mhurhangee/patent-ind-claim-en huggingface dataset:
An orthodontic system comprising: a fixating complete shell covering a complete dental arch of one of mandible and maxilla; a series of removable consecutive segmentary shells for being fitted on a segment of teeth in a posterior lateral sector of an arch of the other of mandible and maxilla, the consecutive segmentary shells being shaped to correspond to consecutive positions of the segment of teeth in a desired treatment, and the segment of teeth comprising between two and six adjacent teeth and extending from a canine or premolar to a premolar or molar (33; 53, 55); a resilient traction element; and an anchor for receiving the resilient traction element, wherein the removable consecutive segmentary shells comprise a labial retention feature configured to be coupled with the resilient traction element; and characterized in that none of the segmentary shells is connected to another segmentary shell or to other teeth which are outside the segment and in the same arch such that the orthodontic system is configured to apply distalizing forces to the segment of teeth, without transferring the forces to other teeth which are outside the segment and in the same arch. a fixating complete shell covering a complete dental arch of one of mandible and maxilla; a series of removable consecutive segmentary shells for being fitted on a segment of teeth in a posterior lateral sector of an arch of the other of mandible and maxilla, the consecutive segmentary shells being shaped to correspond to consecutive positions of the segment of teeth in a desired treatment, and the segment of teeth comprising between two and six adjacent teeth and extending from a canine or premolar to a premolar or molar (33; 53, 55); a resilient traction element; and an anchor for receiving the resilient traction element, wherein the removable consecutive segmentary shells comprise a labial retention feature configured to be coupled with the resilient traction element; and characterized in that none of the segmentary shells is connected to another segmentary shell or to other teeth which are outside the segment and in the same arch such that the orthodontic system is configured to apply distalizing forces to the segment of teeth, without transferring the forces to other teeth which are outside the segment and in the same arch.
An apparatus for marking electric devices which can be lined up next to one another and are arranged on a support rail , wherein the apparatus comprises a receptacle for the support rail and a laser head for applying a marking to the electric devices , wherein the receptacle is mounted pivotably about its longitudinal axis, characterized in that the laser head is guided displaceably in at least one longitudinal direction running parallel to the longitudinal axis of the receptacle .
A method for calibrating or validating a parameter of a scanner, wherein the method comprises placing a device comprising at least one phantom organ, wherein the phantom organ comprises a housing in which are defined a plurality of fluid channels; a feed tube arranged to supply liquid to a first end of all of said channels and means for collecting liquid from the other end of the channels, wherein at least some of said channels are of a first cross-sectional area and at least some other channels are of a reduced cross-sectional area such that the rate of fluid flow through said other channels is reduced compared to the rate of fluid flow through channels of said first cross-sectional area; in a scanner so that each phantom organ is within the imaging plane of the scanner, causing a liquid to flow through the device at a known rate, carrying out scanning operations using the scanner, wherein the device is positioned in scanner such that a distribution volume in the phantom organ in the imaging plane is known, and where results obtained are combined with the known control rate to calculate the perfusion rates, and these perfusion rates are used to calibrate the scanner or validate a parameter of the scanner, provided that where the scanner is a magnetic resonance scanner, the method is for calibrating the scanner.
A device for use with a conduit having a first conduit end and a second conduit end, into which conduit a cable can be installed using a flow of air into the first conduit end, the device being suitable for confirming that the air is flowing out from the second conduit end, the device comprising - a housing - means to enable connection of the device to the second conduit end, - a piston having an air vent , - holding means to hold the piston in a first position, in which the air vent is closed, - a detector arranged to detect an electrical property change, wherein the piston is configured for causing an electrical property change detectable by the detector, wherein in use, the air flowing into the device causes the piston to move from said first position to a second position in which the air vent opens allowing the air to flow out of the device, and wherein when the piston moves between the first position and the second position the detector and the piston move relative to each other, causing an electrical property change detectable by the detector, characterised in that the device further comprises holding means to hold the piston in the second position, in which the air vent opens. - a housing - means to enable connection of the device to the second conduit end, - a piston having an air vent , - holding means to hold the piston in a first position, in which the air vent is closed, - a detector arranged to detect an electrical property change,
An anti-fouling system , designed to be used with a wet compartment having at least one inlet opening for allowing water to enter the wet compartment , the anti-fouling system being configured to receive and operate at least one anti-fouling source for emitting anti-fouling light in order to keep at least one surface as present in the wet compartment free from biofouling, and the anti-fouling system comprising a controller for controlling operation of the at least one anti-fouling source when the anti-fouling source is received in the anti-fouling system and the anti-fouling system is used with the wet compartment , characterized by the controller being configured to determine at least one operation parameter of the at least one anti-fouling source in relation to at least one of: - at least one surface-related parameter; - at least one opening-related parameter; - a rate of a flow of water along the surface to be kept free from biofouling; - a temperature of water inside the wet compartment ; - an algal content of water inside the wet compartment ; - a concentration of copper ions in water inside the wet compartment ; - a concentration of chlorine in water inside the wet compartment ; - a temperature of the surface to be kept free from biofouling; and - a rate of a flow of water through the at least one inlet opening of the wet compartment , and the anti-fouling system also comprising at least one sensor for detecting an actual value of the at least one parameter, the sensor being associated with the controller so as to be capable of providing feedback about the value to the controller . - at least one surface-related parameter; - at least one opening-related parameter; - a rate of a flow of water along the surface to be kept free from biofouling; - a temperature of water inside the wet compartment ; - an algal content of water inside the wet compartment ; - a concentration of copper ions in water inside the wet compartment ; - a concentration of chlorine in water inside the wet compartment ; - a temperature of the surface to be kept free from biofouling; and - a rate of a flow of water through the at least one inlet opening of the wet compartment , and
An anti-TNFa antibody for use in the treatment of an inflammatory bowel disease by oral administration, in combination with a concomitant administration, by oral administration, of caprylic acid or caprylate salt; wherein the antibody is in the form of a pharmaceutical composition suitable for targeted release of the antibody in the intestine.
Device for moving a movable furniture part in an opening direction in relation to a furniture body of a piece of furniture , wherein the movable furniture part can be moved in the opening direction and in a closing direction, which runs counter to the opening direction, via guide means , wherein the device has an energy store and an ejector , such that, by means of the device , which is mounted on the piece of furniture , it is possible to bring the movable furniture part into an opening position via the ejector under the action of the energy store during an opening operation, wherein a coupling unit is provided, which acts between the ejector and the energy store when the energy store is undergoing a loading operation, wherein the ejector is configured in such a way that the ejector, in the region of the end of its travel, couples to the coupling unit in the course of the opening operation of the movable furniture part , and that, for a subsequent closing operation of the movable furniture part and an associated loading operation of the energy store , the coupling between the ejector and the energy store via the coupling unit acts without play, characterized in that a movable control member is provided on the energy store or on the coupling device or on the ejector in such a way that the ejector can be brought into operative connection, without play, with the coupling unit for a loading operation of the energy store when the movable furniture part takes up a predefined position in relation to the ejector .
Actuating device of a valve for the braking of a trailer of the type comprising a base body having at least a main seat communicating with at least a main port and a secondary port connectable to a source of a work fluid at a first and at a second pressure signal respectively; a discharge port connectable to a discharge tank; a control port communicating with a control line connectable to the braking system of the towing vehicle; an additional port communicating with an additional line connectable to the automatic and/or parking brake of the trailer; inside said main seat being slidably accommodated at least one distributor movable between at least a rest position and at least a braking position; characterized in that it comprises at least a driving body in which are defined: - at least a driving chamber having at least a braking gap connectable to the braking system of a towing vehicle and inside which is slidably accommodated at least one driving element movable between a rest configuration and a driving configuration wherein it interacts with said distributor to displace it from the rest position to the braking one; - at least an actuating seat inside which is accommodated sealingly sliding at least one piston delimiting at least a first chamber , communicating with at least an additional gap connectable to said secondary port and acting on a first face of the piston itself, and at least a second chamber , communicating with at least a driving gap connectable to a control device of the parking and/or emergency brake of the towing vehicle and acting on a second face of said piston opposite said first face ; and in that it comprises at least a connecting rod placed between said piston and said driving element , said piston being able to push said driving element from its rest configuration to the driving configuration by means of said rod when the force acting on said first face is greater than that acting on said second face . - at least a driving chamber having at least a braking gap connectable to the braking system of a towing vehicle and inside which is slidably accommodated at least one driving element movable between a rest configuration and a driving configuration wherein it interacts with said distributor to displace it from the rest position to the braking one; - at least an actuating seat inside which is accommodated sealingly sliding at least one piston delimiting at least a first chamber , communicating with at least an additional gap connectable to said secondary port and acting on a first face of the piston itself, and at least a second chamber , communicating with at least a driving gap connectable to a control device of the parking and/or emergency brake of the towing vehicle and acting on a second face of said piston opposite said first face ;
Catalyst system with a honeycomb-shaped structure, comprising a polymer matrix and an ozone-decomposing catalyst which has MnO 2 particles, wherein the catalyst furthermore has particles which are selected from the group comprising metal oxides and metals, such as Ag, Ni, Cu, Sn, Pt, Pd, or combinations thereof, wherein the catalyst system furthermore has activated carbon, wherein the catalyst is present at 0.1 to 10 % by weight in relation to the overall weight of the catalyst system, wherein the polymer is selected from the group comprising polyolefins, polyester, polyacrylate, or combinations thereof. wherein the catalyst furthermore has particles which are selected from the group comprising metal oxides and metals, such as Ag, Ni, Cu, Sn, Pt, Pd, or combinations thereof, wherein the catalyst system furthermore has activated carbon, wherein the catalyst is present at 0.1 to 10 % by weight in relation to the overall weight of the catalyst system, wherein the polymer is selected from the group comprising polyolefins, polyester, polyacrylate, or combinations thereof.
A battery module comprising: a cartridge assembly in which a plurality of cartridges , each accommodating a battery cell , are stacked on each other; a cover surrounding the cartridge assembly, wherein the cover comprises a buffer member ; a bushing member inserted through the cartridge assembly and the cover , and protruding to the outside of the cover by a pre-set interval, wherein the buffer member is combined to the cover along an outer circumference of the bushing member ; and a locking member inserted into the bushing member and locking the cover, wherein the locking member contacts both the protruding portion of the bushing member and the buffer member . a cartridge assembly in which a plurality of cartridges , each accommodating a battery cell , are stacked on each other; a cover surrounding the cartridge assembly, wherein the cover comprises a buffer member ; a bushing member inserted through the cartridge assembly and the cover , and protruding to the outside of the cover by a pre-set interval, wherein the buffer member is combined to the cover along an outer circumference of the bushing member ; and a locking member inserted into the bushing member and locking the cover, wherein the locking member contacts both the protruding portion of the bushing member and the buffer member .
A device for bone fixation comprising a head portion , a front portion and a shaft between said head portion and said front portion , said shaft having a distal portion adjacent to said front portion and a proximal portion adjacent to said head portion ; characterized in that a) said distal portion being provided with a thread and having a constant outer diameter D A and an inner core diameter D I ; b) at least the proximal portion of said shaft has a core comprising a biologically non- degradable material with degradation rate BND and having a diameter d < D I ; c) a sleeve surrounding said core and comprising a biologically degradable material with degradation rate BD, said sleeve having a diameter Ds ≤ D A ; d) whereby BD>BND; and e) wherein said sleeve being fixed to said core . a) said distal portion being provided with a thread and having a constant outer diameter D A and an inner core diameter D I ; b) at least the proximal portion of said shaft has a core comprising a biologically non- degradable material with degradation rate BND and having a diameter d < D I ; c) a sleeve surrounding said core and comprising a biologically degradable material with degradation rate BD, said sleeve having a diameter Ds ≤ D A ; d) whereby BD>BND; and e) wherein said sleeve being fixed to said core .
A method for reporting channel state, comprising steps of: Detecting , by a User Equipment, UE, configuration information of Channel State Information-Reference Signal, CSI-RS; Determining , by the UE, according to detection result, the number of ports required to report channel state based upon the CSI-RS; Determining , by the UE, a CSI-RS based Precoding Matrix Indicator, PMI, feedback scheme to be adopted by the UE according to the number of ports and a preset corresponding relationship between the number of ports and feedback schemes, upon determining that the eNB is to map data of Physical Downlink Shared Channel, PDSCH, onto P (number) CSI-RS ports for transmission according to a codebook-based precoding scheme, wherein the codebook-based precoding scheme is a scheme as represented in the formula of y 0 ⋮ y P − 1 = W ⋅ s , W represents a codebook consisted of a precoding matrix, S is PDSCH data consisted of data layers whose quantity is equal to value of Rank Indication (RI) and y 0 ⋮ y P − 1 represents a vector consisted of data on P (number) CSI-RS ports; and calculating and reporting , by the UE, channel state information according to the determination result. Detecting , by a User Equipment, UE, configuration information of Channel State Information-Reference Signal, CSI-RS; Determining , by the UE, according to detection result, the number of ports required to report channel state based upon the CSI-RS; Determining , by the UE, a CSI-RS based Precoding Matrix Indicator, PMI, feedback scheme to be adopted by the UE according to the number of ports and a preset corresponding relationship between the number of ports and feedback schemes, upon determining that the eNB is to map data of Physical Downlink Shared Channel, PDSCH, onto P (number) CSI-RS ports for transmission according to a codebook-based precoding scheme, wherein the codebook-based precoding scheme is a scheme as represented in the formula of y 0 ⋮ y P − 1 = W ⋅ s , W represents a codebook consisted of a precoding matrix, S is PDSCH data consisted of data layers whose quantity is equal to value of Rank Indication (RI) and y 0 ⋮ y P − 1 represents a vector consisted of data on P (number) CSI-RS ports; and calculating and reporting , by the UE, channel state information according to the determination result.
A shuttle for retrieving goods in a warehouse system comprising a three-dimensional arrangement of storage spaces including a plurality of lanes, a plurality of rows, and one or more levels, wherein goods in a storage space are disposed at the bottom of the storage space, the shuttle being configured to be movable along at least one of the plurality of lanes at a top of the at least one lane and comprising: rollers engageable in rails extending at the top of the at least one lane, one or more gripping arms extending downwards from a platform of the shuttle for lifting goods from the bottom of the storage space when the shuttle is positioned above the goods , and a lifting device for lifting the goods when the one or more gripping arms grip the goods , characterized in that the shuttle comprises an upper platform and a lower platform , wherein the lifting device is configured to lift the upper platform with respect to the lower platform , wherein the one or more gripping arms are fixed to the upper platform . rollers engageable in rails extending at the top of the at least one lane, one or more gripping arms extending downwards from a platform of the shuttle for lifting goods from the bottom of the storage space when the shuttle is positioned above the goods , and a lifting device for lifting the goods when the one or more gripping arms grip the goods , characterized in that the shuttle comprises an upper platform and a lower platform , wherein the lifting device is configured to lift the upper platform with respect to the lower platform , wherein the one or more gripping arms are fixed to the upper platform .
A method for recycling currency, the method comprising: receiving , at a self-service terminal , a plurality of currency notes; sorting , by the self-service terminal, the plurality of currency notes by denomination by storing a first currency note, of a first denomination, of the plurality of currency notes in a temporary escrow , storing a second currency note, of a second denomination, of the plurality of currency notes in a large escrow , and transferring the first currency note of the plurality of currency notes to the large escrow; transferring the plurality of currency notes from the large escrow to cassette(s) of the self-service terminal; storing the plurality of currency notes in the cassette(s); updating , by the self-service terminal, note stack data , the note stack data listing the denominations of each currency note stored in the cassette(s) of the self-service terminal; dispensing , by the self-service terminal, a subset of the plurality of currency notes stored in the cassette(s); and updating , by the self-service terminal, the note stack data to show the new order of currency notes within the cassette(s) receiving , at a self-service terminal , a plurality of currency notes; sorting , by the self-service terminal, the plurality of currency notes by denomination by storing a first currency note, of a first denomination, of the plurality of currency notes in a temporary escrow , storing a second currency note, of a second denomination, of the plurality of currency notes in a large escrow , and transferring the first currency note of the plurality of currency notes to the large escrow; transferring the plurality of currency notes from the large escrow to cassette(s) of the self-service terminal; storing the plurality of currency notes in the cassette(s); updating , by the self-service terminal, note stack data , the note stack data listing the denominations of each currency note stored in the cassette(s) of the self-service terminal; dispensing , by the self-service terminal, a subset of the plurality of currency notes stored in the cassette(s); and updating , by the self-service terminal, the note stack data to show the new order of currency notes within the cassette(s)
A multi-window display method, applied to a terminal device comprising a first display , a second display , a first camera , and a second camera , wherein the first display and the first camera are located in a first area of the terminal device , the second display and the second camera are located in a second area of the terminal device , and the first area and the second area are located on different sides of the terminal device ; and the method comprises: obtaining an instruction of a first user for triggering a plurality of windows on the first display; displaying a first window and a second window on the first display in response to the instruction of the first user for triggering the plurality of windows; obtaining a first image by using the first camera , and obtaining a second image by using the second camera , wherein the first image comprises the first user, and the second image comprises a second user; and in response to the first image and the second image, displaying the first window on the first display , and displaying the second window on the second display , or displaying the second window on the first display , and displaying the first window on the second display . obtaining an instruction of a first user for triggering a plurality of windows on the first display; displaying a first window and a second window on the first display in response to the instruction of the first user for triggering the plurality of windows; obtaining a first image by using the first camera , and obtaining a second image by using the second camera , wherein the first image comprises the first user, and the second image comprises a second user; and in response to the first image and the second image, displaying the first window on the first display , and displaying the second window on the second display , or displaying the second window on the first display , and displaying the first window on the second display .