mhurhangee/patent-ind-claim-en huggingface dataset:
Hand-held electric hammer with a handle arrangement on a tool carrier shank in which a striking mechanism actuated by means of an electric motor is accommodated and at the lower end of which a tool holder is arranged, which is suitable for receiving a tool attachment designed as a spade blade and for receiving at least one further tool attachment, in particular a demolition chisel or a PVC scraper, wherein the handle arrangement is designed as a T-shaped T-handle seated on the tool carrier shank , so that two handles for both a left and a right hand of a user are provided on both sides of the tool carrier shank , and wherein an additional handle stub being attached to the tool carrier shank in the lower half, preferably in the lower third of the tool carrier shank , in particular protruding in parallel with the T-handle from the tool carrier shank , which permits the electric hammer to be gripped with one hand on the T-handle and with the other hand on the additional handle stub , characterized in that the additional handle stub houses the electric motor , preferably a brushless DC motor .
Support plate for an optical sensor of an optical detection system of a motor vehicle including a first face on the optical sensor side and a second opposite face including means for fixing a cleaning and/or drying fluid transporting body of a telescopic cleaning device for the optical sensor, characterized in that said plate is configured to form, with this fluid transporting body , a rapid fixing device for the telescopic cleaning device , the second face of the support plate including a positioning and orientating interface for a first part of the fluid transporting body and a locking interface for a second part of this fluid transporting body .
A method comprising: detecting, by at least one of multiple issue detectors in a system , one or more performance issues in the computing system ; analyzing, by the at least one issue detector, a sequence of events from an event log relating to the detected one or more performance issues to determine a first system behavior; issuing, by the at least one issue detector, a first query relating to the first system behavior; receiving, by one or more analysis core modules in the system, the first query; determining, by the one or more analysis core modules, a second system behavior based on the first query; issuing, by the one or more analysis core modules, a second query relating to the second system behavior; repeating the steps of receiving, determining, and the issuing by another one or more analysis core modules for the second and further queries until the root cause for the detected performance issue is identified; and performing, in the computer system , a responsive action in response to the root cause for the detected performance issue being determined by the multiple analysis modules. detecting, by at least one of multiple issue detectors in a system , one or more performance issues in the computing system ; analyzing, by the at least one issue detector, a sequence of events from an event log relating to the detected one or more performance issues to determine a first system behavior; issuing, by the at least one issue detector, a first query relating to the first system behavior; receiving, by one or more analysis core modules in the system, the first query; determining, by the one or more analysis core modules, a second system behavior based on the first query; issuing, by the one or more analysis core modules, a second query relating to the second system behavior; repeating the steps of receiving, determining, and the issuing by another one or more analysis core modules for the second and further queries until the root cause for the detected performance issue is identified; and performing, in the computer system , a responsive action in response to the root cause for the detected performance issue being determined by the multiple analysis modules.
A server-implemented method of generating an image gradient, characterised by : initiating a one-dimensional stretching operation based on one-dimensional image data and a stretching factor to generate a two-dimensional digital image, wherein the one-dimensional image data comprises a single pixel along a first direction of the two-dimensional digital image and multiple pixels along a second direction of the two-dimensional digital image, wherein the second direction is orthogonal to the first direction, wherein the multiple pixels along the second direction of the two-dimensional digital image comprise an image gradient, and wherein the stretching factor indicates how much the one-dimensional image data is to be stretched in the first direction of the two-dimensional digital image; wherein the one-dimensional stretching operation, when initiated, duplicates each of the pixels along the second direction by the stretching factor in the first direction to generate the two-dimensional digital image comprising multiple pixels along the first direction for each pixel of the one-dimensional image data, with each of the multiple pixels along the first direction duplicating the corresponding pixel. initiating a one-dimensional stretching operation based on one-dimensional image data and a stretching factor to generate a two-dimensional digital image, wherein the one-dimensional image data comprises a single pixel along a first direction of the two-dimensional digital image and multiple pixels along a second direction of the two-dimensional digital image, wherein the second direction is orthogonal to the first direction, wherein the multiple pixels along the second direction of the two-dimensional digital image comprise an image gradient, and wherein the stretching factor indicates how much the one-dimensional image data is to be stretched in the first direction of the two-dimensional digital image; wherein the one-dimensional stretching operation, when initiated, duplicates each of the pixels along the second direction by the stretching factor in the first direction to generate the two-dimensional digital image comprising multiple pixels along the first direction for each pixel of the one-dimensional image data, with each of the multiple pixels along the first direction duplicating the corresponding pixel.
A rotary harrow , having - a gearbox pan ; - spur gears , which are arranged side by side and engaged with each other in the gearbox pan , and which are each supported in a rotationally fixed manner on an associated rotor shaft supported in the gearbox pan ; and - an input gearbox associated with the spur gears for applying a driving force, having - an input shaft ; - an output shaft ; - a gear drive, which is arranged between the input shaft and the output shaft such that it transfers a driving rotational force; - a drive gear , which is arranged on the output shaft in a rotationally fixed manner; and - a gearbox housing with a gear shaft bushing into which the output shaft is inserted at least in sections; characterized in that the drive gear is in engagement with one of the spur gears through a housing opening in the gear shaft bushing . - a gearbox pan ; - spur gears , which are arranged side by side and engaged with each other in the gearbox pan , and which are each supported in a rotationally fixed manner on an associated rotor shaft supported in the gearbox pan ; and - an input gearbox associated with the spur gears for applying a driving force, having - an input shaft ; - an output shaft ; - a gear drive, which is arranged between the input shaft and the output shaft such that it transfers a driving rotational force; - a drive gear , which is arranged on the output shaft in a rotationally fixed manner; and - a gearbox housing with a gear shaft bushing into which the output shaft is inserted at least in sections; - an input shaft ; - an output shaft ; - a gear drive, which is arranged between the input shaft and the output shaft such that it transfers a driving rotational force; - a drive gear , which is arranged on the output shaft in a rotationally fixed manner; and - a gearbox housing with a gear shaft bushing into which the output shaft is inserted at least in sections;
Working device for compacting the ground comprising: - an upper mass ; - a guide apparatus , which is coupled to the upper mass , for guiding the working device ; - a lower mass which is movable relative to the upper mass , is movably coupled to the upper mass via a spring device and has a ground contact plate ; - an oscillation excitation apparatus for producing a relative movement between the upper mass and the lower mass; and comprising - a drive for driving the oscillation excitation apparatus ; wherein - the drive has an electric motor which is arranged on the lower mass ; characterised in that - the electric motor can be supplied with electrical energy by an electrical energy store which is arranged on the guide apparatus . - an upper mass ; - a guide apparatus , which is coupled to the upper mass , for guiding the working device ; - a lower mass which is movable relative to the upper mass , is movably coupled to the upper mass via a spring device and has a ground contact plate ; - an oscillation excitation apparatus for producing a relative movement between the upper mass and the lower mass; and comprising - a drive for driving the oscillation excitation apparatus ; wherein - the drive has an electric motor which is arranged on the lower mass ; characterised in that - the electric motor can be supplied with electrical energy by an electrical energy store which is arranged on the guide apparatus .
A protective shield (31; 131; 431) with a base body (32; 132; 432) and a fastening device (39; 139; 439) arranged thereon for the removable attachment at a brake carrier (1; 100; 400) of a floating caliper brake, wherein the fastening device (39; 139; 439) comprises at least three spring elements (41, 43; 141, 143; 441, 443), of which one spring element (41; 141; 443) is deflectable in another deflection plane than the other spring elements (43; 143; 441), and the deflection planes are at an angle to each other, characterised in that the spring elements (41, 43; 141, 143; 441, 443) are protruding perpendicularly from the base body (32; 132; 432).
A load bearing assembly for suspending an electric submersible pump from a well head assembly , the well head assembly being of the type having a connector for suspending jointed production tubing therefrom and a fluid to air connector which can seal around an electrical conductor extending there-through, wherein the load bearing assembly comprises a first section comprising a portion of tubing which is provided with first connecting means for connecting the portion of tubing to the connector of the well head assembly , characterised in that the load bearing assembly further comprises second connecting means for connecting the first section to a load bearing part of a second section of the load bearing assembly at a second end of the first section of tubing opposite of a first end of tubing connected to the connector , said second section being an electro-mechanical cable or a tubing-encapsulated power cable suspended from the second connecting means for supporting an electric submersible pump in a well, the second section further comprising an electrical conductor part for supplying electrical power to the electric submersible pump and extending along the length of the load bearing part of the second section , the electrical conductor part being in electrical communication with an electrical cable which extends outside and at least part way along the first section away from the second connecting means and towards the well head in use.
A laser processing device comprising: a laser irradiation unit that is configured to form a processing groove (R) extending in a scanning direction (D) on a workpiece (W) by performing laser processing on the workpiece (W) while scanning a surface (Sw) of the workpiece (W), the scanning direction (D) is a direction in which the laser irradiation unit scans; a nozzle unit that has a plurality of ejection holes aligned in the scanning direction (D) to eject ejection flows (F) toward the processing groove (R) from each of the ejection holes ; characterized in that an interval (p) between the ejection holes is set so that a scavenging flow (Fg) formed by reversing the ejection flows (F) on a bottom surface (Rb) of the processing groove (R) is formed between ejection flows (F) ejected from the ejection holes inside the processing groove (R); and in that the nozzle unit further has a suction hole (Hs, Hs') provided between the plurality of ejection holes and configured to suction the scavenging flow (Fg). a laser irradiation unit that is configured to form a processing groove (R) extending in a scanning direction (D) on a workpiece (W) by performing laser processing on the workpiece (W) while scanning a surface (Sw) of the workpiece (W), the scanning direction (D) is a direction in which the laser irradiation unit scans; a nozzle unit that has a plurality of ejection holes aligned in the scanning direction (D) to eject ejection flows (F) toward the processing groove (R) from each of the ejection holes ; characterized in that an interval (p) between the ejection holes is set so that a scavenging flow (Fg) formed by reversing the ejection flows (F) on a bottom surface (Rb) of the processing groove (R) is formed between ejection flows (F) ejected from the ejection holes inside the processing groove (R); and in that the nozzle unit further has a suction hole (Hs, Hs') provided between the plurality of ejection holes and configured to suction the scavenging flow (Fg).
A surgical robot simulation system comprising: a frame ; a computer ; a display in communication with the computer; two input devices in communication with the computer, each input device having a base , an arm , and an end-effector , wherein the arms comprise a plurality of joints , the input devices being attached to the frame so that a first joint of each arm, in use, resides beneath the base, and wherein each of the input devices provides a position signal to the computer, the positional signal corresponding to a position of the arm of the input device; and wherein the computer is programmed to: accept a position signal from each of the input devices; and transform each of the position signals into a position of a virtual surgical tool depicted on the display using a simulation transformation matrix determined by: determining a first 4X4 transformation matrix between a workspace of each input device workspace and a manipulator workspace; determining a second 4X4 transformation matrix between the manipulator workspace and a slave robot workspace; determining the simulation transformation matrix between the input device workspace and the slave robot matrix by multiplying the first and the second 4X4 transformation matrices. a frame ; a computer ; a display in communication with the computer; two input devices in communication with the computer, each input device having a base , an arm , and an end-effector , wherein the arms comprise a plurality of joints , the input devices being attached to the frame so that a first joint of each arm, in use, resides beneath the base, and wherein each of the input devices provides a position signal to the computer, the positional signal corresponding to a position of the arm of the input device; and wherein the computer is programmed to: accept a position signal from each of the input devices; and transform each of the position signals into a position of a virtual surgical tool depicted on the display using a simulation transformation matrix determined by: determining a first 4X4 transformation matrix between a workspace of each input device workspace and a manipulator workspace; determining a second 4X4 transformation matrix between the manipulator workspace and a slave robot workspace; determining the simulation transformation matrix between the input device workspace and the slave robot matrix by multiplying the first and the second 4X4 transformation matrices. determining a first 4X4 transformation matrix between a workspace of each input device workspace and a manipulator workspace; determining a second 4X4 transformation matrix between the manipulator workspace and a slave robot workspace; determining the simulation transformation matrix between the input device workspace and the slave robot matrix by multiplying the first and the second 4X4 transformation matrices.
A handheld personal care device , comprising: a housing; at least one light source arranged within the housing, the at least one light source configured to emit light in at least a first direction; an optical element comprising an inside surface (A) facing the at least one light source and an outside surface (B) opposite the inside surface, the optical element configured to transmit light from the light source; and a plurality of laser-induced modifications formed on the inside surface (A) or inside the optical element and configured to alter a transmission of light through the optical element; wherein the plurality of laser-induced modifications is configured to provide a uniform distribution of light on the outside of the optical element. a housing; at least one light source arranged within the housing, the at least one light source configured to emit light in at least a first direction; an optical element comprising an inside surface (A) facing the at least one light source and an outside surface (B) opposite the inside surface, the optical element configured to transmit light from the light source; and a plurality of laser-induced modifications formed on the inside surface (A) or inside the optical element and configured to alter a transmission of light through the optical element; wherein the plurality of laser-induced modifications is configured to provide a uniform distribution of light on the outside of the optical element.
A method for the cleaning and/or maintenance of an automatic dishwasher, characterized in that , in a normal cleaning cycle for cleaning items to be washed, in particular dirty dishes, a maintenance product for automatic dishwashers is metered in together with an automatic dishwashing detergent, which maintenance product is formulated separately from the dishwashing detergent, the maintenance product having (a) at least one non-ionic surfactant, preferably a fatty alcohol alkoxylate, and (b) at least one acid or a buffer system consisting of at least one acid and at least one base, and a solution of 10 wt.% of the maintenance product in water at 20 °C having a pH of <6.5, preferably <6.0, even more preferably 5.0-5.6, the maintenance product being in a water-soluble packaging, in particular in a film containing polyvinyl alcohol.
Package sleeve (10', 10") made of a composite material for the manufacture of a package (15', 15") comprising: - a sleeve surface with an inner partial region and with two outer partial regions , - a longitudinal seam which connects two edges of the composite material to form a circumferential package sleeve (10', 10"), - two secondary fold lines , which run through the sleeve surface , - wherein the package sleeve (10', 10") is folded along two secondary fold lines , and - wherein apart from the two secondary fold lines , the package sleeve (10', 10") does not have any further continuous fold lines in the region of the inner partial region of the sleeve surface , characterised in that the composite material has at least one layer of paper or paperboard which is covered on the edge of the longitudinal seam running within the package sleeve (10', 10") and characterised by bottom surfaces and gable surfaces , which are arranged on opposing sides of the sleeve surface , wherein the bottom surfaces and the gable surfaces each comprise two rectangular surfaces and six triangular surfaces . - a sleeve surface with an inner partial region and with two outer partial regions , - a longitudinal seam which connects two edges of the composite material to form a circumferential package sleeve (10', 10"), - two secondary fold lines , which run through the sleeve surface , - wherein the package sleeve (10', 10") is folded along two secondary fold lines , and - wherein apart from the two secondary fold lines , the package sleeve (10', 10") does not have any further continuous fold lines in the region of the inner partial region of the sleeve surface ,
A metering system (110...116) comprising a container for receiving pourable material and a pneumatic conveyor device (100...105) coupled with the container , a contact surface of the pneumatic conveyor device (100...105) pointing into the interior of the container , the pneumatic conveyor device (100...105) having the following features: - the contact surface that is designed to be in contact with the pourable material, - an ejector pump comprising a mixing chamber , a jet nozzle that opens into the mixing chamber and to which pressure can be applied, and at least one aspiration channel that leads away from the contract surface and opens into the mixing chamber , and - at least one air-intake channel that leads away from the contact surface and to which pressure can be applied or that opens onto an outer surface of the pneumatic conveyor device (100...105), - the at least one aspiration channel and the at least one air-intake channel forming at least one aspiration opening and at least one air-intake opening in the region of the contact surface , - the at least one aspiration channel and the at least one air-intake channel being oriented in substantially the same manner in the region of the contact surface , the flow directions in the at least one aspiration channel and the at least one air-intake channel being aligned antiparallel when the pneumatic conveyor device (100...105) is in operation, characterised in that the pneumatic conveyor device (100...105) being arranged entirely outside the container . - the contact surface that is designed to be in contact with the pourable material, - an ejector pump comprising a mixing chamber , a jet nozzle that opens into the mixing chamber and to which pressure can be applied, and at least one aspiration channel that leads away from the contract surface and opens into the mixing chamber , and - at least one air-intake channel that leads away from the contact surface and to which pressure can be applied or that opens onto an outer surface of the pneumatic conveyor device (100...105), - the at least one aspiration channel and the at least one air-intake channel forming at least one aspiration opening and at least one air-intake opening in the region of the contact surface , - the at least one aspiration channel and the at least one air-intake channel being oriented in substantially the same manner in the region of the contact surface , the flow directions in the at least one aspiration channel and the at least one air-intake channel being aligned antiparallel when the pneumatic conveyor device (100...105) is in operation, characterised in that the pneumatic conveyor device (100...105) being arranged entirely outside the container .