mhurhangee/patent-ind-claim-en huggingface dataset:
An implementation method of an encrypted gallery management system, comprising: an encrypted image scanning step (S21): after an information device scans an encrypted image , said information device analyzes said encrypted image to obtain a time digital information totem (D1) and an encryption key totem (D2) by applying a steganographic decoding algorithm; a totem returning step (S22): said information device transmits said time digital information totem (D1) and said encrypted key totem (D2) back to a management server ; a totem verifying and comparing step (S23): said management server compares and verifies whether said time digital information totem (D1) and said encryption key totem (D2) are correct, and determines a verification result; a service information responding step (S24): when said verification result is passed, said management server transmits a service information (D4) to said information device for execution by said information device ; characterized in that the time digital information totem (D1) is generated by a program after a time digital information is executed and is presented as anyone chosen from a picture form, an image form, and a text form or a combination thereof, and wherein the time digital information is a digital time stamp. an encrypted image scanning step (S21): after an information device scans an encrypted image , said information device analyzes said encrypted image to obtain a time digital information totem (D1) and an encryption key totem (D2) by applying a steganographic decoding algorithm; a totem returning step (S22): said information device transmits said time digital information totem (D1) and said encrypted key totem (D2) back to a management server ; a totem verifying and comparing step (S23): said management server compares and verifies whether said time digital information totem (D1) and said encryption key totem (D2) are correct, and determines a verification result; a service information responding step (S24): when said verification result is passed, said management server transmits a service information (D4) to said information device for execution by said information device ; characterized in that the time digital information totem (D1) is generated by a program after a time digital information is executed and is presented as anyone chosen from a picture form, an image form, and a text form or a combination thereof, and wherein the time digital information is a digital time stamp.
A control device of a wiper system provided with at least one wiper motor and at least one other motor different from the wiper motor , the control device being characterized by comprising a FET module incorporating, in one package, at least two FETs (34b-34e, 64b-64e, 65b-65e, 135b-135e, 168b-168e) for drive of the wiper motor , at least two FETs (34f-34g, 64f-64g, 65f-65g, 135f-135g, 168f-168g) for drive of the other motor , and at least one FET for circuit protection at the time of power supply reverse connection.
A method performed by an IAB node for receiving soft resource reservation or allocation from a parent node, the method comprising: sending a request for a soft resource to a parent node; if grant or denial not received from the parent node before a maximum number of sent requests is reached, sending a plurality of resource requests for the same resource/s to the parent node, suspending the sending of the plurality of requests to a parent node for a predetermined or a determined amount of time; receiving a grant or denial of a soft resource from the parent node; when a grant is received, determining whether the IAB node is eligible for the granted soft resource; and utilizing the soft resource to communication data with the parent node via a backhaul link or with a user equipment via an access link. sending a request for a soft resource to a parent node; if grant or denial not received from the parent node before a maximum number of sent requests is reached, sending a plurality of resource requests for the same resource/s to the parent node, suspending the sending of the plurality of requests to a parent node for a predetermined or a determined amount of time; receiving a grant or denial of a soft resource from the parent node; when a grant is received, determining whether the IAB node is eligible for the granted soft resource; and utilizing the soft resource to communication data with the parent node via a backhaul link or with a user equipment via an access link.
A coating composition comprising a. polyvinyl chloride b. 5 to 150 phr of one or more compounds of general formula (I) in which R 1a and R 1b are independently of one another C 7 - to C 12 -alkyl c. 5 to 150 phr of one or more compounds having plasticizing properties selected from diethylene glycol dibenzoate, triethylene glycol dibenzoate, polyethylene glycol dibenzoate and dipropylene glycol dibenzoate, d. 0.1 to 10 phr of one or more compounds of general formula (IV). a. polyvinyl chloride b. 5 to 150 phr of one or more compounds of general formula (I) in which R 1a and R 1b are independently of one another C 7 - to C 12 -alkyl c. 5 to 150 phr of one or more compounds having plasticizing properties selected from diethylene glycol dibenzoate, triethylene glycol dibenzoate, polyethylene glycol dibenzoate and dipropylene glycol dibenzoate, d. 0.1 to 10 phr of one or more compounds of general formula (IV).
A method implemented by one or more computing devices, the method comprising: performing (S102) a mesh reconstruction on point cloud data corresponding to a target object to obtain a reconstruction model for characterizing a surface contour of the target object; performing (S104) image registration between the reconstruction model and a standard model corresponding to the target object; determining (S106) a mesh portion in the registered reconstruction model that does not overlap with the standard model; characterized by removing (S108) the determined mesh portion from the registered reconstruction model to obtain a resulting reconstruction model of the target object. performing (S102) a mesh reconstruction on point cloud data corresponding to a target object to obtain a reconstruction model for characterizing a surface contour of the target object; performing (S104) image registration between the reconstruction model and a standard model corresponding to the target object; determining (S106) a mesh portion in the registered reconstruction model that does not overlap with the standard model; characterized by removing (S108) the determined mesh portion from the registered reconstruction model to obtain a resulting reconstruction model of the target object.
A gas turbine engine comprising: a first spool comprising a first compressor and a first turbine mounted to a first shaft ; a second spool comprising a second compressor and a second turbine mounted to a second shaft ; a third spool comprising a third compressor and a third turbine mounted to a third shaft ; an accessory gearbox comprising a first gearing and a second gearing enclosed within a housing , wherein the first gearing rotates independently of the second gearing ; and a plurality of engine accessories, wherein the first spool is rotationally coupled to the plurality of engine accessories via the first gearing , and the third spool is rotationally coupled to the second spool via the second gearing . a first spool comprising a first compressor and a first turbine mounted to a first shaft ; a second spool comprising a second compressor and a second turbine mounted to a second shaft ; a third spool comprising a third compressor and a third turbine mounted to a third shaft ; an accessory gearbox comprising a first gearing and a second gearing enclosed within a housing , wherein the first gearing rotates independently of the second gearing ; and a plurality of engine accessories, wherein the first spool is rotationally coupled to the plurality of engine accessories via the first gearing , and the third spool is rotationally coupled to the second spool via the second gearing .
A method for packet clock recovery, performed by an apparatus, the method comprising: acquiring a first loop control value generated with a current short message selection time window; determining accuracy of the first loop control value by using a sliding time window, wherein the sliding time window is set up by using M forward consecutive short message selection time windows based on the current short message selection time window as a starting point; and generating a control parameter for a clock generator according to the determined accuracy to control clock generation and recover a packet clock; wherein acquiring the first loop control value generated with the current short message selection time window comprises: in the current short message selection time window, using a fixed window to sample values from a message received via a packet network; and performing packet pre-processing, de-jitter and de-noise on the sampled values to obtain the first loop control value. acquiring a first loop control value generated with a current short message selection time window; determining accuracy of the first loop control value by using a sliding time window, wherein the sliding time window is set up by using M forward consecutive short message selection time windows based on the current short message selection time window as a starting point; and generating a control parameter for a clock generator according to the determined accuracy to control clock generation and recover a packet clock; wherein acquiring the first loop control value generated with the current short message selection time window comprises: in the current short message selection time window, using a fixed window to sample values from a message received via a packet network; and performing packet pre-processing, de-jitter and de-noise on the sampled values to obtain the first loop control value.
Distribution system for supplying irregularly shaped products such as pears to a singulator in distributed manner, comprising: - a frame provided with a feed side and a discharge side; - a number of belts arranged in or on the frame for transport of the products (P) from a feed side to a discharge side of the distribution system , wherein at least some of the belts are placed in series; - a support arranged on or in the frame for the number of belts ; and - at least one drive system arranged operatively with the number of belts , wherein the drive system is configured to operate at least some of the belts placed successively in series during use at higher speed as seen in transport direction, wherein - the belts are trough-like belts, - wherein the trough-like belts are configured such that during use the irregularly shaped products are placed substantially at a regular mutual distance in length direction of the product in the transport direction, - wherein at least some of the trough-like belts placed successively in series are provided as seen in transport direction with a narrower operative width for better distribution of the products over the belt, - wherein, in use, a product is carried onto a first trough-like belt of the number of the trough-like belts placed in series, wherein at the end of the first trough-like belt, the product is transferred to a second trough-like belt of the number of the trough-like belts placed successively in series and transported further, - whereby products (P) are moved further into a desired longitudinal orientation as seen in the transport direction. - a frame provided with a feed side and a discharge side; - a number of belts arranged in or on the frame for transport of the products (P) from a feed side to a discharge side of the distribution system , wherein at least some of the belts are placed in series; - a support arranged on or in the frame for the number of belts ; and - at least one drive system arranged operatively with the number of belts , wherein the drive system is configured to operate at least some of the belts placed successively in series during use at higher speed as seen in transport direction, wherein - the belts are trough-like belts, - wherein the trough-like belts are configured such that during use the irregularly shaped products are placed substantially at a regular mutual distance in length direction of the product in the transport direction, - wherein at least some of the trough-like belts placed successively in series are provided as seen in transport direction with a narrower operative width for better distribution of the products over the belt, - wherein, in use, a product is carried onto a first trough-like belt of the number of the trough-like belts placed in series, wherein at the end of the first trough-like belt, the product is transferred to a second trough-like belt of the number of the trough-like belts placed successively in series and transported further, - whereby products (P) are moved further into a desired longitudinal orientation as seen in the transport direction.
Jet regulator , comprising an outlet structure having an outlet grid with a regular arrangement of preferably untrimmed holes and an edge delimiting the outlet grid , wherein holes of the outlet structure adjacent to the edge form a ring and delimit a water jet flowing through the outlet structure to the outside, wherein holes of the ring are formed in deviation from the regular arrangement due to the limitation of the arrangement by the edge , so that the holes of the ring have different opening cross-sections, characterized in that each hole of the ring is enlarged at the expense of at least one adjacent hole in the interior of the ring in deviation from the regular arrangement , if its clear opening cross-section would otherwise be less than half as large as a clear opening cross-section of an adjacent hole of the ring if the regular arrangement were continued, and wherein at least one hole , which lies in the interior of the outlet structure and is adjacent to a hole of the ring , is trimmed by this hole of the ring in such a way that its clear opening cross-section is smaller than that of the largest and/or untrimmed holes of the regular arrangement and/or in that the at least one hole in the interior , at the expense of which the hole in the ring was enlarged, has an opening cross-section that differs from zero and/or in that the hole in the interior, at the expense of which the hole in the ring was enlarged, is combined with a further hole in the interior to form a larger hole.
A process for the reactivation of an acidic ion exchange resin that has been at least partially deactivated by contact with an impure ethylenically unsaturated acid, ester or nitrile containing target impurities comprising the steps of:- contacting the at least partially deactivated resin with a C 1 -C 12 aliphatic alkanol and a carboxylic acid to thereby increase the activity thereof, wherein the resins have been used to treat one or more target impurities in the impure ethylenically unsaturated liquid which treatment has led to deactivation of the resin, and wherein suitable target impurities are selected from the list consisting of:- optionally substituted C 4 -C 20 dienes; optionally substituted C 6 -C 20 trienes; optionally substituted unsaturated aldehydes and ketones; divinyl ketone, ethyl vinyl ketone, ethyl isopropenyl ketone, 3-methylene 1-hexen-4-one, methacrolein and isobutanol; pentenals; and a source of isobutyraldehyde, wherein the source of isobutyraldeyde is isobutyraldehyde itself or a compound which generates isobutyraldehyde when exposed to the ion exchange resin.
A dish washing machine , comprising: a main body ; a washing tank provided inside the main body; and a fixed nozzle assembly fixed in one side of the washing tank and configured to jet washing water, wherein the fixed nozzle assembly includes, a nozzle body having a jet nozzle configured to jet washing water; and a nozzle front cover combined with a front surface of the nozzle body, and wherein the nozzle front cover includes a guide rib provided to cover a combining portion formed between the combined nozzle front cover and the front surface of the nozzle body, to reduce introduction of a foreign substance into the combining portion of the nozzle front cover and the front surface of the nozzle body, characterised in that the guide rib is separated a predetermined interval from the nozzle body and covers at least a part of one side surface of the nozzle body. a main body ; a washing tank provided inside the main body; and a fixed nozzle assembly fixed in one side of the washing tank and configured to jet washing water, wherein the fixed nozzle assembly includes, a nozzle body having a jet nozzle configured to jet washing water; and a nozzle front cover combined with a front surface of the nozzle body, and wherein the nozzle front cover includes a guide rib provided to cover a combining portion formed between the combined nozzle front cover and the front surface of the nozzle body, to reduce introduction of a foreign substance into the combining portion of the nozzle front cover and the front surface of the nozzle body, characterised in that the guide rib is separated a predetermined interval from the nozzle body and covers at least a part of one side surface of the nozzle body.
A cerumen filter applicator for replacing a cerumen filter in a sound conduit of a hearing device , comprising: - an insertion tip , configured to fit inside the sound conduit of the hearing device , and comprising an insertion mechanism configured to engage with an engagement body of the cerumen filter to provide for inserting and/or positioning the cerumen filter in the sound conduit ; and - a removal tip configured to fit inside the sound conduit of the hearing device , and comprising a removal mechanism configured to adapt in size and couple with the engagement body of the cerumen filter to provide for removing the cerumen filter from the sound conduit , characterised in that - the insertion mechanism comprises an insertion cavity comprising a first opening ; - the removal mechanism comprises a removal cavity comprising a second opening; - a section of the insertion cavity has an internal diameter that is less than or equal to an external diameter of a part of the engagement body to provide that in use the section of the insertion cavity holds the engagement body in the insertion cavity ; and - the removal cavity is configured to accommodate at least part of the engagement body within the removal cavity . - an insertion tip , configured to fit inside the sound conduit of the hearing device , and comprising an insertion mechanism configured to engage with an engagement body of the cerumen filter to provide for inserting and/or positioning the cerumen filter in the sound conduit ; and - a removal tip configured to fit inside the sound conduit of the hearing device , and comprising a removal mechanism configured to adapt in size and couple with the engagement body of the cerumen filter to provide for removing the cerumen filter from the sound conduit , characterised in that - the insertion mechanism comprises an insertion cavity comprising a first opening ; - the removal mechanism comprises a removal cavity comprising a second opening; - a section of the insertion cavity has an internal diameter that is less than or equal to an external diameter of a part of the engagement body to provide that in use the section of the insertion cavity holds the engagement body in the insertion cavity ; and - the removal cavity is configured to accommodate at least part of the engagement body within the removal cavity .
Device for storing and/or transporting, preferably substantially vertically aligned, plate-like articles , in particular insulating glass elements, having support planes and compartment delimiters delimiting compartments, wherein the support planes delimit a support region , wherein at least parts of compartment delimiters are movable into an operative position in which parts reach through the support planes and project into the support region , wherein the compartment delimiters , with their parts projecting into the support region , form compartments for the plate-like articles , wherein the compartment delimiters are movable out of the operative position into a ready position in which the compartment delimiters are arranged outside the support region , and wherein the compartment delimiters are arranged adjustably on positioning strips , are displaceable along the positioning strips and can be fixed positively and/or non-positively on the positioning strips against adjustment at a selected distance from one another, characterized in that at least one operating tool is associated with the positioning strips , wherein the operating tool is connected to a drive and is movable parallel to the associated positioning strip into a position associated with a compartment limiter , and in that compartment delimiters can be actuated by the operating tool in order to move the compartment delimiters , for example by pivoting the compartment delimiters about a positioning strip , at least with a portion into and/or out of the support region .
A heater , comprising: a ceramic body having a rod-like shape; and a heat generating resistor embedded in the ceramic body , the heat generating resistor comprising a first straight line section , a second straight line section which is disposed alongside the first straight line section , and a folded section which connects the first straight line section and the second straight line section , characterised in that , in a cross section of the heater taken along a plane which passes through the first straight line section and which is perpendicular to an axial direction of the ceramic body , the first straight line section has a shape having a first major axis, the second straight line section has a shape having a second major axis, the second major axis is inclined with respect to the first major axis, and a centroid (Gr) of the first straight line section and the second straight line section is deviated from a centroid (Gc) of the ceramic body to the side on which a distance between the first major axis and the second major axis is narrower. a ceramic body having a rod-like shape; and a heat generating resistor embedded in the ceramic body , the heat generating resistor comprising a first straight line section , a second straight line section which is disposed alongside the first straight line section , and a folded section which connects the first straight line section and the second straight line section , characterised in that , in a cross section of the heater taken along a plane which passes through the first straight line section and which is perpendicular to an axial direction of the ceramic body , the first straight line section has a shape having a first major axis, the second straight line section has a shape having a second major axis, the second major axis is inclined with respect to the first major axis, and a centroid (Gr) of the first straight line section and the second straight line section is deviated from a centroid (Gc) of the ceramic body to the side on which a distance between the first major axis and the second major axis is narrower.
A turbine blade comprising a surface, a recess within the surface, and a damping inlay within the recess, wherein the damping inlay comprises a chamber and a damping material disposed within the chamber , and the damping inlay substantially maintains the aerodynamic profile of the blade and is disposed in a side wall of the turbine blade ; characterized in that the turbine blade additionally comprises cooling means wherein at least part of the cooling means is provided upstream of the damping inlay and include at least one film cooling hole .