mhurhangee/patent-ind-claim-en huggingface dataset:
A password reset method, applied to a system comprising a requester and a verifier , wherein the requester needs to request, by using an account and a password, the verifier to verify an identity, and the method comprises: receiving, by the verifier , an account sent by the requester for requesting password reset; and when determining that the account is a valid account, sending, by the verifier , first confirmation information to the requester , wherein the first confirmation information is used to enable the requester to display, to a user, first binding information associated with the account, and request the user to determine whether to send verification information to a first communication address associated with the account, and the first binding information is information that corresponds to the account and that is known by the user; the method characterized in that : when determining that the account is an invalid account, generating, by the verifier based on the account, second binding information corresponding to the account, and sending, to the requester , second confirmation information having a same form as the first confirmation information, wherein the second confirmation information is used to enable the requester to display the second binding information to the user, and request the user to determine whether to send verification information to a second communication address corresponding to the account, and the second binding information and the first binding information have a same form. receiving, by the verifier , an account sent by the requester for requesting password reset; and when determining that the account is a valid account, sending, by the verifier , first confirmation information to the requester , wherein the first confirmation information is used to enable the requester to display, to a user, first binding information associated with the account, and request the user to determine whether to send verification information to a first communication address associated with the account, and the first binding information is information that corresponds to the account and that is known by the user; the method characterized in that : when determining that the account is an invalid account, generating, by the verifier based on the account, second binding information corresponding to the account, and sending, to the requester , second confirmation information having a same form as the first confirmation information, wherein the second confirmation information is used to enable the requester to display the second binding information to the user, and request the user to determine whether to send verification information to a second communication address corresponding to the account, and the second binding information and the first binding information have a same form.
A bypass valve , comprising: a housing for directing fluid flow through the bypass valve ; a disc is positioned in the flow path having an inner perimeter and an outer perimeter ; and at least one strain gauge disposed on the disc, wherein the inner perimeter of the disc is fixed to the housing and the outer perimeter of the disc is free to deflect from the housing in response to fluid flow through the bypass valve such that a measurement of the deflection of the disc induces strain on the strain gauge; and wherein a first threaded screw feature secures the inner perimeter of the disc to a portion of the housing , the first threaded screw feature configured to lock-in the position of the disc and wherein a second screw feature is positioned within the first threaded screw feature configured to lock-in the position of the first threaded screw feature in place and wherein the second screw feature is not in contact with the disc. a housing for directing fluid flow through the bypass valve ; a disc is positioned in the flow path having an inner perimeter and an outer perimeter ; and at least one strain gauge disposed on the disc, wherein the inner perimeter of the disc is fixed to the housing and the outer perimeter of the disc is free to deflect from the housing in response to fluid flow through the bypass valve such that a measurement of the deflection of the disc induces strain on the strain gauge; and wherein a first threaded screw feature secures the inner perimeter of the disc to a portion of the housing , the first threaded screw feature configured to lock-in the position of the disc and wherein a second screw feature is positioned within the first threaded screw feature configured to lock-in the position of the first threaded screw feature in place and wherein the second screw feature is not in contact with the disc.
Insert for insertion into a drain and a downpipe of a sanitary device belonging to an odour trap , the insert containing a tubular section which is surrounded by an outer wall and is closed at the end face at a first end which is located at the bottom in the installation position, at least one tubular section, in particular a plurality thereof, preferably radially uniformly distributed, only in the region of the first end in the outer wall, the diameter of the tubular section is reduced towards the first end , characterised in that the first end is closed by a baffle plate and in that said at least one radial outflow opening is located in the outer wall only in the region of the first end and the outer wall is otherwise unperforated.
Bracket device, wherein a receiving space is at least partly bounded by a head piece and two bracket parts which are integrally hinged to the head piece as resilient tongues, forming a type of receiving cage, wherein the bracket parts and the head piece have access points (64; 72) for attaching at least parts of a screw connection , and wherein the head piece is configured as a flat plate of substantially rectangular shape and a circular central recess is positioned centrally in the head piece , said recess being surrounded by an edge of the head piece , characterised in that the edge has, in its four corner regions, four circular access holes as access points of the head piece ; and in that , for the access of fixing screws of the screw connection , the access holes of the head piece and associated access holes , as access points of the bracket parts , are arranged in alignment with each other. wherein the head piece is configured as a flat plate of substantially rectangular shape and a circular central recess is positioned centrally in the head piece , said recess being surrounded by an edge of the head piece , characterised in that the edge has, in its four corner regions, four circular access holes as access points of the head piece ; and in that , for the access of fixing screws of the screw connection , the access holes of the head piece and associated access holes , as access points of the bracket parts , are arranged in alignment with each other.
An infrared presence detector system comprising: a focal plane array comprising a plurality of sensors arranged in a series of rows and columns, the plurality of sensors including a first radiant energy sensor and a plurality of second radiant energy sensors , with the first and second radiant energy sensors configured to convert radiant energy into an electrical signal wherein the first radiant energy sensor and the plurality of second radiant energy sensors are infrared sensors; and a processor coupled to the focal plane array and configured to control the first and second radiant energy sensors in a sleep mode wherein the first radiant energy sensor is energized and the plurality of second radiant energy sensors are de-energized, and an active mode wherein at least the plurality of second radiant energy sensors are energized when the first radiant energy sensor detects a presence. a focal plane array comprising a plurality of sensors arranged in a series of rows and columns, the plurality of sensors including a first radiant energy sensor and a plurality of second radiant energy sensors , with the first and second radiant energy sensors configured to convert radiant energy into an electrical signal wherein the first radiant energy sensor and the plurality of second radiant energy sensors are infrared sensors; and a processor coupled to the focal plane array and configured to control the first and second radiant energy sensors in a sleep mode wherein the first radiant energy sensor is energized and the plurality of second radiant energy sensors are de-energized, and an active mode wherein at least the plurality of second radiant energy sensors are energized when the first radiant energy sensor detects a presence.
A chromatographic separation process for recovering a polyunsaturated fatty acid (PUFA) product from a feed mixture, which comprises: (a) purifying the feed mixture in a first chromatographic separation step using as eluent a mixture of water and a first organic solvent, to obtain an intermediate product; and (b) purifying the intermediate product in a second chromatographic separation step using as eluent a mixture of water and a second organic solvent, to obtain the PUFA product, wherein the second organic solvent is different from the first organic solvent and has a polarity index which differs from the polarity index of the first organic solvent by between 0.1 and 2.0, wherein the PUFA product is other than alpha-linolenic acid (ALA), gamma-linolenic acid (GLA), linoleic acid, an ALA mono- di- or triglyceride, a GLA mono- di- or triglyceride, a linoleic acid mono, di- or triglyceride, an ALA C 1 -C 4 alkyl ester, a GLA C 1 -C 4 alkyl ester or a linoleic acid C 1 -C 4 alkyl ester or a mixture thereof. (a) purifying the feed mixture in a first chromatographic separation step using as eluent a mixture of water and a first organic solvent, to obtain an intermediate product; and (b) purifying the intermediate product in a second chromatographic separation step using as eluent a mixture of water and a second organic solvent, to obtain the PUFA product,
Drying unit for drying and/or warming material, comprising a. a hollow cylindrical housing which is rotationally driveable about an axis of rotation , b. a plurality of lifting flights fastened in the housing , each of which i. predefines a lifting-flight material conveying direction which is independent of the orientation of the lifting flight in the drying unit , and ii. has a contour without edges and of concave design in a plane oriented perpendicular to the lifting-flight material conveying direction , characterized in that the lifting-flight material conveying direction of the lifting flights is oriented transversely with respect to the axis of rotation in each case. a. a hollow cylindrical housing which is rotationally driveable about an axis of rotation , b. a plurality of lifting flights fastened in the housing , each of which i. predefines a lifting-flight material conveying direction which is independent of the orientation of the lifting flight in the drying unit , and ii. has a contour without edges and of concave design in a plane oriented perpendicular to the lifting-flight material conveying direction , i. predefines a lifting-flight material conveying direction which is independent of the orientation of the lifting flight in the drying unit , and ii. has a contour without edges and of concave design in a plane oriented perpendicular to the lifting-flight material conveying direction ,
Memory (ME) comprising at least one memory cell (CM), each memory cell (CM) comprising: - a first electrode, referred to as planar electrode (EP), extending essentially along a first plane (PP); - a second electrode, referred to as floating electrode (EF), extending essentially along a second plane (PF), parallel to the first plane (PP); - a third electrode, referred to as vertical electrode (EV), extending essentially along a direction perpendicular to the first plane (PP); the planar electrode (EP) comprising at least one first part facing a first part of the floating electrode (EF), the first part of the planar electrode (EP) and the first part of the floating electrode (EF) being separated by a first layer (C1) of a first active material (C1), the vertical electrode (EV) comprising at least one first part facing a second part of the floating electrode (EF), the first part of the vertical electrode (EV) and the second part of the floating electrode (EF) being separated by a second layer (C2) of a second active material, the first active material being capable of forming a selector (SE) or a memory point (PM) and the second active material being capable of forming a memory point (PM) or a selector (SE), the first electrode (EP) and the second electrode (EF) not sharing any plane that is parallel to the first plane (PP) or to the second plane (PF). - a first electrode, referred to as planar electrode (EP), extending essentially along a first plane (PP); - a second electrode, referred to as floating electrode (EF), extending essentially along a second plane (PF), parallel to the first plane (PP); - a third electrode, referred to as vertical electrode (EV), extending essentially along a direction perpendicular to the first plane (PP);
A piezoelectric element comprising: a piezoelectric body having a first surface and a second surface that are different from each other; a first electrode provided at the first surface; and a second electrode provided at the second surface, wherein the piezoelectric body contains a helical chiral polymer crystal having an orientation axis as a crystal axis, characterised in that the orientation axis is uniaxially oriented in a manner of intersecting both the first surface and the second surface, and a degree of orientation of the orientation axis in the piezoelectric body is 0.80 or more. a piezoelectric body having a first surface and a second surface that are different from each other; a first electrode provided at the first surface; and a second electrode provided at the second surface, wherein the piezoelectric body contains a helical chiral polymer crystal having an orientation axis as a crystal axis, characterised in that the orientation axis is uniaxially oriented in a manner of intersecting both the first surface and the second surface, and a degree of orientation of the orientation axis in the piezoelectric body is 0.80 or more.
Insert for a ball joint in a motor vehicle with a first part structure for at least partially making contact in the manner of a plain bearing with a joint ball , it being possible for the first part structure to be connected to a joint cup and/or a joint housing by means of overmoulding, a cage-like configuration for surrounding the joint ball being realised by means of an open part structure , characterized in that the first part structure is configured as a cap element for covering a pole face of the joint ball , and in that a plurality of connecting elements are constituent parts of the open part structure , a first end of the connecting elements being fastened in each case in a positively locking and/or non-positive manner to the cap element , and a second end of the connecting elements which faces away from the first end being connected in each case in a positively locking and/or non-positive manner to a reinforcement element .
A load-receiving device for storing a cuboidal load in a rack and retrieving it therefrom, having two extendable telescopic arms , which are spaced apart in parallel and on which drivers are arranged opposite one another in pairs, which drivers can be pivoted into a swung-up position, where they are substantially in parallel to the plane of the telescopic arms, and into a projecting position in which they are essentially perpendicular to said swung-up position, wherein the distance (d) between the telescopic arms is set depending on the width of the load, wherein each of the drivers that are arranged opposite one another in pairs is pivotable independently in relation to its respective opposite driver and wherein at least two edge detectors are arranged on the telescopic arms opposite one another and are assigned to two of the drivers that are arranged opposite one another and the drivers are independently pivotable in relation to one another depending on the output signal of the edge detectors , characterized in that at least one of said drivers can be pivoted into an inclined position between said swung-up position and said perpendicularly projecting position, where said at least one driver is pivoted at a pivot angle α1, α2 in relation to said swung-up position, wherein α1, α2 is larger than 0° and smaller than 90°, in that said load-receiving device comprises a control, said control setting the pivot angle α1, α2 of the drivers depending on the load dimensions, the information on the width of the load being retrieved by the control from a table, a superior system, e.g., a warehouse management system, or measured and the drivers that are arranged opposite one another being independently controlled accordingly, and in that the control may set a first driver in said inclined position and a second driver perpendicularly to said swung-up position, so that the distance between the telescopic arms is smaller than twice the length of the driver and the telescopic arms can thus be brought very close to the load.
A content provision system comprising a content provision apparatus and a display apparatus , wherein the content provision apparatus comprises: a message reception module for receiving a service request message from the display apparatus which displays first content, the service request message comprising a transmission time of the service request message and information corresponding to a broadcast channel of the first content; a content extraction module for analyzing the received service request message and extracting second content connected with the first content based on the broadcast channel corresponding to the information included in the service request message and the transmission time of the service request message; and a communication module for transmitting, to the display apparatus, second content information regarding whether the second content connected with the first content exists, and the extracted second content, wherein the display apparatus comprises a display module for displaying a display screen divided into a first content display screen which displays the first content and a second content display screen which displays the second content. a message reception module for receiving a service request message from the display apparatus which displays first content, the service request message comprising a transmission time of the service request message and information corresponding to a broadcast channel of the first content; a content extraction module for analyzing the received service request message and extracting second content connected with the first content based on the broadcast channel corresponding to the information included in the service request message and the transmission time of the service request message; and a communication module for transmitting, to the display apparatus, second content information regarding whether the second content connected with the first content exists, and the extracted second content, wherein the display apparatus comprises a display module for displaying a display screen divided into a first content display screen which displays the first content and a second content display screen which displays the second content.
A device for controlling a building aperture covering such as a door or a window, wherein said device comprises: - a housing arrangement - a drive arrangement arranged in said housing arrangement , wherein the drive arrangement comprises a sprocket a reduction gear arrangement and a motor , - a strain measurement arrangement , and - a control arrangement configured to control said drive arrangement wherein said drive arrangement is configured to operate a push-pull chain , wherein one or more parts of said drive arrangement is connected to the housing arrangement by means of a connection system , wherein the strain measurement arrangement is configured to transmit strain measurement information to said control arrangement , wherein said control arrangement is configured to transmit control signals to control the motor based on the strain measurement information when a strain measurement exceed one or more thresholds, wherein said strain measurement arrangement comprises one or more sensors, such as strain gauges, characterised in that said one or more sensors are attached to one or more housing walls (2a, 2b, W2a, W2b, W2c, 20) of said housing arrangement in such a way that said strain measurement arrangement is configured to detect strain changes in said one or more housing walls (2a, 2b, W2a, W2b, W2c, 20) occurring due to reaction forces transferred from at least a part of said drive arrangement to the housing arrangement . - a housing arrangement - a drive arrangement arranged in said housing arrangement , wherein the drive arrangement comprises a sprocket a reduction gear arrangement and a motor , - a strain measurement arrangement , and - a control arrangement configured to control said drive arrangement wherein said drive arrangement is configured to operate a push-pull chain , wherein one or more parts of said drive arrangement is connected to the housing arrangement by means of a connection system , wherein the strain measurement arrangement is configured to transmit strain measurement information to said control arrangement , wherein said control arrangement is configured to transmit control signals to control the motor based on the strain measurement information when a strain measurement exceed one or more thresholds, wherein said strain measurement arrangement comprises one or more sensors, such as strain gauges, characterised in that said one or more sensors are attached to one or more housing walls (2a, 2b, W2a, W2b, W2c, 20) of said housing arrangement in such a way that said strain measurement arrangement is configured to detect strain changes in said one or more housing walls (2a, 2b, W2a, W2b, W2c, 20) occurring due to reaction forces transferred from at least a part of said drive arrangement to the housing arrangement .
A Device to Device, D2D, communication method, comprising: transmitting , by a user equipment, a preamble over a set of sub-channels in a competition area, and monitoring, by the user equipment, a preamble to be transmitted by another user equipment over the set of sub-channels in the competition area; and transmitting , by the user equipment, data over a set of sub-channels in a data area corresponding to the set of sub-channels in the competition area when there is no preamble monitored over the set of sub-channels in the competition area, wherein different sets of sub-channels in the competition area correspond to different sets of sub-channels in the data area; wherein the competition area and the data area are divided from D2D resources. transmitting , by a user equipment, a preamble over a set of sub-channels in a competition area, and monitoring, by the user equipment, a preamble to be transmitted by another user equipment over the set of sub-channels in the competition area; and transmitting , by the user equipment, data over a set of sub-channels in a data area corresponding to the set of sub-channels in the competition area when there is no preamble monitored over the set of sub-channels in the competition area, wherein different sets of sub-channels in the competition area correspond to different sets of sub-channels in the data area; wherein the competition area and the data area are divided from D2D resources.