mhurhangee/patent-ind-claim-en huggingface dataset:
A transportation system for performing assembly or maintenance operations in a tower structure, optionally a wind turbine tower, the transportation system comprising: a fixed guide to be attached to a tower structure for guiding a transportation unit ; wherein the fixed guide is configured to be connected to a movable guide mounted in an elevator car of an elevator system and extends, when attached to said tower, from a first end to a second end less than 360° along an internal circular perimeter of a tower structure; and a transportation unit ; characterised in that the transportation unit comprises an undercarriage for displacing the transportation unit along the fixed guide. a fixed guide to be attached to a tower structure for guiding a transportation unit ; wherein the fixed guide is configured to be connected to a movable guide mounted in an elevator car of an elevator system and extends, when attached to said tower, from a first end to a second end less than 360° along an internal circular perimeter of a tower structure; and a transportation unit ; characterised in that the transportation unit comprises an undercarriage for displacing the transportation unit along the fixed guide.
A tool assembly (100; 700; 800; 900; 1000; 1100) configured for being mounted on a tool holder of a press, the tool assembly comprising separable portions, the separable portions including a holder (102; 302; 402; 502; 602; 702; 802; 902; 1002; 1102) and a tip (104; 304; 404; 504; 604; 704; 804; 904; 1004; 1104), the tool assembly including self-seating structure configured to position and seat a first of the holder (102; 302; 402; 502; 602; 702; 802; 902; 1002; 1102) and the tip (104; 304; 404; 504; 604; 704; 804; 904; 1004; 1104) in relation to a second of the holder and the tip, the self-seating structure including a linking member (120; 720; 820; 920) selectively attachable to and removable from the holder and the tip and having first and second end regions (122, 124; 722, 724; 822, 824; 922, 924), the first end region (122; 722; 822; 922) forming a rigid attachment to a first of the holder and tip, the second end region (124; 724; 824; 924) protruding from the first of the holder and tip and being adapted for engagement by a second of the holder and tip such that a mount surface of the first of the holder and tip is positioned and seated against a corresponding surface of the second of the holder and tip without further adjustment of the first of the holder and tip being required, a coupling member (136; 736; 836; 936) being provided on the second of the holder and tip, at least a portion of the coupling member being movable selectively toward or away from a segment of the linking member (120; 720; 820; 920) at such time as that segment is received in a mount aperture or bore (138; 338; 438; 538; 738; 838; 980; 1080; 1180) of the second of the holder and tip, wherein such movement of the coupling member portion toward the linking member segment is in an axial direction toward or away from the segment and corresponding engagement between the coupling member portion and the linking member segment results in the mount surface of the tip being pulled toward, and thus seated, directly against a corresponding surface of the holder.
Method for marking electrical appliances which can be arranged in a row and are arranged on a mounting rail , with the aid of a laser head , wherein the mounting rail is pivotable about its longitudinal axis and the laser head is displaceably guided at least along the longitudinal axis of the mounting rail , comprising the following steps: - predefining a number of marking instructions, each comprising a marking content and a position and an orientation of the surface to which the marking content is to be applied; - grouping the marking instructions into marking planes , such that all of the marking instructions of a marking plane can be applied by the laser head without a movement of the laser head or the mounting rail , wherein the marking planes differ in location coordinates and/or parameters for the laser head ; - selecting a first one of the marking planes ; - positioning of the laser head and/or pivoting of the mounting rail according to the location coordinates of the selected marking plane ; - applying markings according to the marking instructions of the selected marking plane with the parameters for the laser head ; and - selecting a next one of the marking planes for marking based on the movements of the laser head and of the mounting rail that would be necessary to apply markings according to the next one of the marking planes . - predefining a number of marking instructions, each comprising a marking content and a position and an orientation of the surface to which the marking content is to be applied; - grouping the marking instructions into marking planes , such that all of the marking instructions of a marking plane can be applied by the laser head without a movement of the laser head or the mounting rail , wherein the marking planes differ in location coordinates and/or parameters for the laser head ; - selecting a first one of the marking planes ; - positioning of the laser head and/or pivoting of the mounting rail according to the location coordinates of the selected marking plane ; - applying markings according to the marking instructions of the selected marking plane with the parameters for the laser head ; and - selecting a next one of the marking planes for marking based on the movements of the laser head and of the mounting rail that would be necessary to apply markings according to the next one of the marking planes .
A wireless power transmission apparatus comprising: a power provision circuit configured to provide DC power; a first conductive pattern ; a second conductive pattern ; multiple first switches connected to one end of the first conductive pattern and to one end of the second conductive pattern ; multiple second switches connected to the other end of the first conductive pattern ; multiple third switches connected to the other end of the second conductive pattern ; and a control circuit , wherein the control circuit is configured to control the multiple first switches and the multiple second switches so as to convert the DC power into first AC power and to apply the first AC power to the first conductive pattern , and the control circuit is configured to control the multiple first switches and the multiple third switches so as to convert the DC power into second AC power and to apply the second AC power to the second conductive pattern . a power provision circuit configured to provide DC power; a first conductive pattern ; a second conductive pattern ; multiple first switches connected to one end of the first conductive pattern and to one end of the second conductive pattern ; multiple second switches connected to the other end of the first conductive pattern ; multiple third switches connected to the other end of the second conductive pattern ; and a control circuit , wherein the control circuit is configured to control the multiple first switches and the multiple second switches so as to convert the DC power into first AC power and to apply the first AC power to the first conductive pattern , and the control circuit is configured to control the multiple first switches and the multiple third switches so as to convert the DC power into second AC power and to apply the second AC power to the second conductive pattern .
A method comprising: acquiring a current condition indicator of a condition indicator set associated with an operating condition of a vehicle , the condition indicator set indicating sensor readings associated with an operating element of the vehicle under the operating condition; determining , by a data server , a volatility V(t) at a time t over a window of size p + 1 samples of the condition indicator set based, at least in part, on a sum of differences between adjacent data points in the window, wherein the window includes the current condition indicator X(t) at time t , such that V t = ∑ n = t − p t X n − X n − 1 ; determining , by the data server , a movement M(t) over the window of the condition indicator set based, at least in part, on a difference between two selected data points in the window; determining a volatility-based movement significance σ(t) at the time t over the window of the condition indicator set based, at least in part, on a ratio of the movement to the volatility, such that σ t = M t V t ; determining , by the data server , whether a trend associated with the operating element is indicated based, at least in part, on the volatility-based movement significance; and generating , by the data server , an alert signal in response to the determining that the trend is indicated. acquiring a current condition indicator of a condition indicator set associated with an operating condition of a vehicle , the condition indicator set indicating sensor readings associated with an operating element of the vehicle under the operating condition; determining , by a data server , a volatility V(t) at a time t over a window of size p + 1 samples of the condition indicator set based, at least in part, on a sum of differences between adjacent data points in the window, wherein the window includes the current condition indicator X(t) at time t , such that V t = ∑ n = t − p t X n − X n − 1 ; determining , by the data server , a movement M(t) over the window of the condition indicator set based, at least in part, on a difference between two selected data points in the window; determining a volatility-based movement significance σ(t) at the time t over the window of the condition indicator set based, at least in part, on a ratio of the movement to the volatility, such that σ t = M t V t ; determining , by the data server , whether a trend associated with the operating element is indicated based, at least in part, on the volatility-based movement significance; and generating , by the data server , an alert signal in response to the determining that the trend is indicated.
Method for the forming of a fluid-tight separating closure of a conduit involving the following steps: - providing of a conduit with a sleeve , - positioning of the conduit with the sleeve between a die and a stamp , - compressing of the sleeve by a relative movement between the die and the stamp in order to form a closure ; - severing of the closure in a compressed region by a severing tool , the method being characterised in that the severing is carried out such that a contact line between the severing tool and the sleeve during severing is shorter than an obtained severing edge of the sleeve . - providing of a conduit with a sleeve , - positioning of the conduit with the sleeve between a die and a stamp , - compressing of the sleeve by a relative movement between the die and the stamp in order to form a closure ; - severing of the closure in a compressed region by a severing tool , the method being characterised in that the severing is carried out such that a contact line between the severing tool and the sleeve during severing is shorter than an obtained severing edge of the sleeve .
Electrical appliance with a door , a door opener and a switching circuit for the door opener, wherein the switching circuit comprises: - a solenoid means for mechanically opening or unlocking the door , - a DC voltage converter coupled to an AC mains , - a first switching means and a second switching means for preventing or triggering actuation of the solenoid means , - a series circuit of a capacitor , a resistor and the second switching means connected to an output of the DC voltage converter , - in parallel to the capacitor a series circuit of the solenoid means and a voltage controlled switch is provided, wherein the voltage controlled switch is controlled by a voltage across the capacitor . - a solenoid means for mechanically opening or unlocking the door , - a DC voltage converter coupled to an AC mains , - a first switching means and a second switching means for preventing or triggering actuation of the solenoid means , - a series circuit of a capacitor , a resistor and the second switching means connected to an output of the DC voltage converter , - in parallel to the capacitor a series circuit of the solenoid means and a voltage controlled switch is provided, wherein the voltage controlled switch is controlled by a voltage across the capacitor .
A beverage preparation machine comprising: a mixing chamber ; a milk line to supply milk to the mixing chamber ; an air line to supply air to the mixing chamber to produce foamed beverages; an air pump and a liquid pump (17; 26) fluidically connected to the milk line and to the air line ; and an electronic control unit programmed to operate the beverage preparation machine in a washing mode, characterised in that in the washing mode, the liquid pump (17; 26) is first operated to supply a given amount of a washing liquid to the air line and the milk line , and, subsequently, the air pump is operated to supply a given amount of pressurised air to the air line and the milk line to empty the air line and the milk line of the washing liquid. a mixing chamber ; a milk line to supply milk to the mixing chamber ; an air line to supply air to the mixing chamber to produce foamed beverages; an air pump and a liquid pump (17; 26) fluidically connected to the milk line and to the air line ; and an electronic control unit programmed to operate the beverage preparation machine in a washing mode, characterised in that in the washing mode, the liquid pump (17; 26) is first operated to supply a given amount of a washing liquid to the air line and the milk line , and, subsequently, the air pump is operated to supply a given amount of pressurised air to the air line and the milk line to empty the air line and the milk line of the washing liquid.
Household appliance , in particular a dishwasher , having - a carcass - a door that can be pivoted about a horizontal axis of rotation , which in its closed position assumes a substantially vertical position and closes a treatment chamber , - an unlocking module and a locking arrangement , by means of which the door can be locked in its closed position, in the form of a door lock , which are each arranged below an upper covering of the carcass , and - a door weight compensation system for damping an opening movement and/or for assisting a closing movement of the door , wherein the axis of rotation of the door is arranged behind the centre of gravity (S) of the door in the depthwise direction of the household appliance and the door weight compensation system is designed and set up in such a manner that in the unlocked state, without additional components, the primary purpose of which is to generate a torque for the automatic opening of the door, the door assumes a partially open position, in which it is open to some degree, substantially on account of the weight-induced force (G) exerted by the door . - a carcass - a door that can be pivoted about a horizontal axis of rotation , which in its closed position assumes a substantially vertical position and closes a treatment chamber , - an unlocking module and a locking arrangement , by means of which the door can be locked in its closed position, in the form of a door lock , which are each arranged below an upper covering of the carcass , and - a door weight compensation system for damping an opening movement and/or for assisting a closing movement of the door ,
A linkage for trailing shoe or trailing hose distributors for the spreading of liquid manure, the linkage being mountable to a liquid manure tank vehicle and having boom portions that are pivotable around a hinged joint , between a transport position folded in towards the liquid manure tank vehicle and a working position folded out sidewards, and that each have a support beam and disposed thereon either a plurality of trailing shoe skids , respectively with an end portion of an associated liquid manure spreading hose , or a plurality of trailing hoses, characterised in that the support beam is configured with a plastic tube as the supporting structure, the tube being reinforced with upper and lower, longitudinally extending struts and connected to the hinged joint .
Connecting element for connecting two objects , comprising a first holding device for connecting to a first object , comprising two limbs which are movably connected to one another by way of a hinge region , wherein the first limb in the region of the end thereof that faces away from the hinge region has a first sub-portion for forming a receptacle region as well as at least one rib , which is disposed between the hinge region and the first sub-portion , and wherein the second limb in the region of the end thereof that faces away from the hinge region has a second sub-portion for forming the receptacle region as well as at least one latching recess , which is disposed between the hinge region and the second sub-portion , for engaging in particular in a latching manner the rib of the first limb , wherein the second limb additionally has at least one latching element which protrudes into the latching recess and is able to be brought to engage in a force-fitting and/or form-fitting manner with the rib of the first limb , wherein the limbs in the region between the first sub-portion and the second sub-portion form the receptacle region for a fastening portion of the first object , wherein at least one protrusion which can engage in a form-fitting manner behind part of the fastening portion is present on at least one limb , and/or wherein at least one depression which can be engaged from behind by part of the fastening portion is present on at least one limb , and a second holding device for connecting to a second object which is disposed on a side of the connecting element that faces away from the first holding device and is functionally independent of the first holding device , wherein the second holding device is configured like the first holding device , and wherein a material portion is optionally located between the first and the second holding device , characterized in that the latching element is disposed below a protrusion that protrudes into the latching recess and extends into the latching recess beyond the extent of the protrusion into the latching recess .
An internal combustion engine , comprising: an engine block defining a cylinder ; a case member fastened to a lower part of the engine block to define a crank chamber jointly with the engine block ; and a bearing member fastened to the engine block in the crank chamber to rotatably support a crankshaft ; wherein the engine block is provided with a central recess formed in a part thereof to which the bearing member is fastened, a blow-by gas inlet passage communicating the central recess with the crank chamber , and a blow-by gas return passage forming a part of a passage communicating the central recess with an intake device , the central recess and the bearing member jointly defining a central breather chamber , characterized in that the bearing member extends orthogonally to an axis of the crankshaft as viewed in a direction extending along an axis of the cylinder , and is provided with a pair of bolt holes through which bolts for fastening the bearing member to the engine block pass in either end part thereof, the engine block is provided with a pair of female screw holes into which the respective bolts are threaded in parts thereof opposing the respective bolt holes , the central recess being positioned between the female screw holes , and the central recess extends along the bearing member . an engine block defining a cylinder ; a case member fastened to a lower part of the engine block to define a crank chamber jointly with the engine block ; and a bearing member fastened to the engine block in the crank chamber to rotatably support a crankshaft ; wherein the engine block is provided with a central recess formed in a part thereof to which the bearing member is fastened, a blow-by gas inlet passage communicating the central recess with the crank chamber , and a blow-by gas return passage forming a part of a passage communicating the central recess with an intake device , the central recess and the bearing member jointly defining a central breather chamber , characterized in that the bearing member extends orthogonally to an axis of the crankshaft as viewed in a direction extending along an axis of the cylinder , and is provided with a pair of bolt holes through which bolts for fastening the bearing member to the engine block pass in either end part thereof, the engine block is provided with a pair of female screw holes into which the respective bolts are threaded in parts thereof opposing the respective bolt holes , the central recess being positioned between the female screw holes , and the central recess extends along the bearing member .
A holder for holding a mobile device (ME), with a clamping device with two jaws mounted on a guide carriage so as to be displaceable relative to one another in a longitudinal direction (L), which are coupled to one another via a movement mechanism in such a manner that when one of the jaws is moved relative to the guide carriage , the opposite jaw is synchronously moved along relative to the guide carriage , wherein the clamping device comprises a locking device with - an adjustable blocking element which, in a blocking position (I), blocks the movement mechanism , and wherein the locking device is characterized in that - it comprises a locking mechanism with a locking tool receptacle in order to move the blocking element out of or into the blocking position (I) by means of a separate locking tool (SW) which is accommodated in the locking tool receptacle and can be removed and taken along. - an adjustable blocking element which, in a blocking position (I), blocks the movement mechanism , and wherein the locking device is characterized in that - it comprises a locking mechanism with a locking tool receptacle in order to move the blocking element out of or into the blocking position (I) by means of a separate locking tool (SW) which is accommodated in the locking tool receptacle and can be removed and taken along.
A refrigerating machine oil having a kinematic viscosity at 100°C as measured according to JIS K2283:2000 of 0.5 mm 2 /s or more and 1.5 mm 2 /s or less, a 90% distillation temperature in gas chromatography distillation as measured according to ASTM D7213-05 of 280°C or more and less than 360°C, and an aniline point as measured according to JIS K2256:2013 of 70°C or more, wherein the refrigerating machine oil comprises a lubricating base oil and 0.2 mass% or more of a phosphorus-based extreme pressure agent, based on the total amount of the refrigerating machine oil.