mhurhangee/patent-ind-claim-en huggingface dataset:
A method for generating accuracy profiles for users, for dynamic search query resolution, the method comprising: referencing search engine session data of a user, wherein search engine session data includes a plurality of search queries each having an entered-attribute and a resolved-attribute; determining a variation between the entered-attribute and the resolved-attribute, for each of the plurality of search queries, based on analyzing the entered-attribute and the resolved-attribute, wherein the entered-attribute is an input of the user and the input of the user is resolved as the resolved-attribute for executing the search query, wherein determining the variation between the entered-attribute and the resolved-attribute, for each of the plurality of search queries, further comprises identifying a plurality of variations based on a change in spelling between the entered-attribute and the resolved-attribute of each of the plurality of search queries; generating an input-precision score for an accuracy profile of the user using the variation between the entered-attribute and the resolved-attribute of each of the plurality of search queries, wherein the accuracy profile comprises the input-precision score; resolving a search query entered by the user to a resolved search query using the accuracy profile, wherein resolving the search query comprises determining and correcting spelling errors, and wherein the input-precision score is used to determine whether spelling errors are corrected; and executing the search query with the resolved search query. referencing search engine session data of a user, wherein search engine session data includes a plurality of search queries each having an entered-attribute and a resolved-attribute; determining a variation between the entered-attribute and the resolved-attribute, for each of the plurality of search queries, based on analyzing the entered-attribute and the resolved-attribute, wherein the entered-attribute is an input of the user and the input of the user is resolved as the resolved-attribute for executing the search query, wherein determining the variation between the entered-attribute and the resolved-attribute, for each of the plurality of search queries, further comprises identifying a plurality of variations based on a change in spelling between the entered-attribute and the resolved-attribute of each of the plurality of search queries; generating an input-precision score for an accuracy profile of the user using the variation between the entered-attribute and the resolved-attribute of each of the plurality of search queries, wherein the accuracy profile comprises the input-precision score; resolving a search query entered by the user to a resolved search query using the accuracy profile, wherein resolving the search query comprises determining and correcting spelling errors, and wherein the input-precision score is used to determine whether spelling errors are corrected; and executing the search query with the resolved search query.
A liquid-material discharge device , comprising: a liquid-material discharge head of handy type including a nozzle , a liquid reservoir , and a pickup member (15; 19) that is arranged next to the nozzle and; a suction tube configured to supply negative-pressure air to the pickup member (15; 19); characterized in that it further comprises a pressurizing tube configured to supply pressurized air to the liquid reservoir ; and a controller configured to supply pressurized air to the pressurizing tube and supply negative-pressure air to the suction tube ; whereby, the pickup member (15; 19) is configured to pick up and releasably hold a target object by generating negative pressure at a distal end portion. a liquid-material discharge head of handy type including a nozzle , a liquid reservoir , and a pickup member (15; 19) that is arranged next to the nozzle and; a suction tube configured to supply negative-pressure air to the pickup member (15; 19); characterized in that it further comprises a pressurizing tube configured to supply pressurized air to the liquid reservoir ; and a controller configured to supply pressurized air to the pressurizing tube and supply negative-pressure air to the suction tube ; whereby, the pickup member (15; 19) is configured to pick up and releasably hold a target object by generating negative pressure at a distal end portion. a pressurizing tube configured to supply pressurized air to the liquid reservoir ; and a controller configured to supply pressurized air to the pressurizing tube and supply negative-pressure air to the suction tube ; whereby, the pickup member (15; 19) is configured to pick up and releasably hold a target object by generating negative pressure at a distal end portion.
Agriculture system for growing and harvesting crop comprising an at least partly conditioned environment, a cultivation base for receiving a culture substrate with a root system of the crop therein, an artificial light source which is able and adapted to expose leaves of the crop to actinic artificial light, and root temperature control means in said environment which are able and adapted to control a root temperature of the root system, characterized ir that said environment is a daylight-free environment, in that said environment comprises leaf heating means which comprise at least one infrared radiator that irradiates the leaf with infrared radiation and which control a leaf temperature of the leaf system of the crop that differs from an ambient temperature, and in that the light spectrum, the leaf temperature and the root temperature are controlled individually of each other but in mutual relation, depending on the crop.
A method of enabling collaboration by multiple users on an encrypted document stored in a cloud computing network , the encrypted document associated with a first user having a first user account in the cloud computing network, the method comprising: in response to a request from the first user to share the encrypted document, sending a link to a public network destination to a second user address of a second user ; receiving a request via the link from an unconfirmed user to access the data in the encrypted document; requesting the unconfirmed user to login to a second user account on the cloud computing network ; authenticating the identity of the unconfirmed user as the second user ; upon authenticating the identity of the unconfirmed user as the second user , decrypting the encrypted document to generate a decrypted document; storing the decrypted document in the first user account; granting the second user access to the decrypted document, enabling the second user to view or edit the decrypted document simultaneously with the first user to whom access to the decrypted document has been granted; subsequent to the first user or the second user editing the decrypted document, encrypting an edited version of the decrypted document; and storing the edited version of the encrypted document in the first user account. in response to a request from the first user to share the encrypted document, sending a link to a public network destination to a second user address of a second user ; receiving a request via the link from an unconfirmed user to access the data in the encrypted document; requesting the unconfirmed user to login to a second user account on the cloud computing network ; authenticating the identity of the unconfirmed user as the second user ; upon authenticating the identity of the unconfirmed user as the second user , decrypting the encrypted document to generate a decrypted document; storing the decrypted document in the first user account; granting the second user access to the decrypted document, enabling the second user to view or edit the decrypted document simultaneously with the first user to whom access to the decrypted document has been granted; subsequent to the first user or the second user editing the decrypted document, encrypting an edited version of the decrypted document; and storing the edited version of the encrypted document in the first user account.
A process of treating crude oil contaminated water to remove crude oil therefrom, the process including feeding crude oil contaminated water into a treatment stage containing crude oil adsorbent in the form of solid nanofibrous electrospun expanded polystyrene, thus contacting crude oil contaminated water with crude oil adsorbent and obtaining crude oil drenched adsorbent and treated water; withdrawing treated water from the treatment stage, leaving crude oil drenched adsorbent remaining in the treatment stage; feeding a non-polar solvent in the form of n-hexane into the treatment stage, thus contacting crude oil drenched adsorbent remaining in the treatment stage with non-polar solvent and obtaining regenerated crude oil lean adsorbent and crude oil rich solvent; withdrawing crude oil rich solvent from the treatment stage, leaving crude oil lean adsorbent remaining in the treatment stage; and feeding fresh crude oil contaminated water into the treatment stage, thus contacting crude oil contaminated water with crude oil adsorbent and obtaining crude oil drenched adsorbent and treated water.
An assembly kit comprising panels for erecting at least one wall of an appliance building, the assembly kit comprising at least two corner panels and at least two wall panels , wherein each panel longitudinally extends across the entire height of the wall and wherein each panel has a first type of longitudinal region and a second type of longitudinal region , which are shaped differently with respect to one another, wherein the longitudinal regions are present as upstands of a base body of the respective panel , wherein the two longitudinal regions of the panel each have an angulation projecting off the base body , which angulations are oriented towards the inside of the appliance building to be erected and each have a leg , which angularly projects off the angulation at a distance from the base body , and wherein, when the panels are mounted to one another, the first type of longitudinal regions overlaps the second type of longitudinal regions , wherein the overlapping longitudinal region has the angulation off the base body as well as the leg adjoining the angulation and a protrusion adjoining the leg , wherein a pre-tensioning region is present between the angulation and the leg , wherein the protrusion runs obliquely towards the base body and the angulation , and wherein the two different longitudinal regions of the corner panels are made to be identical to the two different longitudinal regions of the wall panels , wherein the wall panels have a straight base body and the corner panels have a kink or bend in the base body, so that the corner panels have two legs forming a 90° angle, which legs have two longitudinal regions different from one another on their ends.
Drive arrangement for a vehicle with two equivalent directions of travel, having a variable speed transmission which comprises an input shaft for introducing a drive power and at least one load switching element (A, B, D, E, F), having a reversing gear stage which is arranged downstream of the variable speed transmission in the power flow and comprises a plurality of gear wheels , at least one shifting device and an output shaft , and having at least one auxiliary drive which is arranged at the reversing gear stage , wherein the auxiliary drive is permanently connected to the output shaft and can be disconnected from the gear wheels of the reversing gear stage using the shifting device , wherein the shifting device is embodied as a positively locking shifting device with a first shifting position for a first direction of travel, a second shifting position for a second direction of travel and with a third shifting position, specifically a neutral position, characterized in that the drive arrangement comprises a control device which is designed to synchronize a drive-side rotation speed and an output-side rotation speed at the positively locking shifting device by way of the drive-side rotation speed being matched to the output-side rotation speed by partially closing the at least one load switching element (A, B, D, E, F) in the variable speed transmission . having a variable speed transmission which comprises an input shaft for introducing a drive power and at least one load switching element (A, B, D, E, F), having a reversing gear stage which is arranged downstream of the variable speed transmission in the power flow and comprises a plurality of gear wheels , at least one shifting device and an output shaft , and having at least one auxiliary drive which is arranged at the reversing gear stage , wherein the auxiliary drive is permanently connected to the output shaft and can be disconnected from the gear wheels of the reversing gear stage using the shifting device , wherein the shifting device is embodied as a positively locking shifting device with a first shifting position for a first direction of travel, a second shifting position for a second direction of travel and with a third shifting position, specifically a neutral position, characterized in that the drive arrangement comprises a control device which is designed to synchronize a drive-side rotation speed and an output-side rotation speed at the positively locking shifting device by way of the drive-side rotation speed being matched to the output-side rotation speed by partially closing the at least one load switching element (A, B, D, E, F) in the variable speed transmission .
A method for measuring a bismuth content in a colloidal bismuth pectin or a colloidal bismuth pectin containing preparation, comprising the steps of: dispersing the colloidal bismuth pectin or the colloidal bismuth pectin containing preparation into water; adding a protonic acid dissociation agent into the dispersion until a hydrogen ion concentration reaches 0.8mol/L-1.2mol/L; centrifuging the dispersion after complete dissociation; seperating a supernatant; coloring the supernatant by adding a chromogen solution of citric acid or ascorbic acid and potassium iodide to form a test solution; testing an absorbance of the test solution at a wavelength of 380nm-470nm; comparing the absorbance of the test solution with an absorbance of a reference solution of a known bismuth concentration under the same conditions; calculating the bismuth content in the colloidal bismuth pectin or the colloidal bismuth pectin containing preparation.
An internal door handle apparatus for actuating a lock of a door of a vehicle from the inside, comprising a grip plate , a door handle movably mounted thereto and at least one light source for illuminating the door handle , wherein the grip plate has at least one through-opening and the light source is arranged in the region of the at least one through-opening on a side of the grip plate facing away from the vehicle interior, with the result that the door handle is able to be illuminated by light from the light source that is emerging through the at least one through-opening ; characterized in that a plurality of through-openings are provided and the light source is an LED strip , preferably a self-adhering LED strip, wherein a number and a distance of the LEDs of the LED strip correspond to a number and a distance of the through-openings .
A spa rowing system comprising: a spa shell comprising an anchor on a front end of the spa shell , an anchor on a first lateral side of the spa shell , and an anchor on a second lateral side of the spa shell , the first lateral side opposing the second lateral side of the spa shell ; an exercise bar with a first handle and a second handle , the first handle to be gripped by a user's first hand and the second handle to be gripped by a user's second hand; a connector mounted to the exercise bar ; a first resistance cable having a first end connectable to the connector of the exercise bar and a second end connectable to the anchor on the first end of the spa shell , to enable the exercise bar to be pulled away from the first end of the spa shell under resistance of the first resistance cable; characterized in that the exercise bar is adjustable between a first length and a second length, whereby the first length is shorter than the second length, and an extension band , the extension band having a first end connectable to the connector of the exercise bar and a second end connectable to one or more resistance cables. a spa shell comprising an anchor on a front end of the spa shell , an anchor on a first lateral side of the spa shell , and an anchor on a second lateral side of the spa shell , the first lateral side opposing the second lateral side of the spa shell ; an exercise bar with a first handle and a second handle , the first handle to be gripped by a user's first hand and the second handle to be gripped by a user's second hand; a connector mounted to the exercise bar ; a first resistance cable having a first end connectable to the connector of the exercise bar and a second end connectable to the anchor on the first end of the spa shell , to enable the exercise bar to be pulled away from the first end of the spa shell under resistance of the first resistance cable; characterized in that the exercise bar is adjustable between a first length and a second length, whereby the first length is shorter than the second length, and an extension band , the extension band having a first end connectable to the connector of the exercise bar and a second end connectable to one or more resistance cables.
Braking system for a vehicle, having: at least one pressure regulating module , configured to set a setpoint brake pressure to be introduced into at least one brake cylinder of a wheel of the vehicle, at least one wheel speed sensor , configured to detect the wheel slip of the one wheel of the vehicle, at least one pressure control valve , which is assigned to the brake cylinder of a wheel and is configured to control the brake pressure applied at the brake cylinder in dependence on the wheel slip, a central processing unit , configured to control the at least one pressure regulating module and the at least one pressure control valve at least starting from a brake signal and the detected data of the at least one wheel speed sensor , wherein the at least one wheel speed sensor has a direct connection to the central processing unit , which is configured to transmit data detected by the wheel speed sensor , and characterised in that the central processing unit and the at least one pressure regulating module are arranged in a central unit . at least one pressure regulating module , configured to set a setpoint brake pressure to be introduced into at least one brake cylinder of a wheel of the vehicle, at least one wheel speed sensor , configured to detect the wheel slip of the one wheel of the vehicle, at least one pressure control valve , which is assigned to the brake cylinder of a wheel and is configured to control the brake pressure applied at the brake cylinder in dependence on the wheel slip, a central processing unit , configured to control the at least one pressure regulating module and the at least one pressure control valve at least starting from a brake signal and the detected data of the at least one wheel speed sensor , wherein the at least one wheel speed sensor has a direct connection to the central processing unit , which is configured to transmit data detected by the wheel speed sensor , and characterised in that the central processing unit and the at least one pressure regulating module are arranged in a central unit .
Reclosable cap to be mounted on a spout of a container, comprising - a cylindrical lateral wall extending around an axis (Z) and a top wall positioned at one end of the lateral wall , - a first separating line (SL1) provided circumferentially around the lateral wall to define an anchor ring and a lid , wherein the first separating line (SL1) extends between a first end section and a second end section , the end sections being spaced apart from each other circumferentially to provide a connection portion connecting the anchor ring and the lid , and - a second separating line (SL2) provided circumferentially around the lateral wall between a first and a second end, substantially parallel to the first separating line (SL1) and located on the anchor ring , wherein the end sections define a transition from full wall thickness of the connection portion to the first separating line (SL1), and in that each end section is bordered axially by reinforcing sections (RS), characterised in that the end sections each span an angle γ > 6° of the circumference of the lateral wall, and the connection portion spans circumferentially an angle δ of 20 to 40°. - a cylindrical lateral wall extending around an axis (Z) and a top wall positioned at one end of the lateral wall , - a first separating line (SL1) provided circumferentially around the lateral wall to define an anchor ring and a lid , wherein the first separating line (SL1) extends between a first end section and a second end section , the end sections being spaced apart from each other circumferentially to provide a connection portion connecting the anchor ring and the lid , and - a second separating line (SL2) provided circumferentially around the lateral wall between a first and a second end, substantially parallel to the first separating line (SL1) and located on the anchor ring , wherein the end sections define a transition from full wall thickness of the connection portion to the first separating line (SL1), and in that each end section is bordered axially by reinforcing sections (RS), characterised in that the end sections each span an angle γ > 6° of the circumference of the lateral wall, and the connection portion spans circumferentially an angle δ of 20 to 40°.
A method for detecting a plant growth amount comprising: performing a scan using a laser scanner emitting pulsed distance measuring lights P1, P2 with two wavelengths, of which reflectances are different with respect to a content of a nitrogen, the laser scanner comprising a scan mirror for scanning said pulsed distance measuring lights P1, P2, separating said two wavelengths, receiving separated lights, detecting a distance measurement value and a light amount for each pulsed distance measuring light and for each of said two wavelengths, detecting a height of a crop based on said distance measurement value, detecting a received light amount ratio of said two wavelengths, and detecting a growth condition of said crop based on said detected height and said received light amount ratio, wherein the wavelength of said pulsed distance measuring light P1 is 735nm and the wavelength of said pulsed distance measuring light P2 is 809nm, wherein said received light amount ratio is a nitrogen content ratio acquired by dividing a received light amount of P2 by the received light amount of P1, and wherein said pulsed distance measuring lights P1, P2 are irradiated on a same optical axis at a same timing, and a reflected pulsed distance measuring light is separated into P1 and P2 by a second wavelength selection mirror .