mhurhangee/patent-ind-claim-en huggingface dataset:
Electrode arrangement for rounding or deburring edges of electrically conductive components, in particular turbine parts, in a defined manner by means of electrochemical machining, comprising at least one working electrode , the working electrode being self-centering when inserted into a recess of the component to be machined and relative to the component to be machined, and the working electrode or an electrode carrier of the working electrode that carries a shaped electrode being floatingly mounted, characterized in that locking means are provided for fixing the working electrode or the electrode carrier in a kinematically determined manner, such that, afterfixing, no further movement of the working electrode or the electrode carrier is possible in the floating mounting of the electrode arrangement.
A method , executing on a host device that is remote to a head unit of an automobile , comprising: identifying current operating characteristics associated with the head unit ; providing view components of an application (302-305) to the head unit for execution by the head unit , the application includes one or more view components, one or more model components, and one or more controller components; dynamically selecting model components of the application (302-305) in real time to be executed by the head unit based on the current operating characteristics; dynamically selecting controller components of the application (302-305) in real time to be executed by the head unit based on the current operating characteristics; dynamically providing the selected model components and the selected controller components to the head unit for execution by the head unit as the current operating characteristics change over time; and executing non-selected model components of the application (302-305) and non-selected controller components of the application (302-305) on the host device . identifying current operating characteristics associated with the head unit ; providing view components of an application (302-305) to the head unit for execution by the head unit , the application includes one or more view components, one or more model components, and one or more controller components; dynamically selecting model components of the application (302-305) in real time to be executed by the head unit based on the current operating characteristics; dynamically selecting controller components of the application (302-305) in real time to be executed by the head unit based on the current operating characteristics; dynamically providing the selected model components and the selected controller components to the head unit for execution by the head unit as the current operating characteristics change over time; and executing non-selected model components of the application (302-305) and non-selected controller components of the application (302-305) on the host device .
An adjustment mechanism for variably adjusting the cross-section of a compressor inlet comprising: a plurality of rotatable orifice elements each having a plate body , a coupling element and a bearing pin ; and a transmission ring mechanically coupled to the plurality of orifice elements via the coupling elements ; wherein one of the orifice elements is configured as a drive orifice element whose bearing pin is configured as an elongated bearing pin being longer than the bearing pins of the other orifice elements , wherein the elongated bearing pin is adapted to be coupled with an actuation system , such that when the drive orifice element is moved by the actuation system , movement is transmitted from the drive orifice element via the transmission ring to the other orifice elements , characterized in that the coupling element of the drive orifice element in turn interacts with the transmission ring such that the transmission ring is rotated. a plurality of rotatable orifice elements each having a plate body , a coupling element and a bearing pin ; and a transmission ring mechanically coupled to the plurality of orifice elements via the coupling elements ; wherein one of the orifice elements is configured as a drive orifice element whose bearing pin is configured as an elongated bearing pin being longer than the bearing pins of the other orifice elements , wherein the elongated bearing pin is adapted to be coupled with an actuation system , such that when the drive orifice element is moved by the actuation system , movement is transmitted from the drive orifice element via the transmission ring to the other orifice elements , characterized in that the coupling element of the drive orifice element in turn interacts with the transmission ring such that the transmission ring is rotated.
An apparatus for producing a 3 dimensional mapping of the characteristics of a body, the apparatus comprising: a transparent inclined platform ; a flexible capture sheet draped on the upper side of the platform to be located between the platform and the body when leaning against the platform , the flexible capture sheet , in a rest position, defining a plane having an x-axis, a y-axis and a z-axis, the flexible capture sheet also having registration marks facing the transparent platform , wherein the z-axis is perpendicular to the plane, and wherein in the rest position the registration marks are at first positions; the plane corresponding to the plane formed by the platform ; a blower to supply air into a space between the sheet and the platform and aimed toward the flexible capture sheet to cause the flexible capture sheet to drape on the body; and a camera configured to view the registration marks through the transparent platform at the rest position and at second positions of the registration marks obtainable when the flexible capture sheet is draped on the body, wherein a view angle of the camera is offset from the z-axis. a transparent inclined platform ; a flexible capture sheet draped on the upper side of the platform to be located between the platform and the body when leaning against the platform , the flexible capture sheet , in a rest position, defining a plane having an x-axis, a y-axis and a z-axis, the flexible capture sheet also having registration marks facing the transparent platform , wherein the z-axis is perpendicular to the plane, and wherein in the rest position the registration marks are at first positions; the plane corresponding to the plane formed by the platform ; the flexible capture sheet , in a rest position, defining a plane having an x-axis, a y-axis and a z-axis, the flexible capture sheet also having registration marks facing the transparent platform , wherein the z-axis is perpendicular to the plane, and wherein in the rest position the registration marks are at first positions; the plane corresponding to the plane formed by the platform ; a blower to supply air into a space between the sheet and the platform and aimed toward the flexible capture sheet to cause the flexible capture sheet to drape on the body; and a camera configured to view the registration marks through the transparent platform at the rest position and at second positions of the registration marks obtainable when the flexible capture sheet is draped on the body, wherein a view angle of the camera is offset from the z-axis.
A fluid tank receptacle , the receptacle including a housing with an opening therethrough configured to receive a fluid tank and a movable support movably coupled to the housing and configured to extend from a first position to a second position when the fluid tank is positioned within the receptacle and retract from the second position to the first position when the fluid tank is removed from the receptacle , characterized in that the movable support comprises a cage and the receptacle further comprises a retainer coupled to the housing and configured to movably retain a portion of the cage within the housing such that the cage is able to move between the first position, which is a storage position, and the second position, which is a use position, with respect to the housing.
A device for detecting time-resolved optical data, the device comprising: - a sensor comprising a number of detection elements configured to detect a light signal in a single photon regime; - a timing circuit connected to said number of detection elements through a common line; and - a control module connected to said sensor , said control module being configured to selectively and sequentially enable said detection elements of said sensor according to a set of pre-determined enabling patterns (P(i)) implementing a set of pre-defined base functions for spatially sampling said light signal, wherein said timing circuit is configured to measure a time of arrival of an output signal from said detection elements on said common line, said output signal being indicative of the detection of a photon of said light signal by any of said enabled detection elements. - a sensor comprising a number of detection elements configured to detect a light signal in a single photon regime; - a timing circuit connected to said number of detection elements through a common line; and - a control module connected to said sensor , said control module being configured to selectively and sequentially enable said detection elements of said sensor according to a set of pre-determined enabling patterns (P(i)) implementing a set of pre-defined base functions for spatially sampling said light signal,
Area storage (30, 30") for storing vehicle bodies , the longitudinal extension of which is at least one and a half times the transverse extension, comprising a) a storage area with at least two storage places (10.1 - 10.12) and two associated vehicle body mounts , wherein the storage area is configured such that vehicle bodies can be stored on the storage area in one level on the at least two storage places on one of the vehicle body mounts in each case, b) at least one multi-track floor conveyor vehicle , which can be coupled to a vehicle body and/or the vehicle body mount , characterized in that c) the floor conveyor vehicle is configured for omnidirectional travel such that the direction of conveyance can be selected independently of the orientation of the floor conveyor vehicle and d) in the case of the floor conveyor vehicle with the coupled vehicle body or vehicle body mount , a change in the direction of conveyance can be performed without a change in the relative orientation of vehicle body and/or vehicle body mount and floor conveyor vehicle. a) a storage area with at least two storage places (10.1 - 10.12) and two associated vehicle body mounts , wherein the storage area is configured such that vehicle bodies can be stored on the storage area in one level on the at least two storage places on one of the vehicle body mounts in each case, b) at least one multi-track floor conveyor vehicle , which can be coupled to a vehicle body and/or the vehicle body mount , characterized in that c) the floor conveyor vehicle is configured for omnidirectional travel such that the direction of conveyance can be selected independently of the orientation of the floor conveyor vehicle and d) in the case of the floor conveyor vehicle with the coupled vehicle body or vehicle body mount , a change in the direction of conveyance can be performed without a change in the relative orientation of vehicle body and/or vehicle body mount and floor conveyor vehicle.
A license plate which, being a plate made from different elements applied to an acrylic plastic plate with stamped characters (c), comprises, in the following order, a lower sheet that is the color of the characters, an intermediate sheet of transparent acrylic plastic material suitable for being stamped, an easy-to-cut upper sheet with removable adhesive and a final sheet of reflective material, wherein the lower sheet consists of a painted layer that is the color of the characters incorporated onto the lower face of the intermediate sheet of transparent plastic material, and the final sheet consists of a layer of reflective paint incorporated onto the upper face of the easy-to-cut upper sheet , wherein the upper sheet and the final sheet are not present in the regions aligned with said characters (c).
A product for use in preventing or treating mastitis in a female non-human mammal which has a lactation period, the product comprising an effective amount of a sol-gel polymer composite comprising chitosan, a hydrophilic polymer comprising methylcellulose, a thermogelling element comprising a salt selected from the group consisting of sodium pyrophosphate tetrabasic, potassium phosphate dibasic trihydrate, and mixtures thereof, and an acidic water-based medium, for administration to a teat, a teat canal or a teat cistern of the animal.
A bottom structure for a milk receiver to which vacuum from a vacuum supply draws milk from the teats of an animal, the bottom structure comprising an agitation device for stirring of milk in the milk receiver , wherein the agitation device comprises an agitation member mounted to the bottom structure in such a way that when the bottom structure is mounted to the milk receiver , the agitation member will be arranged on the inside of the milk receiver , an actuator mounted to the bottom structure in such a way that when the bottom structure is mounted to the milk receiver , the actuator will be arranged outside of the milk receiver , and a movement transmission mechanism configured to transfer movements from the actuator to the agitation member in such a way that the actuator and the movement transmission mechanism together provide a reciprocating swinging movement of the agitation member in the milk receiver , wherein the agitation member is plate-shaped and comprises a first side configured to act with a first pressure force on the milk when it performs a swinging movement in a first direction and a second side configured to act with a second pressure force on the milk when it performs a swinging movement in a second opposite direction, wherein the first pressure force differs from the second pressure force.
Method for determining a route for a vehicle , the method including: a) associating a navigation module to a vehicle fitted with tires; b) associating a tire monitoring unit to at least one tire fitted to such vehicle, said tire monitoring unit including at least one sensing element adapted to generate a sensing signal descriptive of deformations undergone by said tire during rotation on a rolling surface, said deformations forming a contact area between said tire and said rolling surface; c) during the rotation of such at least one tire of the vehicle fitted with such monitoring unit, undersampling said sensing signal generated by said sensing element including the sensing signal generated in correspondence of passages of said sensing element through said contact area for a number of said passages sufficient for obtaining an estimated length of said contact area based on said undersampled sensing signal, said number of said passages being sufficiently high to enable a statistical analysis of the undersampled sensing signal; d) estimating the weight of the vehicle based on such estimated length, e) identifying at least two alternative routes; and f) selecting at least one route among said at least alternative routes based on such estimated weight of the vehicle. a) associating a navigation module to a vehicle fitted with tires; b) associating a tire monitoring unit to at least one tire fitted to such vehicle, said tire monitoring unit including at least one sensing element adapted to generate a sensing signal descriptive of deformations undergone by said tire during rotation on a rolling surface, said deformations forming a contact area between said tire and said rolling surface; c) during the rotation of such at least one tire of the vehicle fitted with such monitoring unit, undersampling said sensing signal generated by said sensing element including the sensing signal generated in correspondence of passages of said sensing element through said contact area for a number of said passages sufficient for obtaining an estimated length of said contact area based on said undersampled sensing signal, said number of said passages being sufficiently high to enable a statistical analysis of the undersampled sensing signal; d) estimating the weight of the vehicle based on such estimated length, e) identifying at least two alternative routes; and f) selecting at least one route among said at least alternative routes based on such estimated weight of the vehicle.
Method for detecting load differences between at least one first electrical machine and at least one second electrical machine , connected in parallel thereto, which machines are powered by a converter , the machines each being connected to the converter via three supply lines , the currents in two supply lines of the at least one first machine and in one of the supply lines of the at least one second machine being measured in the respective supply lines using current measuring sensors , characterised in that , on the basis of the measured current values (I U1 ; I V1 ) of the at least one first machine , the corresponding unmeasured currents (I U2 ; I V2 ) of the at least one second machine are estimated, and in that the estimated total current of the supply lines of the at least one second machine is detected as a measure of the deviation of the currents of the at least one second machine from the at least one first machine .
A tablet computing device comprising: a top portion including a display ; a hinge assembly to secure the top portion to a detachable and re-attachable keyboard accessory; and a barrel portion extending along the length of one of the longer outer edges of the top portion, wherein the barrel portion is at least partially cylindrical, and wherein the barrel portion is configured to be received in a scoop part of the keyboard accessory , wherein the barrel portion and the scoop part come together at the hinge assembly; wherein the hinge assembly comprises a disc-toothed wheel within the barrel portion, wherein the disc-toothed wheel is configured to receive and engage a tooth on a rib arranged in the scoop part of the keyboard accessory to provide resistance to a rotational motion between the hinge assembly and the keyboard accessory. a top portion including a display ; a hinge assembly to secure the top portion to a detachable and re-attachable keyboard accessory; and a barrel portion extending along the length of one of the longer outer edges of the top portion, wherein the barrel portion is at least partially cylindrical, and wherein the barrel portion is configured to be received in a scoop part of the keyboard accessory , wherein the barrel portion and the scoop part come together at the hinge assembly; wherein the hinge assembly comprises a disc-toothed wheel within the barrel portion, wherein the disc-toothed wheel is configured to receive and engage a tooth on a rib arranged in the scoop part of the keyboard accessory to provide resistance to a rotational motion between the hinge assembly and the keyboard accessory.
A method for inducing or promoting in vitro growth and proliferation of at least one cell (C) by a light source device comprising a light emitting element , the method comprising: providing blue light to said at least one cell (C) by emitting a blue light having a wavelength ranging from 435 to 460 nm, at a transmitted fluence ranging from 0.01 to 18.5 J/cm 2 so that the cell (C) receives an effective fluence ranging from 0.01 to 10 J/cm 2 and a power density ranging from 0.05 to 30 mW/cm 2 by said emitting element.
A method of forming a reverse osmosis membrane, comprising: a coating membrane forming step of forming a coating membrane which is soluble in a predetermined solvent on a surface of a porous support substrate that is insoluble in the solvent, wherein the porous support substrate comprises a nonwoven fabric-type backing layer and a porous plastic layer provided on the backing layer; and the coating membrane is formed on the porous plastic layer of the porous support substrate in the coating membrane forming step; a carbon membrane forming step of forming a carbon membrane having a diamond-like-carbon structure including nitrogen atoms on the coating membrane by a high power impulse magnetron sputtering that deposits carbon as a target material under an atmosphere where rare gas and nitrogen gas are contained, wherein the carbon membrane is configured to be diffusely permeated with a particular material contained in a solution and to separate the particular material as an object targeted for removal; a removing-by-dissolving step of removing the coating membrane by immersing the coating membrane in the predetermined solvent to dissolve the same in the solvent after formation of the carbon membrane, so that the carbon membrane is layered on the porous plastic layer of the porous support substrate, wherein the reverse osmosis membrane separates a particular material contained in a solution. a coating membrane forming step of forming a coating membrane which is soluble in a predetermined solvent on a surface of a porous support substrate that is insoluble in the solvent, wherein the porous support substrate comprises a nonwoven fabric-type backing layer and a porous plastic layer provided on the backing layer; and the coating membrane is formed on the porous plastic layer of the porous support substrate in the coating membrane forming step; a carbon membrane forming step of forming a carbon membrane having a diamond-like-carbon structure including nitrogen atoms on the coating membrane by a high power impulse magnetron sputtering that deposits carbon as a target material under an atmosphere where rare gas and nitrogen gas are contained, wherein the carbon membrane is configured to be diffusely permeated with a particular material contained in a solution and to separate the particular material as an object targeted for removal; a removing-by-dissolving step of removing the coating membrane by immersing the coating membrane in the predetermined solvent to dissolve the same in the solvent after formation of the carbon membrane, so that the carbon membrane is layered on the porous plastic layer of the porous support substrate, wherein the reverse osmosis membrane separates a particular material contained in a solution.