mhurhangee/patent-ind-claim-en huggingface dataset:
Method for producing a gear mechanism comprising a first gearwheel, which is rotatable about a first axis of rotation, and a second gearwheel, which is rotatable about a second axis of rotation, wherein the first and the second gearwheel are in engagement with one another, wherein the first and the second axis of rotation are oriented parallel to one another and are spaced apart from one another, wherein the first gearwheel is configured with teeth which are each identical and which are regularly spaced apart from one another in a circumferential direction, wherein, in cross-section, one of the two flanks of the respective tooth is configured as a circular arc at least in an active engagement region, wherein the axes of rotation are parallel to a normal to the sectional plane of the cross-section, wherein the centre point of the circle comprising the circular arc is at a finite and non-vanishing distance from the first and the second axis of rotation, that is to say an eccentric offset (e), wherein the centre point of the circle comprising the circular arc is at a finite and non-vanishing distance from the plane that includes the first and the second axis of rotation, that is to say a lateral offset (I), wherein the active engagement region is the region of the flank that is provided for contact with the other gearwheel, that is to say with the gearwheel engaging therewith, wherein the radius of the circular arc is larger than the lateral offset (I), wherein the lateral offset (I) has a non-vanishing value, wherein the radius of curvature of the circular arc is larger than one quarter of the pitch and/or than one half of the tooth thickness, characterized in that the cutting edges of the tool that is used to produce the flanks in the rolling process are S-shaped.
A method of identifying binding sites of a molecule of interest on a receptor protein, said method comprising: a. obtaining a display population, wherein said population comprises cells, phage or virus, each member expressing on its surface a single mutant variant of the receptor protein, wherein said mutant variant has a single amino acid residue mutated to cysteine; b. contacting a cysteine specific probe with said population, wherein said cysteine specific probe binds to cysteine residue on mutant variant; c. contacting said molecule of interest with the display population; and d. detecting binding of molecule of interest to mutant variant of receptor protein, wherein lack of binding of molecule of interest to the mutant variant is indicative that the corresponding amino acid residue in the non-mutated receptor protein at the same position is involved in the molecule of interest binding to receptor protein. a. obtaining a display population, wherein said population comprises cells, phage or virus, each member expressing on its surface a single mutant variant of the receptor protein, wherein said mutant variant has a single amino acid residue mutated to cysteine; b. contacting a cysteine specific probe with said population, wherein said cysteine specific probe binds to cysteine residue on mutant variant; c. contacting said molecule of interest with the display population; and d. detecting binding of molecule of interest to mutant variant of receptor protein, wherein lack of binding of molecule of interest to the mutant variant is indicative that the corresponding amino acid residue in the non-mutated receptor protein at the same position is involved in the molecule of interest binding to receptor protein.
A trimmer guard with a body comprising: a deck having an inner side adapted for connecting the trimmer guard to a trimmer ; an outer side that is substantially arc-shaped; a first edge arranged between the inner side and the outer side ; and a second edge opposite the first edge and arranged between the inner side and the outer side ; and a skirt extending from the outer side at an angle to the deck ; wherein when the trimmer guard is connected to a trimmer , the deck and the skirt together define a space for housing a rotary cutting tool of a cutting assembly of the trimmer ; characterised in that the trimmer guard further comprises: a first flange arranged at the first edge at an angle to the deck ; and a plurality of grooves , wherein the grooves are arranged and spaced apart along an edge of the first flange , the grooves being adapted to reduce noise generated by the trimmer during operation. a deck having an inner side adapted for connecting the trimmer guard to a trimmer ; an outer side that is substantially arc-shaped; a first edge arranged between the inner side and the outer side ; and a second edge opposite the first edge and arranged between the inner side and the outer side ; and an inner side adapted for connecting the trimmer guard to a trimmer ; an outer side that is substantially arc-shaped; a first edge arranged between the inner side and the outer side ; and a second edge opposite the first edge and arranged between the inner side and the outer side ; and a skirt extending from the outer side at an angle to the deck ; wherein when the trimmer guard is connected to a trimmer , the deck and the skirt together define a space for housing a rotary cutting tool of a cutting assembly of the trimmer ; characterised in that the trimmer guard further comprises: a first flange arranged at the first edge at an angle to the deck ; and a plurality of grooves , wherein the grooves are arranged and spaced apart along an edge of the first flange , the grooves being adapted to reduce noise generated by the trimmer during operation. a first flange arranged at the first edge at an angle to the deck ; and a plurality of grooves , wherein the grooves are arranged and spaced apart along an edge of the first flange , the grooves being adapted to reduce noise generated by the trimmer during operation.
A membrane disc dog toy comprising a handle and a bite body , where said bite body comprises a cavity portion covered by an elastic outer cover having at least one through opening and a handle through opening around an axis line , and said handle extending beyond the outer cover has a fixing end element fixed in the cavity portion , characterized in that a membrane disc is formed from the outer cover by the confluence of materials, said membrane disc separates a closed cell portion from the cavity portion on the side towards the handle through opening , furthermore there is a membrane through opening in the membrane disc around the longitudinal axis line , which is connected with the handle through opening on the opposite side of the closed cell portion around the longitudinal axis line by a variable length handle portion of the handle of the membrane disc dog toy passing through the closed cell portion in the direction of the longitudinal axis line , furthermore the variable length handle portion is led through the membrane through opening and ends in the fixing end element covering the membrane through opening on the side towards the cavity portion , furthermore the membrane disc stretches in the direction of the handle through opening as a function of the pulling force acting on the handle .
Wall coverings containing transparent or translucent wall elements that can be backlit, and a holding device having at least one supporting element which can be fixed on site, and holding elements which spatially allocate wall elements and supporting element and fix them to one another, at least two spaced-apart holding elements per wall element being fixed to the wall element in the region of the rear side of the wall element on the supporting element side in such a way that the holding elements are aligned identically and project at an angle (α) from the rear side of the wall element and can be releasably fixed to the supporting element by their ends projecting from the rear side of the wall element , whereby the supporting element is formed from bars or other longitudinally oriented elements crossing each other vertically in a grid-like manner, whereby the supporting element has regularly arranged horizontal sections on which the holding elements can be suspended in a claw-like manner, whereby the holding elements projecting from the rear side of the wall element are longitudinally extended, preferably pin-shaped, and can be inserted into bore-like recesses in the region of the rear side of the wall element on the support element side and are then held securely in the bore-like recesses .
Motor vehicle comprising at least one energisable active current line which at least at times carries an active current for operating at least one electrical load, at least one attenuation line arrangement being coupled to the energisable active current line by means of inductive coupling in such a way that, in a protection area that is spaced from the active current line and the attenuation line arrangement , a magnetic field which is generated by the active current and/or a superimposed interference on the active current and/or a leakage current which is caused by the active current is attenuated by current flow induced in the attenuation line arrangement , characterised in that the attenuation line arrangement comprises at least one attenuation line , wherein the at least one attenuation line is arranged at least in parts parallel to the active current line and the inductive coupling is strengthened by at least one coupling component encompassing the active current line and the at least one attenuation line , wherein the motor vehicle has a body and the attenuation line is connected to the body at both ends , or wherein the motor vehicle has power electronics , the electrical load is an electric motor and the attenuation line is connected to a housing of the power electronics and a housing of the electric motor.
A compound having Formula I: or a pharmaceutically acceptable salt thereof; R 1 is selected from the group consisting of-CO-OCH3, R 2 is selected from the group consisting of and R 3 is selected from the group consisting of Cl, Br, I, F, CN, NO 2 , CF 3 , H, and OCH 3 ; and R 4 is selected from the group consisting of COOCF3,
An array substrate for a display, comprising: a base substrate (BS); a thin film transistor on the base substrate (BS), the thin film transistor comprising a gate electrode connected to a gate line , an active layer , a gate insulating layer insulating the gate electrode from the active layer , a first electrode connected to a data line , and a second electrode spaced apart from the first electrode ; and a micro light emitting diode on the base substrate (BS), the micro light emitting diode comprising a first electrode , a first buffer layer , a second buffer layer , a light emitting layer and a second electrode , which are stacked on top of each other, wherein the second electrode of the thin film transistor is connected to one of the first electrode of the micro light emitting diode or the second electrode of the micro light emitting diode , characterised by the first buffer layer and the active layer being in a same layer and being made of a same material in a same process, the material of the first buffer layer and the active layer comprises graphene, and a material of the second buffer layer is different from the material of the first buffer layer . a base substrate (BS); a thin film transistor on the base substrate (BS), the thin film transistor comprising a gate electrode connected to a gate line , an active layer , a gate insulating layer insulating the gate electrode from the active layer , a first electrode connected to a data line , and a second electrode spaced apart from the first electrode ; and a micro light emitting diode on the base substrate (BS), the micro light emitting diode comprising a first electrode , a first buffer layer , a second buffer layer , a light emitting layer and a second electrode , which are stacked on top of each other, wherein the second electrode of the thin film transistor is connected to one of the first electrode of the micro light emitting diode or the second electrode of the micro light emitting diode , characterised by the first buffer layer and the active layer being in a same layer and being made of a same material in a same process, the material of the first buffer layer and the active layer comprises graphene, and a material of the second buffer layer is different from the material of the first buffer layer .
A method for controlling an industrial robot , the robot comprising a first robot arm , a second robot arm , a joint defining a kinematic pair between the first and second robot arms , an actuator for generating relative movement between the first and second robot arms , and a robot controller for controlling the movements of the actuator , the method comprising the steps of: - determining a presence of a first torque indication at the actuator to be interpreted as a first command to the robot controller ; - repeatedly obtaining an external torque value ( τ ext ) to thereby obtain an external torque behaviour , the obtained external torque behaviour depending on a reference torque value ( τ ref ) obtained from a dynamic model of the robot ; - comparing the external torque behaviour with the first torque indication; and - executing, on the condition that no second command overruling the first command is provided to the robot controller , a robot function corresponding to the first command upon detecting that the external torque behaviour corresponds to the first torque indication; characterized by - determining a presence of a second torque indication at the actuator to be interpreted as a second command to the robot controller ; - comparing the external torque behaviour with the second torque indication; and - executing a robot function corresponding to the second command upon detecting that the external torque behaviour corresponds to the second torque indication, wherein the second command overrules the first command. - determining a presence of a first torque indication at the actuator to be interpreted as a first command to the robot controller ; - repeatedly obtaining an external torque value ( τ ext ) to thereby obtain an external torque behaviour , the obtained external torque behaviour depending on a reference torque value ( τ ref ) obtained from a dynamic model of the robot ; - comparing the external torque behaviour with the first torque indication; and - executing, on the condition that no second command overruling the first command is provided to the robot controller , a robot function corresponding to the first command upon detecting that the external torque behaviour corresponds to the first torque indication; - determining a presence of a second torque indication at the actuator to be interpreted as a second command to the robot controller ; - comparing the external torque behaviour with the second torque indication; and - executing a robot function corresponding to the second command upon detecting that the external torque behaviour corresponds to the second torque indication, wherein the second command overrules the first command.
A WIRELESS FABRIC RECORDING CAP WITH SENSORIAL PROXIMITY AND VOICE CONTROL , characterised in that it comprises: a first removable module , located on the front of the said cap , which incorporates a high resolution micro-camera , a laser pointer , and a coupling LED ; wherein the cap further comprises a second removable module , located in the upper part of the cap , where a Wi-Fi system , a battery , for energy storage, and a mini USB connector , for connecting the battery to an external energy source, as well as an internal memory for the storage of images are located; wherein the second removable module also contains a series of red , orange and green LED indicators; and wherein the cap further comprises a proximity sensor , located outside the second removable module and the first removable module . a first removable module , located on the front of the said cap , which incorporates a high resolution micro-camera , a laser pointer , and a coupling LED ; wherein the cap further comprises a second removable module , located in the upper part of the cap , where a Wi-Fi system , a battery , for energy storage, and a mini USB connector , for connecting the battery to an external energy source, as well as an internal memory for the storage of images are located; wherein the second removable module also contains a series of red , orange and green LED indicators; and wherein the cap further comprises a proximity sensor , located outside the second removable module and the first removable module .
A nonwoven filter media comprising a primary layer, wherein said primary layer comprises: (a) a synthetic microfiber; (b) a fibrillated cellulosic fiber; and (c) a monocomponent staple fiber comprising a bent fiber having an average effective length that is not more than 75 percent of the actual length. (a) a synthetic microfiber; (b) a fibrillated cellulosic fiber; and (c) a monocomponent staple fiber comprising a bent fiber having an average effective length that is not more than 75 percent of the actual length.
An image formation apparatus for forming a stereoscopic image by applying heat to a printing medium having an upper surface evenly coated with foaming capsules which foam when heated, the apparatus comprising: a plurality of conveyance rollers configured to feed the printing medium into the apparatus and to convey the printing medium; a conveyance guide that is formed into a convex shape whose apex is an image formation position where heat is applied to the printing medium, and is configured to regulate a position of the conveyed printing medium; a thermal head that is installed such that a distal end portion contacts with a lower surface of a printing medium conveyed by the plurality of conveyance rollers from below the image formation position, and is configured to form a stereoscopic image on the upper surface of the printing medium by applying heat to the lower surface of the printing medium; and a tension unit that is positioned on an upstream side of the image formation position in a conveying direction of a printing medium, and is configured to push the conveyed printing medium toward the distal end portion of the thermal head by giving tension to the printing medium. a plurality of conveyance rollers configured to feed the printing medium into the apparatus and to convey the printing medium; a conveyance guide that is formed into a convex shape whose apex is an image formation position where heat is applied to the printing medium, and is configured to regulate a position of the conveyed printing medium; a thermal head that is installed such that a distal end portion contacts with a lower surface of a printing medium conveyed by the plurality of conveyance rollers from below the image formation position, and is configured to form a stereoscopic image on the upper surface of the printing medium by applying heat to the lower surface of the printing medium; and a tension unit that is positioned on an upstream side of the image formation position in a conveying direction of a printing medium, and is configured to push the conveyed printing medium toward the distal end portion of the thermal head by giving tension to the printing medium.
Apparatus for air-conditioning rooms with a housing , which has a coverable opening , for receiving at least part of an air conditioning device, it being possible for the opening to be covered by way of at least one grille or the like, the housing being assigned at least one auxiliary housing which is accessible from the housing through an auxiliary opening and is arranged laterally next to the housing , the auxiliary housing being connected to a longitudinal side wall of the housing , characterized in that the auxiliary housing has guides for pushing at least part of the air conditioning device from the housing through the auxiliary opening into the auxiliary housing .
Cleaning apparatus for cleaning components by means of a gaseous cleaning medium, comprising a cleaning chamber with an inner space and a wall arrangement enclosing same, a receptacle for the component in the inner space , and a flow device for the cleaning medium, which comprises a pressurization device and comprises or forms at least one inlet into the inner space and at least one outlet from the inner space , wherein a pressure difference between the at least one inlet and the at least one outlet is providable by means of the flow device , and wherein the flow device is formed such that the cleaning medium forms a vortex flow at least in sections in the inner space from the at least one inlet to the at least one outlet , wherein the cleaning apparatus (10; 80; 90; 100) comprises a separating device for particles that are detached from the component and carried by the cleaning medium and wherein formed in the wall arrangement is at least one outlet opening for particles, characterized in that the inner space opens via the outlet opening into a separation space for the particles, and in that the at least one outlet opening can be flowed through tangentially by the particles, in relation to an axis defined by the cleaning chamber , and/or is extended axially in relation to the axis . comprising a cleaning chamber with an inner space and a wall arrangement enclosing same, a receptacle for the component in the inner space , and a flow device for the cleaning medium, which comprises a pressurization device and comprises or forms at least one inlet into the inner space and at least one outlet from the inner space , wherein a pressure difference between the at least one inlet and the at least one outlet is providable by means of the flow device , and wherein the flow device is formed such that the cleaning medium forms a vortex flow at least in sections in the inner space from the at least one inlet to the at least one outlet , wherein the cleaning apparatus (10; 80; 90; 100) comprises a separating device for particles that are detached from the component and carried by the cleaning medium and wherein formed in the wall arrangement is at least one outlet opening for particles, characterized in that the inner space opens via the outlet opening into a separation space for the particles, and in that the at least one outlet opening can be flowed through tangentially by the particles, in relation to an axis defined by the cleaning chamber , and/or is extended axially in relation to the axis .
Powdered gyrolite-type calcium silicate having: an oil absorption of at least 2.8 mL/g; and an average particle diameter of at least 40 μm, wherein the powdered gyrolite-type calcium silicate is obtainable by a method comprising the steps of: preparing a calcium-containing liquid feedstock by adding and mixing together gypsum and a calcium compound other than gypsum in an aqueous solvent, wherein the calcium compound other than gypsum is at least one of calcium hydroxide, calcium chloride, calcium nitrate and calcium oxide; mixing the calcium-containing liquid feedstock with a silicic acid-containing feedstock to obtain a reaction product; subjecting an aqueous slurry containing the reaction product to a hydrothermal synthesis reaction to obtain gyrolite-type calcium silicate; and spray-drying a dispersion liquid containing the gyrolite-type calcium silicate to obtain a gyrolite-type calcium silicate powder. an oil absorption of at least 2.8 mL/g; and an average particle diameter of at least 40 μm, preparing a calcium-containing liquid feedstock by adding and mixing together gypsum and a calcium compound other than gypsum in an aqueous solvent, wherein the calcium compound other than gypsum is at least one of calcium hydroxide, calcium chloride, calcium nitrate and calcium oxide; mixing the calcium-containing liquid feedstock with a silicic acid-containing feedstock to obtain a reaction product; subjecting an aqueous slurry containing the reaction product to a hydrothermal synthesis reaction to obtain gyrolite-type calcium silicate; and spray-drying a dispersion liquid containing the gyrolite-type calcium silicate to obtain a gyrolite-type calcium silicate powder.