of a second p-type semiconductor arranged on the first layer of the first p-type semiconductor, - at least one third layer of a third n-type semiconductor forming a protective layer and arranged on the second layer of the second p-type semiconductor, the third layer of the third n-type semiconductor being stable in aqueous media so as to prevent contact between an aqueous electrolyte and the first and second layers of the first and second p-type semiconductors and being composed of an ABO 3 -type material, where A is selected from Ca, Sr and Ba, and B is selected from Ti and Fe, - the energy of the bottom of the conduction band (CB SC1-P ) of the first p-type semiconductor being greater than the energy of the bottom of the conduction band (CB SC2-P ) of the second p-type semiconductor, - the energy of the bottom of the conduction band (CB SC2-P ) of the second p-type semiconductor being greater than the energy of the bottom of the conduction band (CB SC3-N ) of the third n-type semiconductor, and - the energy of the bottom of the conduction band (CB SC3-N ) of the third n-type semiconductor being greater than the reduction energy of protons to dihydrogen.
A blade outer air seal (BOAS) segment , comprising: a seal body having a radially inner face and a radially outer face that circumferentially extend between a first mate face and a second mate face and axially extend between a leading edge face and a trailing edge face ; and wherein at least one of said first mate face and said second mate face and at least one of said leading edge face and said trailing edge face each include an inner wall having a ledge and an undercut passage radially inward from said ledge that extends uninterrupted along a length of said ledge , wherein each of said undercut passages is in fluid communication with a core cavity of said seal body . a seal body having a radially inner face and a radially outer face that circumferentially extend between a first mate face and a second mate face and axially extend between a leading edge face and a trailing edge face ; and wherein at least one of said first mate face and said second mate face and at least one of said leading edge face and said trailing edge face each include an inner wall having a ledge and an undercut passage radially inward from said ledge that extends uninterrupted along a length of said ledge , wherein each of said undercut passages is in fluid communication with a core cavity of said seal body .
A drive unit for a drive train of an electrically driven motor vehicle, in particular a hybrid motor vehicle, having a first electric machine and a second electric machine and an output shaft , wherein a rotor of the second electric machine is connected to the output shaft for conjoint rotation and wherein the drive unit also has a disconnect clutch , with which a rotor of the first electric machine can be connected to the output shaft for torque transmission, wherein the rotor of one of the electric machines is supported at least indirectly radially on the rotor of the other electric machine by means of at least one rotary bearing , wherein an output element of the disconnect clutch is connected for conjoint rotation to the rotor of the second electric machine , wherein the rotor of the second electric machine is supported by this output element of the disconnect clutch on the first shaft which is connected for conjoint rotation to the first electric machine , and wherein between the two electric machines there is only one inner housing wall in the axial direction, on which only one further rotary bearing for one of the two rotors of the electric machines is arranged, characterised in that the disconnect clutch is arranged in the axial direction between the inner housing wall and the second electric machine .
Sound insulation arrangement for substantially completely accommodating one or more heat exchanger components from the fields of refrigeration and air conditioning technology, wherein the sound insulation arrangement comprises a housing that is closed on its top side and that has an inner space for the accommodation of the heat exchanger component(s) , wherein the housing comprises an inlet for supply air and an outlet for exhaust air, wherein the inlet for supply air is arranged in the upper third of the housing and a supply air channel comprises a portion extending vertically downwards, wherein the outlet for exhaust air is arranged in the upper third of the housing and an exhaust air channel comprises a portion extending vertically upwards, wherein the outlet is arranged in the housing above the inlet, wherein the supply air channel is formed in the housing, which supply air channel guides a supply air stream from the inlet to a supply air chamber of the inner space of the housing while redirecting said supply air stream at least twice, wherein an exhaust air channel is formed in the housing, which exhaust air channel guides an exhaust air stream from an exhaust air chamber in the inner space of the housing to the outlet while redirecting said exhaust air stream at least once, and wherein the supply air chamber and the exhaust air chamber are formed spatially separated from one another in the inner space, wherein the exhaust air chamber is arranged in the inner space of the housing above the supply air chamber. wherein the sound insulation arrangement comprises a housing that is closed on its top side and that has an inner space for the accommodation of the heat exchanger component(s) , wherein the housing comprises an inlet for supply air and an outlet for exhaust air, wherein the inlet for supply air is arranged in the upper third of the housing and a supply air channel comprises a portion extending vertically downwards, wherein the outlet for exhaust air is arranged in the upper third of the housing and an exhaust air channel comprises a portion extending vertically upwards, wherein the outlet is arranged in the housing above the inlet, wherein the supply air channel is formed in the housing, which supply air channel guides a supply air stream from the inlet to a supply air chamber of the inner space of the housing while redirecting said supply air stream at least twice, wherein an exhaust air channel is formed in the housing, which exhaust air channel guides an exhaust air stream from an exhaust air chamber in the inner space of the housing to the outlet while redirecting said exhaust air stream at least once, and wherein the supply air chamber and the exhaust air chamber are formed spatially separated from one another in the inner space, wherein the exhaust air chamber is arranged in the inner space of the housing above the supply air chamber.
A tower assembly for a wind turbine , the tower assembly comprising: a tower comprising a tower wall having an inner surface and an outer surface separated by a tower wall thickness , the inner surface defining a tower interior ; and an internal tower structure assembly positioned within the tower interior , the internal tower structure assembly comprising a plurality of stackable support structures , a stackable base support structure and a base platform ; wherein the plurality of stackable support structures is configured to support one or more internal tower components, wherein the stackable base support structure fits over a power converter , and wherein the base platform supports the power converter and wherein the internal tower structure assembly is not secured to the tower via a mechanical connection such that the internal tower structure assembly is freestanding within the tower interior and characterized in that the base platform further comprises an aperture configured to allow the stackable base support structure to pass through the base platform . a tower comprising a tower wall having an inner surface and an outer surface separated by a tower wall thickness , the inner surface defining a tower interior ; and an internal tower structure assembly positioned within the tower interior , the internal tower structure assembly comprising a plurality of stackable support structures , a stackable base support structure and a base platform ; wherein the plurality of stackable support structures is configured to support one or more internal tower components, wherein the stackable base support structure fits over a power converter , and wherein the base platform supports the power converter and wherein the internal tower structure assembly is not secured to the tower via a mechanical connection such that the internal tower structure assembly is freestanding within the tower interior and characterized in that the base platform further comprises an aperture configured to allow the stackable base support structure to pass through the base platform .
Vehicle, in particular rail vehicle , having a mounting rail , wherein the mounting rail - termed first mounting rail below - has a second mounting rail adjoining in the rail longitudinal direction connected thereto, in particular by screwing and/or pinning, characterized in that - each of the two mounting rails has a respective interface portion with at least one hole through which a screw is guided perpendicularly to the rail longitudinal direction, - wherein the screw screws the respective interface portion to a connecting plate which is situated in certain portions below the respective mounting rail and in certain portions below the interface portion of the adjacent mounting rail . - each of the two mounting rails has a respective interface portion with at least one hole through which a screw is guided perpendicularly to the rail longitudinal direction, - wherein the screw screws the respective interface portion to a connecting plate which is situated in certain portions below the respective mounting rail and in certain portions below the interface portion of the adjacent mounting rail .
A solenoid switch to be used in a vehicle starter, comprising: a) a switch casing ; b) a solenoid core supported by the switch casing in a manner of being movable in an axial direction; c) a boot having a front end portion and a back end portion adapted for sealing between the solenoid core and the switch casing ; and d) a fixing ring configured to fix the back end portion of the boot to the switch casing ; characterised in that e) first axial retention means is provided between the boot and the switch casing for maintaining the relative axial position between the boot and the switch casing ; and f) wherein second axial retention means is provided on the boot for maintaining the relative axial position between the fixing ring and the boot preventing the fixing ring from moving from the back end portion in axial direction towards the front end portion . a) a switch casing ; b) a solenoid core supported by the switch casing in a manner of being movable in an axial direction; c) a boot having a front end portion and a back end portion adapted for sealing between the solenoid core and the switch casing ; and d) a fixing ring configured to fix the back end portion of the boot to the switch casing ; characterised in that e) first axial retention means is provided between the boot and the switch casing for maintaining the relative axial position between the boot and the switch casing ; and f) wherein second axial retention means is provided on the boot for maintaining the relative axial position between the fixing ring and the boot preventing the fixing ring from moving from the back end portion in axial direction towards the front end portion .
A burner apparatus for a furnace system comprising: a burner wall having a forward end and an air passageway extending therethrough, said air passageway having a discharge at said forward end of said burner wall and said burner wall having a longitudinal axis extending through said forward end ; a series of primary fuel ejection structures which at least partially surround said burner wall , each of said primary fuel ejection structures having a fuel ejection port, said fuel ejection ports of said primary fuel ejection structures being positioned longitudinally rearward of and laterally outward from said forward end of said burner wall to eject fuel gas outside of said burner wall , and a series of secondary fuel ejection structures which at least partially surround said burner wall , each of said secondary fuel ejection structures having a fuel ejection port, said fuel ejection ports of said secondary fuel ejection structures being positioned longitudinally rearward of and laterally outward from said forward end of said burner wall to eject fuel gas outside of said burner wall , wherein said series of said secondary fuel ejection structures is spaced radially outward from said series of said primary fuel ejection structures, and characterized in that the fuel ejection ports of the primary and the secondary fuel ejection structures are adapted to eject fuel gas passing through and mix with the flue gas within the furnace. a burner wall having a forward end and an air passageway extending therethrough, said air passageway having a discharge at said forward end of said burner wall and said burner wall having a longitudinal axis extending through said forward end ; a series of primary fuel ejection structures which at least partially surround said burner wall , each of said primary fuel ejection structures having a fuel ejection port, said fuel ejection ports of said primary fuel ejection structures being positioned longitudinally rearward of and laterally outward from said forward end of said burner wall to eject fuel gas outside of said burner wall , and a series of secondary fuel ejection structures which at least partially surround said burner wall , each of said secondary fuel ejection structures having a fuel ejection port, said fuel ejection ports of said secondary fuel ejection structures being positioned longitudinally rearward of and laterally outward from said forward end of said burner wall to eject fuel gas outside of said burner wall , wherein said series of said secondary fuel ejection structures is spaced radially outward from said series of said primary fuel ejection structures, and characterized in that the fuel ejection ports of the primary and the secondary fuel ejection structures are adapted to eject fuel gas passing through and mix with the flue gas within the furnace.
A platform assembly for supporting a toy vehicle system to a substantially vertical tree trunk or post , having a centre clamp formed from at least two segments , which are joined together around the tree trunk or post , a plurality of brackets mounted on the centre clamp at one end and supporting a platform at the other end, characterised in that the centre clamp includes adjustment means to allow a user to adjust the pitch and roll of the platform relative to the tree or post .
Process for the production of an emulsifying composition, comprising irradiating by microwaves a mixture comprising: (a) an amino acid alkyl ester and (b) a fatty acid and/or a vegetal oil and/or butter, wherein said alkyl ester is a linear or branched C 1 -C 10 alkyl ester.
Arrangement comprising at least one espresso coffee machine and at least one coffee grinder , wherein said at least one espresso coffee machine comprises a plurality of brewing groups and also comprises a corresponding plurality of filter holder assemblies , each comprising at least one filter holder and a respective filter (1"), carried by said filter holder and adapted to contain the desired dose of coffee powder, wherein said coffee grinder comprises a grinding chamber for grinding coffee beans and obtaining coffee powder to be dispensed to one of said filter holder assemblies , wherein said espresso coffee machine is configured to prepare a plurality of different coffee-based drinks according to different recipes, wherein said espresso coffee machine further comprises an electronics equipped with communication devices , wherein said coffee grinder further comprises an electronics equipped with communication devices , wherein one or more of said filter holder assemblies comprise an electronics equipped with a memory , in which the parameters of one or more of said recipes are stored, and with communication devices , said communication devices of said electronics of said filter holder assembly being able to communicate with said communication devices of said electronics of said espresso coffee machine in order to communicate to said espresso coffee machine the data necessary for preparing a selected recipe, and also being able to communicate with said communication devices of said electronics of said coffee grinder in order to communicate to said coffee grinder the data necessary for preparing said selected recipe.
Tool for curling of can's neck suitable to be fixed on a tool plate , characterised in that it comprises an expansion control device for controlling of the spreading of a collet and within this device is arranged with one end by means of a collet clutch , which is inside of the expansion control device , interconnecting means, created as a rod provided on the other end with a stop mechanism , comprising a frame , a movable stop being provided on the rod , the moveable stop cooperates with a fixed stop position of it is adjustable by means of a pivoting mechanism which is attached to the frame by means of screws , wherein in the collet clutch a holder is fixed with its one end, and on its other end the collet is arranged, the collet in the non-active position is insertable into the can , and segments of the collet are spreading in the direction to the device , the expansion control device is created as an outer body suitable for being fixed on the tool plate acting in a straight-line reciprocating movement with an inner cylinder the outer body having two hollows, the rear hollow 40 and the front hollow and the inner cylinder is arranged movably within a guide cylinder rigidly arranged in the hollow of the outer body , the inner cylinder has a front cavity oriented towards the segments of the collet and in the front cavity of the inner cylinder a curling flange with a curling profile provided at its inner edge, is mounted, the segments of the collet are provided on the inner side with a transverse groove surrounding in the rest position a collar provided on the holder , whereas on the holder in the front hollow of the outer body an expansion mandrel is arranged, whereas the expansion mandrel is arranged in the inner cylinder 16 and between the guide cylinder and the inner cylinder a roller or plain bearing is arranged, whereas in the rear hollow a main spring is arranged, the main spring abuts with its one end the seat of the inner cylinder and with its second end the main spring abuts a bearing terminating the rear hollow , whereas around the main spring a front spring in the front hollow of the outer body is arranged, the front spring is arranged from one side in the clutch seat and from the other side in the spacer on the front wall of the hollow of the outer body .
A method of controlling a medical apparatus (DG) by processing messages (S2) on a remote control unit (F) of an application apparatus (AG), wherein the application apparatus (AG) is remote from but in visual contact with the medical apparatus (DG), and wherein the messages relate to the operation of the medical apparatus (DG), comprising the steps of: - configuration of a safety criterion, where the safety criterion is defined specifically for each medical apparatus (DG), - detecting the presence of a user in front of the application apparatus (AG) by means of an identification device (ID) provided on or at the application apparatus (AG); and; - detecting (a) an activation signal on the application apparatus (AG); - receiving (b) the respective message (S2) of the medical apparatus (DG) on the application apparatus (AG); - by means of the identification device (ID): checking (c) the safety criterion with an evaluation of a visual contact signal representing a condition whether there is visual contact between the application apparatus (AG) on which the user assigned to it is working and the medical apparatus (DG) and/or a patient connected to the medical apparatus (DG), wherein the visual contact signal is evaluated by evaluating an RFID chip, an NFC module, a camera, by radio triangulation or by evaluating digital site plans and in case of positive checking result: ∘ Providing a processing procedure for remotely processing (d) the respective message (S2) on the application apparatus (AG) as long as the safety criterion is met. - configuration of a safety criterion, where the safety criterion is defined specifically for each medical apparatus (DG), - detecting the presence of a user in front of the application apparatus (AG) by means of an identification device (ID) provided on or at the application apparatus (AG); and; - detecting (a) an activation signal on the application apparatus (AG); - receiving (b) the respective message (S2) of the medical apparatus (DG) on the application apparatus (AG); - by means of the identification device (ID): checking (c) the safety criterion with an evaluation of a visual contact signal representing a condition whether there is visual contact between the application apparatus (AG) on which the user assigned to it is working and the medical apparatus (DG) and/or a patient connected to the medical apparatus (DG), wherein the visual contact signal is evaluated by evaluating an RFID chip, an NFC module, a camera, by radio triangulation or by evaluating digital site plans and in case of positive checking result: ∘ Providing a processing procedure for remotely processing (d) the respective message (S2) on the application apparatus (AG) as long as the safety criterion is met.