mhurhangee/patent-ind-claim-en huggingface dataset:
An auxiliary power unit assembly for an aircraft, comprising: an internal combustion engine configured for being received in a compartment of the aircraft; a particle separator configured to remove particles from a flow; a movable inlet assembly including: a first inlet configured to be defined on an exterior skin of the aircraft to fluidly communicate between an environment of the aircraft and the engine independently of the particle separator when the inlet assembly is in a first configuration; and a member selectively positionable to substantially block communication between the first inlet and the engine when the inlet assembly is in a second configuration; characterised in that the moveable inlet assembly further comprises a second inlet configured to be defined on an exterior skin of the aircraft to fluidly communicate between the environment of the aircraft and the engine of the auxiliary power unit via the particle separator when the inlet assembly is in the second configuration. an internal combustion engine configured for being received in a compartment of the aircraft; a particle separator configured to remove particles from a flow; a movable inlet assembly including: a first inlet configured to be defined on an exterior skin of the aircraft to fluidly communicate between an environment of the aircraft and the engine independently of the particle separator when the inlet assembly is in a first configuration; and a member selectively positionable to substantially block communication between the first inlet and the engine when the inlet assembly is in a second configuration; characterised in that the moveable inlet assembly further comprises a second inlet configured to be defined on an exterior skin of the aircraft to fluidly communicate between the environment of the aircraft and the engine of the auxiliary power unit via the particle separator when the inlet assembly is in the second configuration. a first inlet configured to be defined on an exterior skin of the aircraft to fluidly communicate between an environment of the aircraft and the engine independently of the particle separator when the inlet assembly is in a first configuration; and a member selectively positionable to substantially block communication between the first inlet and the engine when the inlet assembly is in a second configuration; characterised in that the moveable inlet assembly further comprises a second inlet configured to be defined on an exterior skin of the aircraft to fluidly communicate between the environment of the aircraft and the engine of the auxiliary power unit via the particle separator when the inlet assembly is in the second configuration.
Method for optimising a mounting of a component to be installed on a wind turbine , wherein an installed component has a first acceleration sensor for recording an acceleration , comprising the following steps: - determining a disturbance acceleration and/or a variable, derived from the disturbance acceleration , of the installed component in a disturbance axis or a plurality of disturbance axes by means of the acceleration sensor , wherein the method is characterised by the following steps: - predicting a future disturbance acceleration value or a variable derived therefrom along the disturbance axis or a plurality of disturbance axes by means of a mathematical method, so that there is a first predicted value for the future disturbance acceleration and/or a variable derived therefrom of the installed component, - comparing the first predicted value with a first threshold for a permissible disturbance acceleration or a variable derived therefrom along the disturbance axis or disturbance axes, - mounting the component to be installed , in the event that the predicted value is below the threshold, such that the mounting is carried out in an optimised manner. - determining a disturbance acceleration and/or a variable, derived from the disturbance acceleration , of the installed component in a disturbance axis or a plurality of disturbance axes by means of the acceleration sensor , wherein the method is characterised by the following steps: - predicting a future disturbance acceleration value or a variable derived therefrom along the disturbance axis or a plurality of disturbance axes by means of a mathematical method, so that there is a first predicted value for the future disturbance acceleration and/or a variable derived therefrom of the installed component, - comparing the first predicted value with a first threshold for a permissible disturbance acceleration or a variable derived therefrom along the disturbance axis or disturbance axes, - mounting the component to be installed , in the event that the predicted value is below the threshold,
Agricultural implement having a frame , having at least one first boom , which is displaceable relative to the frame in particular to transfer the implement between a transport position and a working position, having at least one second boom , which acts on a respective first boom and is displaceable relative to the frame and relative to the respective first boom in particular to transfer the implement between the transport position and the working position, wherein at least the respective second boom carries at least one working unit , wherein the respective first boom is able to be pivoted or folded about a joint relative to the frame , the respective second boom is displaceable in translation, namely is telescopic, relative to the respective first boom , the respective working unit mounted on the respective second boom is displaceable in translation relative to the respective second boom , characterized in that the respective first boom is embodied as an open profile which has an opening and the second boom , which is displaceable in translation, is guided inside the first boom such that at least a part of the second boom projects out of this opening and a trolley is arranged in a displaceable manner thereon and the working unit is mounted on the trolley . having a frame , having at least one first boom , which is displaceable relative to the frame in particular to transfer the implement between a transport position and a working position, having at least one second boom , which acts on a respective first boom and is displaceable relative to the frame and relative to the respective first boom in particular to transfer the implement between the transport position and the working position, wherein at least the respective second boom carries at least one working unit , wherein the respective first boom is able to be pivoted or folded about a joint relative to the frame , the respective second boom is displaceable in translation, namely is telescopic, relative to the respective first boom , the respective working unit mounted on the respective second boom is displaceable in translation relative to the respective second boom , characterized in that the respective first boom is embodied as an open profile which has an opening and the second boom , which is displaceable in translation, is guided inside the first boom such that at least a part of the second boom projects out of this opening and a trolley is arranged in a displaceable manner thereon and the working unit is mounted on the trolley .
A compound represented by the following Formula 1, a stereoisomer thereof, or a pharmaceutically acceptable salt thereof: In Formula 1, n is 0, 1, 2, 3, 4 or 5, R 1 , R 2 , and R 3 are each independently the same as or different from each other, and are each independently selected from hydrogen, a C 1-7 alkyl, hydroxyl, a halogen, a halogenated C 1-7 alkyl, a C 1-7 alkyloxy and a halogenated C 1-7 alkyloxy, and X is m substituents (m is an integer from 1 to 5) which are the same as or different from each other, selected from the group consisting of a halogen group, a halogenated C 1-7 alkyl group and a halogenated C 1-7 alkoxy group. n is 0, 1, 2, 3, 4 or 5, R 1 , R 2 , and R 3 are each independently the same as or different from each other, and are each independently selected from hydrogen, a C 1-7 alkyl, hydroxyl, a halogen, a halogenated C 1-7 alkyl, a C 1-7 alkyloxy and a halogenated C 1-7 alkyloxy, and X is m substituents (m is an integer from 1 to 5) which are the same as or different from each other, selected from the group consisting of a halogen group, a halogenated C 1-7 alkyl group and a halogenated C 1-7 alkoxy group.
Open fireplace in the form of a permanently open fire for arrangement in an installation location having a flue gas outlet hood for discharging flue gas of the open fireplace , wherein the flue gas outlet hood is located above a fire chamber which has at least one open, first side through which fresh air can flow from the installation location into the fire chamber , wherein there is provided an air supply device which is configured on the smoke exhaust hood along the first side of the fire chamber with a first slot for supplying air, characterised in that the smoke exhaust hood is provided with a barrier surface by means of which the fire chamber is delimited at the top and by means of which a first gap is freed along the open, first side of the fire chamber for conducting the flue gas out of the fire chamber into the flue gas outlet hood , such that the outflowing air, which is then preheated, at the first slot passes into the installation location of the open fire place directly where air is also drawn from the installation location through the first gap into the flue gas outlet hood .
A wound dressing for use in the application of topical negative pressure at a wound site, the wound dressing comprising: a liquid and gas permeable transmission layer ; an absorbent layer for absorbing wound exudate, the absorbent layer overlying the transmission layer and wherein the absorbent layer comprises a layer of multiple strand-like fibres that are made from cellulose, polyester or viscose and a plurality of super absorbent particles or super absorbent fibres; a gas impermeable cover layer overlying the absorbent layer and comprising a first orifice , wherein the cover layer is moisture vapour permeable; and a perforated wound contact layer , wherein said wound contact layer acts as a carrier for a lower and upper adhesive layer and comprises a lower pressure sensitive adhesive layer to adhere the wound dressing to the skin around the wound site. a liquid and gas permeable transmission layer ; an absorbent layer for absorbing wound exudate, the absorbent layer overlying the transmission layer and wherein the absorbent layer comprises a layer of multiple strand-like fibres that are made from cellulose, polyester or viscose and a plurality of super absorbent particles or super absorbent fibres; a gas impermeable cover layer overlying the absorbent layer and comprising a first orifice , wherein the cover layer is moisture vapour permeable; and a perforated wound contact layer , wherein said wound contact layer acts as a carrier for a lower and upper adhesive layer and comprises a lower pressure sensitive adhesive layer to adhere the wound dressing to the skin around the wound site.
An insulative housing for an electrical connector , the insulative housing comprising: a longitudinal body portion having a plurality of contact openings extending therein in an insertion direction (A) for supporting a plurality of electrical contact terminals , first and second pairs of opposing end portions extending from opposing ends of the body portion in the insertion direction (A), at least one end portion in each pair of opposing end portions comprising a ridge extending in the insertion direction (A) and comprising opposing first and second side surfaces , an inclined top surface facing the opposing end portion and connecting the first and second side surfaces and a horizontally oriented end portion at a bottom end of the ridge and extending between the opposing first and second side surfaces , wherein the ridge is configured to guide a cover latch of the cover of the electrical connector along the first side surface of the ridge and guide a strain relief latch of a strain relief of the electrical connector along the opposing second side surface of the ridge , wherein the inclined top surface of the ridge is configured to resiliently deflect the cover latch of the electrical connector , wherein the second side surface of the ridge comprises an inclined side surface portion at a bottom of the second side surface for resiliently deflecting the strain relief latch of the electrical connector , and wherein the end portion of the ridge is configured to latch onto both the cover latch of the electrical connector and the strain relief latch of the electrical connector . a longitudinal body portion having a plurality of contact openings extending therein in an insertion direction (A) for supporting a plurality of electrical contact terminals , first and second pairs of opposing end portions extending from opposing ends of the body portion in the insertion direction (A), at least one end portion in each pair of opposing end portions comprising a ridge extending in the insertion direction (A) and comprising opposing first and second side surfaces , an inclined top surface facing the opposing end portion and connecting the first and second side surfaces and a horizontally oriented end portion at a bottom end of the ridge and extending between the opposing first and second side surfaces , wherein the ridge is configured to guide a cover latch of the cover of the electrical connector along the first side surface of the ridge and guide a strain relief latch of a strain relief of the electrical connector along the opposing second side surface of the ridge , wherein the inclined top surface of the ridge is configured to resiliently deflect the cover latch of the electrical connector , wherein the second side surface of the ridge comprises an inclined side surface portion at a bottom of the second side surface for resiliently deflecting the strain relief latch of the electrical connector , and wherein the end portion of the ridge is configured to latch onto both the cover latch of the electrical connector and the strain relief latch of the electrical connector .
Assembly comprising a tile support and a flashing (11-14) having a first leg adapted for lying substantially in the plane of a roof between battens and a roofing and a second leg adapted for extending at an angle with respect to the first leg and configured to lie substantially parallel to an outer side of a roof window , said flashing (11-14) comprising a sealing element made from a compressible insulating material and the sealing element is made from a slit material or a material with weakening sections forming a series of weak walls, which will break in appropriate places when the material is compressed, characterized in that the sealing element is attached to the first leg on the side facing the roofing and forms part of the tile support, on which lower ends of tiles are configured to rest so that they are kept level with tiles in the same row next to the roof window, wherein the tile support further includes a dimensionally stable material arranged between the first leg of the flashing and the sealing element, and wherein cutting lines or tear-off means are provided for allowing adaptation of a height of the dimensionally stable material . the sealing element is made from a slit material or a material with weakening sections forming a series of weak walls, which will break in appropriate places when the material is compressed, characterized in that the sealing element is attached to the first leg on the side facing the roofing and forms part of the tile support, on which lower ends of tiles are configured to rest so that they are kept level with tiles in the same row next to the roof window, wherein the tile support further includes a dimensionally stable material arranged between the first leg of the flashing and the sealing element, and wherein cutting lines or tear-off means are provided for allowing adaptation of a height of the dimensionally stable material .
A security device connected to one or a plurality of busses (2190a to 2190c, 101 to 103) of an onboard network which is onboard a vehicle , the security device comprising: a reception unit that receives a frame from one of the busses; a determination unit that determines, with regard to the frame received by the reception unit, whether or not predetermined conditions are satisfied to distinguish whether or not the frame may be an attack frame, wherein the predetermined conditions satisfied include the frame having a correct format; wherein the security device is characterized by an obtaining unit that effects control so that a determination request, for determining by an external device whether or not the frame is normal, is transmitted to the external device that exists outside of the vehicle in a case where the determination unit has determined that the predetermined conditions are satisfied, and obtains determination results transmitted from the external device in accordance to the determination request, the determination results indicating one or the other of whether the frame is normal or not; and an output unit that outputs first presentation information in a case where the determination unit has determined that the predetermined conditions are satisfied, and outputs second presentation information in a case where the obtaining unit has obtained determination results from the external device. a reception unit that receives a frame from one of the busses; a determination unit that determines, with regard to the frame received by the reception unit, whether or not predetermined conditions are satisfied to distinguish whether or not the frame may be an attack frame, wherein the predetermined conditions satisfied include the frame having a correct format; wherein the security device is characterized by an obtaining unit that effects control so that a determination request, for determining by an external device whether or not the frame is normal, is transmitted to the external device that exists outside of the vehicle in a case where the determination unit has determined that the predetermined conditions are satisfied, and obtains determination results transmitted from the external device in accordance to the determination request, the determination results indicating one or the other of whether the frame is normal or not; and an output unit that outputs first presentation information in a case where the determination unit has determined that the predetermined conditions are satisfied, and outputs second presentation information in a case where the obtaining unit has obtained determination results from the external device.
A web drying apparatus , comprising: a blow-drying part (7a-7f) which has two blower units arranged on an upper side and a lower side of web (M) which is transferred in a transfer direction (Du, Dm, Dl), and injects gas onto the web (M) passing through a dry path (P) between the two blower units ; a housing which has a sidewall provided with an opening (61-66) facing the dry path (P) from the transfer direction (Du, Dm, Dl), through which the web (M) passes in the transfer direction (Du, Dm, Dl) through the opening (61-66), and houses the blow-drying part (7a-7f); an exhaust part which is disposed between the sidewall and the blow-drying part (7a-7f) in the housing and exhausts gas from the inside of the housing to the outside of the housing ; and a rectifying plate which is disposed between the blow-drying part (7a-7f) and the exhaust part in the housing and faces the web (M) being transferred in the transfer direction (Du, Dm, Dl). a blow-drying part (7a-7f) which has two blower units arranged on an upper side and a lower side of web (M) which is transferred in a transfer direction (Du, Dm, Dl), and injects gas onto the web (M) passing through a dry path (P) between the two blower units ; a housing which has a sidewall provided with an opening (61-66) facing the dry path (P) from the transfer direction (Du, Dm, Dl), through which the web (M) passes in the transfer direction (Du, Dm, Dl) through the opening (61-66), and houses the blow-drying part (7a-7f); an exhaust part which is disposed between the sidewall and the blow-drying part (7a-7f) in the housing and exhausts gas from the inside of the housing to the outside of the housing ; and a rectifying plate which is disposed between the blow-drying part (7a-7f) and the exhaust part in the housing and faces the web (M) being transferred in the transfer direction (Du, Dm, Dl).
Refrigerator and freezer comprising a coolant circuit, which comprises an evaporator and a compressor , wherein a liquid separator which comprises an inlet connected to the evaporator and an outlet connected to the compressor is arranged between the evaporator and the compressor , the liquid separator is designed and arranged such that it prevents liquid coolant from flowing into the suction pipe of the compressor , and the liquid separator is arranged above the evaporator , such that liquid coolant in the liquid separator can flow back into the evaporator due to gravity, wherein an inlet line of the liquid separator is formed by a connecting piece which projects into the interior of the liquid separator and comprises a plurality of holes or slots in its end region over the circumference in order for coolant to flow into the liquid separator , wherein the end region of the inlet line is closed at the end face, wherein the coolant circuit comprises at least one refrigerating-part evaporator and at least one freezing-part evaporator , and the liquid separator is arranged between the freezing-part evaporator and the compressor , wherein one or more gratings and one or more meshes are arranged in the liquid separator , wherein the gratings and the mesh are arranged between the inlet and the outlet of the liquid separator and the gratings have a curvature.