mhurhangee/patent-ind-claim-en huggingface dataset:
Harvesting apparatus , specifically merger or pick-up windrower, with receiving members which are in the form of pick-ups and serve for receiving harvested crop, wherein each receiving member is mounted pivotably on a respective transverse conveying device , specifically centrally in relation to the respective receiving member via a respective joint , with at least one transverse conveying device for conveying the received harvested crop in a transverse conveying direction which extends transversely to a harvesting direction or direction of travel, characterized in that the transverse conveying device is in the form of a belt conveyor, and an adjustment kinematic mechanism interacts with each receiving member so as to change a relative position between the respective receiving member and feeler wheels , wherein the respective adjustment kinematic mechanism has a linearly displaceable rod via which the respective receiving member is lowerable in a first displacement direction of the rod and via which the respective receiving member is liftable in a second, opposite displacement direction of the rod . with receiving members which are in the form of pick-ups and serve for receiving harvested crop, wherein each receiving member is mounted pivotably on a respective transverse conveying device , specifically centrally in relation to the respective receiving member via a respective joint , with at least one transverse conveying device for conveying the received harvested crop in a transverse conveying direction which extends transversely to a harvesting direction or direction of travel, characterized in that the transverse conveying device is in the form of a belt conveyor, and an adjustment kinematic mechanism interacts with each receiving member so as to change a relative position between the respective receiving member and feeler wheels , wherein the respective adjustment kinematic mechanism has a linearly displaceable rod via which the respective receiving member is lowerable in a first displacement direction of the rod and via which the respective receiving member is liftable in a second, opposite displacement direction of the rod .
An arm of a tractor hitch device, the arm comprising a first attachment link and a second attachment link , wherein a first axle is attached to the first attachment link and a second axle is attached to the second attachment link , and wherein an adjustment tube with a sleeve-like first end and with a second end is provided between the first attachment link and the second attachment link , and wherein the first axle is partially inserted coaxially into the sleeve-like first end of the adjustment tube and wherein the second axle is attached to the second end of the adjustment tube , and wherein a rotary joint is provided between the first axle and the adjustment tube that allows the first axle and the adjustment tube to rotate freely relative to each other, wherein, for the formation of the rotary joint, the first axle includes a ridge and a thinner axle section between the ridge and the first attachment link , and the sleeve-like first end of the adjustment tube includes a narrowing that extends to the thinner axle section , the narrowing being configured around the thinner axle section , characterized in that said rotary joint is a crimped reduction joint, wherein the first end of the adjustment tube is reduced so as to render the diameter (D1) of the inner edge of the narrowing smaller than the diameter (D2) of the ridge while leaving the diameter (D1) of the inner edge of the narrowing larger than the diameter (D3) of the thinner axle part .
A storage apparatus accessed by using a memory bus, wherein the apparatus comprises an interface controller, a storage module, and a storage controller; the apparatus further comprises a command register and a status register; and the interface controller can be electrically connected to a memory module interface of a computer system, wherein the interface controller is configured to receive an access command for accessing the storage module sent by a CPU; the interface controller is configured to write the access command into the command register; and the storage controller is configured to perform a corresponding read/write operation on the storage module according to the access command in the command register; wherein the apparatus further comprises: a switching control register, a read buffer, and a write buffer, wherein the read buffer is configured to store data that has been read from the storage module, and the write buffer is configured to store data to be written into the storage module; characterized in that the switching control register is configured to: according to a mode register set, MRS, command sent by the CPU, switch between the command register and the read buffer, so that the command register is first electrically connected to the memory module interface of the computer system and then the read buffer is electrically connected to the memory module interface of the computer system; or switch between the command register and the write buffer, so that the write buffer is first electrically connected to the memory module interface of the computer system and then the command register is electrically connected to the memory module interface of the computer system; wherein the switching control register is configured to control switching among the read buffer, the write buffer, and the command register, so that the read buffer, or the write buffer, or the command register is connected to the memory module interface of the computer system; wherein start addresses of the read buffer, the write buffer, and the command register in an addressing space of the CPU are the same.
A fecal incontinence device for insertion into a vagina, characterized by : a plurality of shell segments, which together form an enclosed cylinder with rounded ends in a collapsed state of the device, wherein a lower shell or bottom segment of the plurality of shell segments is disposed in the device facing a posterior wall of the vagina when the device is inserted into the vagina; a pressure generating structure attached to and abutting the posterior-facing cylindrical shell a state-changing mechanism configured to reversibly transition the device from the collapsed state to an expanded state wherein in the expanded state the plurality of shell segments are separated from each other by the state-changing mechanism; and, an applicator , removable from the device, inserted into the enclosed cylinder and configured to activate the state-changing mechanism to transition the device from the collapsed state to the expanded state. a plurality of shell segments, which together form an enclosed cylinder with rounded ends in a collapsed state of the device, wherein a lower shell or bottom segment of the plurality of shell segments is disposed in the device facing a posterior wall of the vagina when the device is inserted into the vagina; a pressure generating structure attached to and abutting the posterior-facing cylindrical shell a state-changing mechanism configured to reversibly transition the device from the collapsed state to an expanded state wherein in the expanded state the plurality of shell segments are separated from each other by the state-changing mechanism; and, an applicator , removable from the device, inserted into the enclosed cylinder and configured to activate the state-changing mechanism to transition the device from the collapsed state to the expanded state.
A method of forming an organic photosensitive optoelectronic device, comprising: providing a substrate; and growing a first crystalline layer of a first organic material by quasi-epitaxial alignment on the substrate by organic vapor phase deposition, wherein the substrate is maintained at a temperature in a range from -40°C to 90°C during the organic vapor phase deposition, and wherein said first organic material has crystallinity of long range order of at least 0.25 cm 2 ; growing a second oriented and crystalline layer of a second organic material on the surface of the first layer forming a heterojunction; wherein the first crystalline layer is an acceptor or donor material and the second crystalline layer is the opposite of the first crystalline layer, wherein the substrate is a substrate of KBr and the first organic material comprises perylenetetracarboxylic dianhydride ( PTCDA ) or wherein the substrate is a substrate of highly oriented pyrolytic graphite (HOPG) and the first organic material is copper phthalocvanine ( CuPc ) . providing a substrate; and growing a first crystalline layer of a first organic material by quasi-epitaxial alignment on the substrate by organic vapor phase deposition, wherein the substrate is maintained at a temperature in a range from -40°C to 90°C during the organic vapor phase deposition, and wherein said first organic material has crystallinity of long range order of at least 0.25 cm 2 ;
A removable cookware handle comprising: a housing having an interior and first and second longitudinal ends (210; 215), the housing interior having a mounting chamber adapted and configured to receive an attachment member at the first longitudinal end when the attachment member is inserted into the interior of the housing ; a first button mechanism disposed on a top side of the housing , the first button mechanism being adapted and configured to move in a forward direction toward the first longitudinal end of the housing and a backward direction toward the second longitudinal end of the housing ; a second button mechanism arranged on and contained within the first button mechanism , the second button mechanism being movable between an expanded position in which the second button mechanism extends away from a surface of the first button mechanism and a depressed position in which the second button mechanism is moved through the surface of the first button mechanism ; a spacer movable within the interior of the housing and operatively connected to the first button mechanism ; and wherein when the second button mechanism is moved to the depressed position and the first button mechanism is moved in the backward direction, the spacer moves in the backward direction to unsecure the attachment member . a housing having an interior and first and second longitudinal ends (210; 215), the housing interior having a mounting chamber adapted and configured to receive an attachment member at the first longitudinal end when the attachment member is inserted into the interior of the housing ; a first button mechanism disposed on a top side of the housing , the first button mechanism being adapted and configured to move in a forward direction toward the first longitudinal end of the housing and a backward direction toward the second longitudinal end of the housing ; a second button mechanism arranged on and contained within the first button mechanism , the second button mechanism being movable between an expanded position in which the second button mechanism extends away from a surface of the first button mechanism and a depressed position in which the second button mechanism is moved through the surface of the first button mechanism ; a spacer movable within the interior of the housing and operatively connected to the first button mechanism ; and wherein when the second button mechanism is moved to the depressed position and the first button mechanism is moved in the backward direction, the spacer moves in the backward direction to unsecure the attachment member .
A computer-implemented method for detecting fraud by a consumer in the consumption of a utility, preferably the utility being water, the method comprising: a. detecting an abnormal event (E) in a utility distribution network associated with the consumer, b. obtaining consumption readings (a 1 , a 2 , a 3 , a 4 ) of the utility of the consumer; c. generating a customized time-series forecasting model (â 1 , â 2 , â 3 , â 4 ) of the consumption of the consumer; d. calculating prediction errors (e 1 , e 2 , e 3 , e 4 ) between the customized time-series forecasting model and the consumption readings before and after the detected abnormal event; e. clustering (C1, C2, C3) the prediction errors in time sequences; and f. detecting that the consumer is potentially committing fraud if the number of clusters of prediction errors is more than one. a. detecting an abnormal event (E) in a utility distribution network associated with the consumer, b. obtaining consumption readings (a 1 , a 2 , a 3 , a 4 ) of the utility of the consumer; c. generating a customized time-series forecasting model (â 1 , â 2 , â 3 , â 4 ) of the consumption of the consumer; d. calculating prediction errors (e 1 , e 2 , e 3 , e 4 ) between the customized time-series forecasting model and the consumption readings before and after the detected abnormal event; e. clustering (C1, C2, C3) the prediction errors in time sequences; and f. detecting that the consumer is potentially committing fraud if the number of clusters of prediction errors is more than one.
Use of mannosylerythritol lipid (MEL) as a skin whitening agent.
Connecting profile for components adjoining plaster , in particular for window or door frames, having a two-part base leg , the inner leg of which has fastening means on the component side and is connected to an outer leg aligned parallel to the inner leg , wherein the outer leg has a plastering leg projecting substantially perpendicularly thereto and a plastering strip with a plaster removal edge , wherein an elastic sealing strip is arranged between the inner leg and the outer leg , which is suitable to at least partly compensate component movements between the plaster and the component, and that the inner leg , which is fixed to the component with an adhesive layer or an adhesive tape , has a sealing lip resting against the component , characterised in that a sealing flange projecting away from the component is arranged on the inner leg , the end region of which rests in a sliding and sealing manner against parts of the outer leg of the plastering leg and/or the plastering strip , and in that the sealing lip and the sealing flange are produced as an integral extrudate and are fastened to the inner leg by means of co-extrusion.
A method for producing resin beads comprising a cellulose derivative as a main component, the method comprising: a suspension preparation step of mixing an oil phase comprising the cellulose derivative and an organic solvent that dissolves the cellulose derivative, the organic solvent having a solubility to 100 g of water (water-solubility) at 25°C of 0.1 to 50.0 g, and an aqueous phase comprising a dispersion stabilizer, thereby preparing a suspension comprising oil droplets comprising the cellulose derivative and the organic solvent; and an oil droplet contraction step of adding water to the suspension, thereby contracting the oil droplets, wherein in the oil droplet contraction step, the water is added to the suspension in such a way as to satisfy the following expression (A) until a content of the organic solvent in the suspension becomes equal to or less than the water-solubility of the organic solvent: W / S / T ≤ 1.00 wherein W: an addition amount of water (parts by mass), S: an amount of the suspension (parts by mass), and T: a time (minutes) required for addition. a suspension preparation step of mixing an oil phase comprising the cellulose derivative and an organic solvent that dissolves the cellulose derivative, the organic solvent having a solubility to 100 g of water (water-solubility) at 25°C of 0.1 to 50.0 g, and an aqueous phase comprising a dispersion stabilizer, thereby preparing a suspension comprising oil droplets comprising the cellulose derivative and the organic solvent; and an oil droplet contraction step of adding water to the suspension, thereby contracting the oil droplets, wherein in the oil droplet contraction step, the water is added to the suspension in such a way as to satisfy the following expression (A) until a content of the organic solvent in the suspension becomes equal to or less than the water-solubility of the organic solvent: W / S / T ≤ 1.00 wherein W: an addition amount of water (parts by mass), S: an amount of the suspension (parts by mass), and T: a time (minutes) required for addition. W: an addition amount of water (parts by mass), S: an amount of the suspension (parts by mass), and T: a time (minutes) required for addition.
A method for splitting a region in a distributed database, wherein a first region is set according to a preset condition when data is stored in a key-value type storage manner, the first region is a blank region reserved for storing new data of a key-value type, and the method comprises: when the new data of the key-value type needs to be stored in the first region, receiving (S210) a region split command, wherein the region split command comprises split point information of the first region; updating (S220) a state identifier that is of the first region and that is in a state table to a first identifier according to the region split command, wherein the first identifier is used to indicate that the first region no longer provides a read/write service; splitting (S230) the first region into at least two second regions according to the split point information recorded in the region split command, and recording state identifiers that are of the second regions and that are in the state table as second identifiers, wherein the second identifiers are used to indicate that the second regions can provide a read/write service; and instructing (S240) to record, in a metadata table, location information of a region node on which the at least two second regions are located, so that the region node on which the second regions used to store the new data of the key-value type are located can be found according to the metadata table. when the new data of the key-value type needs to be stored in the first region, receiving (S210) a region split command, wherein the region split command comprises split point information of the first region; updating (S220) a state identifier that is of the first region and that is in a state table to a first identifier according to the region split command, wherein the first identifier is used to indicate that the first region no longer provides a read/write service; splitting (S230) the first region into at least two second regions according to the split point information recorded in the region split command, and recording state identifiers that are of the second regions and that are in the state table as second identifiers, wherein the second identifiers are used to indicate that the second regions can provide a read/write service; and instructing (S240) to record, in a metadata table, location information of a region node on which the at least two second regions are located, so that the region node on which the second regions used to store the new data of the key-value type are located can be found according to the metadata table.
Kit for reduction of blood components in a blood-related medium 12, wherein it comprises: - a gel bead container 1 containing gel beads 2 and provided with an outlet tube 3, wherein the gel beads 2 contain at least one covalently bound antigen or antigen derivative having the ability to bind at least one plasma component, - a drip chamber 4 provided with an inlet tube 5 and an outlet tube 6, wherein the drip chamber 4 in the bottom thereof is provided with a porous net 14 having a porosity which does not allow passage of the gel beads 2, - a collection container 10 provided with an inlet tube 11, and - a medium container 13 adapted to contain a blood-related medium 12 and provided with an outlet tube 15, wherein the outlet tube 3 of the gel bead container 1 is connectable with the inlet tube 5 of the drip chamber 4 via a sterile connecting device, wherein the outlet tube 6 of the drip chamber is connectable with the inlet tube 11 of the collection container 10 via a sterile connecting device, and wherein the outlet tube 15 of the medium container 13 is connectable to the inlet tube 5 of the drip chamber 4 via a sterile connecting device. - a gel bead container 1 containing gel beads 2 and provided with an outlet tube 3, wherein the gel beads 2 contain at least one covalently bound antigen or antigen derivative having the ability to bind at least one plasma component, - a drip chamber 4 provided with an inlet tube 5 and an outlet tube 6, wherein the drip chamber 4 in the bottom thereof is provided with a porous net 14 having a porosity which does not allow passage of the gel beads 2, - a collection container 10 provided with an inlet tube 11, and - a medium container 13 adapted to contain a blood-related medium 12 and provided with an outlet tube 15, wherein the outlet tube 3 of the gel bead container 1 is connectable with the inlet tube 5 of the drip chamber 4 via a sterile connecting device, wherein the outlet tube 6 of the drip chamber is connectable with the inlet tube 11 of the collection container 10 via a sterile connecting device, and wherein the outlet tube 15 of the medium container 13 is connectable to the inlet tube 5 of the drip chamber 4 via a sterile connecting device. wherein the outlet tube 3 of the gel bead container 1 is connectable with the inlet tube 5 of the drip chamber 4 via a sterile connecting device, wherein the outlet tube 6 of the drip chamber is connectable with the inlet tube 11 of the collection container 10 via a sterile connecting device, and wherein the outlet tube 15 of the medium container 13 is connectable to the inlet tube 5 of the drip chamber 4 via a sterile connecting device.
In combination, a brassiere and a decorative element , the brassiere having a pair of adjacent cups symmetrically disposed about a vertical plane, the cups each being supported by an associated shoulder strap and being mutually coupled by an intermediate bridge at the vertical plane, the decorative element having a relatively flat configuration, a set of suspension straps symmetrically arranged about said vertical plane serving to locate the decorative element symmetrically about the vertical plane above the bridge and free of contact with the bridge, the suspension straps on each side of the decorative element including a first suspension strap attached to a mid-section of a cup and to an adjacent side edge of the decorative element and a second suspension strap spaced above the first suspension strap and attached to said adjacent side edge of the decorative element and a suspension strap extending vertically between said bridge and said decorative element and attached therebetween to both said bridge and said decorative element , characterised in that the second suspension strap is attached to the decorative element above a mid-height of the decorative element and to the associated shoulder strap or cup such that it is inclined upwardly in a generally straight line when the brassiere is in a worn state, the first and second suspension straps being arranged to maintain a face of the decorative element facing in a direction to which said cups project.
A tire comprising: protrusions having a hexagonal shape in plan view and formed on an outer surface of the tire, wherein a height (H) of the protrusions is set to be from 0.2 mm to 0.5 mm, characterised in that the protrusions , having a hexagonal shape in plan view, adjacent to each other are arranged at a pitch (P) of from 0.15 mm to 0.4 mm, and hexagonal bottom portions are formed on the radially inner side of each protrusion .