mhurhangee/patent-ind-claim-en huggingface dataset:
A solar energy roof tile for generating electrical and thermal energy from solar radiation, the form of which solar roof tile essentially corresponds to the shape of a conventional roof tile, with a base tile which is used to attach the solar energy roof tile to a roof, furthermore having - a photovoltaic module arranged on the top side, which module is connected to a first electrical line and a second electrical line , and - an absorber, through which a medium circulates and which has an inlet line and an outlet line , wherein - the inlet line has a first connecting element at its free end, and - the outlet line has a second connecting element at its free end, characterized in that - at least one of the inlet or outlet lines are designed to be variable in length, - in a basic state, both connecting elements are arranged within the outer dimensions of the solar energy roof tile , - in an assembly state, at least one of the two fasteners can be pulled out beyond the external dimensions of the solar energy roof tile and can be connected with a corresponding connecting element of a neighbouring solar energy roof tile in a media-transporting and electrically conductive manner, - the line , which is variable in length, contains one of the two electrical lines . - a photovoltaic module arranged on the top side, which module is connected to a first electrical line and a second electrical line , and - an absorber, through which a medium circulates and which has an inlet line and an outlet line , wherein - the inlet line has a first connecting element at its free end, and - the outlet line has a second connecting element at its free end, characterized in that - at least one of the inlet or outlet lines are designed to be variable in length, - in a basic state, both connecting elements are arranged within the outer dimensions of the solar energy roof tile , - in an assembly state, at least one of the two fasteners can be pulled out beyond the external dimensions of the solar energy roof tile and can be connected with a corresponding connecting element of a neighbouring solar energy roof tile in a media-transporting and electrically conductive manner, - the line , which is variable in length, contains one of the two electrical lines .
Method for the production of a base winding assembly of a stator for an electrical machine having a plurality of conductor loop groups , which are each formed from a plurality of conductor loops open on one side, wherein the closed ends of the conductor loops open on one side can be arranged on one end side of the base winding assembly and the open ends can be arranged on the opposite end side of the base winding assembly , wherein the production of the base winding assembly is carried out integrally by means of an additive manufacturing method in which a layer-by-layer application and local solidification of construction material is carried out, wherein, during the integral production of the base winding assembly , connecting structures are formed on the open ends of the conductor loops open on one side in order to increase the mechanical stability, which connecting structures rigidly connect the conductor loops open on one side within a conductor loop group and/or the conductor loop groups to one another, wherein the connecting structures are provided to be removed before forming a winding head on the open ends of the conductor loops open on one side. wherein the production of the base winding assembly is carried out integrally by means of an additive manufacturing method in which a layer-by-layer application and local solidification of construction material is carried out, wherein, during the integral production of the base winding assembly , connecting structures are formed on the open ends of the conductor loops open on one side in order to increase the mechanical stability, which connecting structures rigidly connect the conductor loops open on one side within a conductor loop group and/or the conductor loop groups to one another, wherein the connecting structures are provided to be removed before forming a winding head on the open ends of the conductor loops open on one side.
A fully manually powered infusion device (10; 100; 160; 180; 200; 220; 240) that provides both basal and bolus delivery of a liquid medicament to a patient, comprising: a main reservoir (12; 104; 252) configured to supply the liquid medicament; an outlet port (14; 140; 280) configured to deliver the liquid medicament to a patient; a basal dispenser (18; 106; 290) configured to deliver a substantially constant flow of the liquid medicament to the outlet port; a manually actuated bolus pump (16; 108; 254) configured to deliver a bolus dose of the liquid medicament from the main reservoir to the outlet when actuated; and a basal medicament supply (20; 110) configured to deliver a volume of the liquid medicament from the main reservoir to the basal dispenser consonant with each actuation of the bolus pump. a main reservoir (12; 104; 252) configured to supply the liquid medicament; an outlet port (14; 140; 280) configured to deliver the liquid medicament to a patient; a basal dispenser (18; 106; 290) configured to deliver a substantially constant flow of the liquid medicament to the outlet port; a manually actuated bolus pump (16; 108; 254) configured to deliver a bolus dose of the liquid medicament from the main reservoir to the outlet when actuated; and a basal medicament supply (20; 110) configured to deliver a volume of the liquid medicament from the main reservoir to the basal dispenser consonant with each actuation of the bolus pump.
Method for simplifying a measurement of a substance, in particular an ingredient, when preparing a dish, comprising the following steps: - providing a recipe; - determining a substance to be poured into a vessel on the basis of the recipe; - determining a volume to be poured into the vessel of the substance to be poured; - optically scanning an interior of the vessel from a predetermined height above the vessel ; - determining a fill level, which the volume causes in the vessel once it has been poured in; - displaying the determined fill level, wherein a mark indicating the determined fill level is projected onto a wall of the vessel . - providing a recipe; - determining a substance to be poured into a vessel on the basis of the recipe; - determining a volume to be poured into the vessel of the substance to be poured; - optically scanning an interior of the vessel from a predetermined height above the vessel ; - determining a fill level, which the volume causes in the vessel once it has been poured in; - displaying the determined fill level, wherein a mark indicating the determined fill level is projected onto a wall of the vessel .
A method for discovering services in a self-managed mobile communications network which does not have a centralized management entity, comprising: joining a self-managed mobile communications network by a service announcer, wherein the service announcer is a mobile device; receiving, by the service announcer , a request from a service advertiser, wherein the service advertiser is a peer communications device, to announce a service provided by the service advertiser, wherein the service is available in accordance with a first schedule of the service advertiser; and announcing, by the service announcer, the service on behalf of the service advertiser, wherein the service is provided by the service advertiser in accordance with a third schedule, and wherein the third schedule is negotiated by the service advertiser with one or more service subscribers ; characterized in that the service is announced in accordance with a second schedule; and wherein the first schedule comprises location information of the service advertiser and ranging information of the service provided by the service advertiser, and wherein the first schedule comprises time information of when the service advertiser is available to provide the service. joining a self-managed mobile communications network by a service announcer, wherein the service announcer is a mobile device; receiving, by the service announcer , a request from a service advertiser, wherein the service advertiser is a peer communications device, to announce a service provided by the service advertiser, wherein the service is available in accordance with a first schedule of the service advertiser; and announcing, by the service announcer, the service on behalf of the service advertiser, wherein the service is provided by the service advertiser in accordance with a third schedule, and wherein the third schedule is negotiated by the service advertiser with one or more service subscribers ; characterized in that the service is announced in accordance with a second schedule; and wherein the first schedule comprises location information of the service advertiser and ranging information of the service provided by the service advertiser, and wherein the first schedule comprises time information of when the service advertiser is available to provide the service.
Marine hybrid drive unit comprising a drive shaft which is connected to a combustion engine , an electric motor , a transmission with an input shaft and an output shaft , wherein the input shaft can selectively be driven solely by the combustion engine , solely by the electric motor , or by the combustion engine and the electric motor simultaneously, wherein the input shaft is permanently connected to the electric motor via at least one gear step , a modulatable transmission clutch to selectively connect the input shaft to the output shaft , a pressure actuated input clutch which is provided to connect and disconnect the drive shaft to or from the input shaft , characterized in, that the transmission further comprises an oil pump , which is driven by the input shaft to provide oil pressure for actuating the modulatable transmission clutch , and that the oil pump is arranged to provide oil for the actuation of the pressure actuated input clutch . a drive shaft which is connected to a combustion engine , an electric motor , a transmission with an input shaft and an output shaft , wherein the input shaft can selectively be driven solely by the combustion engine , solely by the electric motor , or by the combustion engine and the electric motor simultaneously, wherein the input shaft is permanently connected to the electric motor via at least one gear step , a modulatable transmission clutch to selectively connect the input shaft to the output shaft , a pressure actuated input clutch which is provided to connect and disconnect the drive shaft to or from the input shaft , characterized in, that the transmission further comprises an oil pump , which is driven by the input shaft to provide oil pressure for actuating the modulatable transmission clutch , and that the oil pump is arranged to provide oil for the actuation of the pressure actuated input clutch .
A method of manufacturing a solar cell, the method comprising: a polycrystalline silicon layer forming operation (S2) of forming a polycrystalline silicon layer containing a first dopant on a back surface (110S1), on side surfaces and at edge portions of a front surface (110S2) of a semiconductor substrate formed of a single crystal silicon material including a base region ; a front surface texturing operation (S3) of texturing the front surface (110S2) of the semiconductor substrate and simultaneously removing the polycrystalline silicon layer formed on the front surface (110S2) of the semiconductor substrate ; a second conductive region forming operation (S4, S5) of diffusing a second dopant on the front surface (110S2) of the semiconductor substrate to form a second conductive region ; a passivation layer forming operation (S7) of forming a first passivation layer on the polycrystalline silicon layer formed on the back surface (110S1) of the semiconductor substrate and forming a second passivation layer on the second conductive region on the front surface (110S2) of the semiconductor substrate ; and an electrode forming operation (S8) of forming a first electrode connected to the polycrystalline silicon layer through the first passivation layer and forming a second electrode at the second conductive region through the second passivation layer , wherein the front surface texturing operation (S3) is performed through wet etching. a polycrystalline silicon layer forming operation (S2) of forming a polycrystalline silicon layer containing a first dopant on a back surface (110S1), on side surfaces and at edge portions of a front surface (110S2) of a semiconductor substrate formed of a single crystal silicon material including a base region ; a front surface texturing operation (S3) of texturing the front surface (110S2) of the semiconductor substrate and simultaneously removing the polycrystalline silicon layer formed on the front surface (110S2) of the semiconductor substrate ; a second conductive region forming operation (S4, S5) of diffusing a second dopant on the front surface (110S2) of the semiconductor substrate to form a second conductive region ; a passivation layer forming operation (S7) of forming a first passivation layer on the polycrystalline silicon layer formed on the back surface (110S1) of the semiconductor substrate and forming a second passivation layer on the second conductive region on the front surface (110S2) of the semiconductor substrate ; and an electrode forming operation (S8) of forming a first electrode connected to the polycrystalline silicon layer through the first passivation layer and forming a second electrode at the second conductive region through the second passivation layer , wherein the front surface texturing operation (S3) is performed through wet etching.
A system comprising: an aircraft winglet of an aircraft; and a light assembly comprising: an exterior skin coupled to the aircraft winglet, at least one interior surface of the exterior skin defining a cavity within the exterior skin; one or more illumination sources housed within the cavity; one or more sets of holes within the exterior skin, the one or more sets of holes configured to allow illumination generated by the one or more illumination sources to pass through the exterior skin; and one or more protection elements proximate to the one or more sets of holes. an aircraft winglet of an aircraft; and a light assembly comprising: an exterior skin coupled to the aircraft winglet, at least one interior surface of the exterior skin defining a cavity within the exterior skin; one or more illumination sources housed within the cavity; one or more sets of holes within the exterior skin, the one or more sets of holes configured to allow illumination generated by the one or more illumination sources to pass through the exterior skin; and one or more protection elements proximate to the one or more sets of holes. an exterior skin coupled to the aircraft winglet, at least one interior surface of the exterior skin defining a cavity within the exterior skin; one or more illumination sources housed within the cavity; one or more sets of holes within the exterior skin, the one or more sets of holes configured to allow illumination generated by the one or more illumination sources to pass through the exterior skin; and one or more protection elements proximate to the one or more sets of holes.
An apparatus comprising a processor and a memory, the apparatus further including computer-executable instructions stored in the memory of the apparatus which, when executed by the processor of the apparatus, implement a service layer entity of a communication network and cause the apparatus to: receive, by the service layer entity of the communication network, from a requesting entity on the communication network, a request to access a resource hosted by the service layer entity; determine, by the service layer entity, based on an access control policy associated with the requested resource, that the requesting entity does not have pre-provisioned privileges to access the requested resource; identify, based on the access control policy and in response to determining that the requesting entity does not have pre-provisioned privileges, another entity of the communications network with which the service layer entity is to consult in performing a dynamic authorization of the requesting entity; determine, in communication with the another entity, to grant the requesting entity new privileges to access the requested resource; update the access control policy with the new privileges to access the requested resource; and send a message to the requesting entity indicating, based on the new privileges, that the request of the requesting entity to access the resource is approved. receive, by the service layer entity of the communication network, from a requesting entity on the communication network, a request to access a resource hosted by the service layer entity; determine, by the service layer entity, based on an access control policy associated with the requested resource, that the requesting entity does not have pre-provisioned privileges to access the requested resource; identify, based on the access control policy and in response to determining that the requesting entity does not have pre-provisioned privileges, another entity of the communications network with which the service layer entity is to consult in performing a dynamic authorization of the requesting entity; determine, in communication with the another entity, to grant the requesting entity new privileges to access the requested resource; update the access control policy with the new privileges to access the requested resource; and send a message to the requesting entity indicating, based on the new privileges, that the request of the requesting entity to access the resource is approved.
Floor vacuum cleaner (SS) for sucking up and collecting particles (ST) in at least one collection chamber (SR), having at least one receptacle chamber (MR) for suction means (MO, GB) comprising a blower driven by a motor (MO), wherein the collection chamber (SR) and the receptacle chamber (MR) are separated from each other by a dividing wall (TW), which has an inlet aperture for an air flow (LF) from the collection chamber (SR) to the suction means (MO, GB), and wherein the dividing wall (TW) has, as an inlet aperture for coupling the collection chamber (SR) to the suction means (MO, GB) of the receptacle chamber (MR), an air-conducting funnel tapering from its inlet surface (RE) at the collection chamber (SR) in the direction of the suction means (MO, GB), the inlet surface (RE) of said air-conducting funnel (LT) forming the substantial part of the dividing wall surface (TW), characterized in that the air-conducting funnel (LT) has an engagement protection element (ES) in its base, i.e. in the vicinity of the outlet aperture of the air-conduction funnel (LT), which is formed by a ribbed body, which has gaps for passage of the air flow (LF) from the collecting chamber (SR) to the suction means (MO, GB) and whose protective ribs in the funnel centre of the air guide funnel (LT), i.e. towards the opening to the fan (GB), project in the direction of the collecting chamber (SR), and that the dividing wall (TW) and the air- conducting funnel form a one-piece component.
A soft tissue repair device for repairing soft tissue at a soft tissue repair site, comprising: a first plate having a periphery, the first plate configured to be positioned along an outer surface of the soft tissue; and a first anchor having a base, the base configured to be positioned along an outer surface of the soft tissue opposite the first plate ; wherein the first anchor further comprises at least four legs extending from the base, each of the at least four legs extending from the base being configured to be moveable from a first position to a second position, wherein in the first position each of the at least four legs extend generally perpendicular relative to the base, and in the second position each of the at least four legs are configured to be moved to a curled configuration in which the at least four legs wrap around separate portions of the periphery of the first plate , and wherein each of the at least four legs includes a longitudinal length defined between the base and a tip such that a width of each of the at least four legs varies to define at least two tapers along the longitudinal length. a first plate having a periphery, the first plate configured to be positioned along an outer surface of the soft tissue; and a first anchor having a base, the base configured to be positioned along an outer surface of the soft tissue opposite the first plate ; wherein the first anchor further comprises at least four legs extending from the base, each of the at least four legs extending from the base being configured to be moveable from a first position to a second position, wherein in the first position each of the at least four legs extend generally perpendicular relative to the base, and in the second position each of the at least four legs are configured to be moved to a curled configuration in which the at least four legs wrap around separate portions of the periphery of the first plate , and wherein each of the at least four legs includes a longitudinal length defined between the base and a tip such that a width of each of the at least four legs varies to define at least two tapers along the longitudinal length.
A method for loading a container with sorted piece goods , the method comprising the steps of: - Sorting unsorted piece goods into a plurality of intermediate stores , wherein sorted piece goods are obtained in each intermediate store ; - Discharging the sorted piece goods from at least one of the intermediate stores onto a discharge conveyor of a conveying line , by means of which the sorted piece goods are fed to a filling station , the sorted piece goods falling as a compact piece goods stream via a bottom-side opening of the intermediate store onto the discharge conveyor , wherein said discharging of the sorted piece goods comprises sequential discharging of a first sorted piece good from a first intermediate storage and discharging of a second sorted piece good from a second intermediate storage , wherein the first and the second sorted piece goods are successively placed on the discharge conveyor ; and - Loading a container to be loaded in the filling station with the first and the second sorted piece goods . - Sorting unsorted piece goods into a plurality of intermediate stores , wherein sorted piece goods are obtained in each intermediate store ; - Discharging the sorted piece goods from at least one of the intermediate stores onto a discharge conveyor of a conveying line , by means of which the sorted piece goods are fed to a filling station , the sorted piece goods falling as a compact piece goods stream via a bottom-side opening of the intermediate store onto the discharge conveyor , wherein said discharging of the sorted piece goods comprises sequential discharging of a first sorted piece good from a first intermediate storage and discharging of a second sorted piece good from a second intermediate storage , wherein the first and the second sorted piece goods are successively placed on the discharge conveyor ; and - Loading a container to be loaded in the filling station with the first and the second sorted piece goods .