mhurhangee/patent-ind-claim-en huggingface dataset:
A paper straw comprising a lower portion , an upper portion , and a flexible portion arranged between said lower and upper portions, characterized in that said flexible portion has a compressed state and an extended state; the length of said straw being larger in said extended state compared to said compressed state, wherein said paper straw comprises a paper having a stretchability according to ISO 1924-3:2005 of at least 6% in the machine direction (MD) and at least 6% in the cross direction (CD), wherein said paper straw can be arranged in a straight configuration and in a curvilinear configuration, wherein in said straight configuration, said paper straw has a rotational symmetry with respect to a longitudinal axis, Z, and wherein in said curvilinear configuration, the angle between the end point of said upper portion of said paper straw and said longitudinal axis, Z, is from 130 to 180 degrees.
An indicia-reading device , comprising: one or more processors ; a memory ; an imaging subsystem configured to acquire an image of decodable indicia ; a display ; and a communication interface ; wherein said device is configured, responsive to acquiring an image of one or more objects within a field of view of said imaging subsystem, to locate within said image and decode one or more decodable indicia; wherein said device is further configured to display said image on said display and visually mark said one or more successfully decoded decodable indicia; characterized in that said device is further configured to display a product image at a designated location of a corresponding image representation of each one or more successfully decodable indicia in a semi-transparent form so that a representation of a decodable indicia can be viewed through the product image, said product image is correlated with corresponding decoded decodable indicia by said device database based on a lookup table retrieved from a database; wherein said device is further configured, responsive to accepting user input selecting at least one decodable indicia of said displayed one or more decodable indicia based on at least corresponding displayed product image, to transmit to an external computer at least one decoded message corresponding to said at least one decodable indicia; and wherein said device is further configured to accept user input indicating an order in which decoded messages corresponding to two or more decodable indicia are to be transmitted to said external computer. one or more processors ; a memory ; an imaging subsystem configured to acquire an image of decodable indicia ; a display ; and a communication interface ; wherein said device is configured, responsive to acquiring an image of one or more objects within a field of view of said imaging subsystem, to locate within said image and decode one or more decodable indicia; wherein said device is further configured to display said image on said display and visually mark said one or more successfully decoded decodable indicia; characterized in that said device is further configured to display a product image at a designated location of a corresponding image representation of each one or more successfully decodable indicia in a semi-transparent form so that a representation of a decodable indicia can be viewed through the product image, said product image is correlated with corresponding decoded decodable indicia by said device database based on a lookup table retrieved from a database; wherein said device is further configured, responsive to accepting user input selecting at least one decodable indicia of said displayed one or more decodable indicia based on at least corresponding displayed product image, to transmit to an external computer at least one decoded message corresponding to said at least one decodable indicia; and wherein said device is further configured to accept user input indicating an order in which decoded messages corresponding to two or more decodable indicia are to be transmitted to said external computer.
A cable securing sub-system for securing cables to a ladder rung in a thermally expanding and contracting system, the cable securing sub-system comprising: at least one cable grip arranged to be secured to the ladder rung, the at least one cable grip including a protective grommet for holding cables to the ladder rung, a metal plate and wire forms for securing the protective grommet to the metal plate, wherein the at least one cable grip is arranged to be installed around the cables and the ladder rung; wherein the protective grommet has a top member and side members , wherein the top member has a channel for receiving the wire form , and wherein the side members have a number of projections , the projections defining channels for maintaining the wire form when the cable grip is installed on the ladder rung ; wherein the metal plate includes a main body with downwardly extending sides and a plurality of slots extending through the downwardly extending sides for maintaining the wire form when the cable grip is installed on the ladder rung ; and wherein the metal plate further comprises a hole located at one corner of the metal plate for maintaining the wire form when the cable grip is installed on the ladder rung . at least one cable grip arranged to be secured to the ladder rung, the at least one cable grip including a protective grommet for holding cables to the ladder rung, a metal plate and wire forms for securing the protective grommet to the metal plate, wherein the at least one cable grip is arranged to be installed around the cables and the ladder rung; wherein the protective grommet has a top member and side members , wherein the top member has a channel for receiving the wire form , and wherein the side members have a number of projections , the projections defining channels for maintaining the wire form when the cable grip is installed on the ladder rung ; wherein the metal plate includes a main body with downwardly extending sides and a plurality of slots extending through the downwardly extending sides for maintaining the wire form when the cable grip is installed on the ladder rung ; and wherein the metal plate further comprises a hole located at one corner of the metal plate for maintaining the wire form when the cable grip is installed on the ladder rung .
A detachable leadless pacemaker system for cardiac conduction bundle pacing, comprising: a detachable leadless pacemaker with a first data interface ; a passive leadless pacemaker with a second data interface ; and a signal wire which is coupled with the first data interface and the second data interface to supply power from the detachable leadless pacemaker to the passive leadless pacemaker , and to support communication therebetween, characterized in that the detachable leadless pacemaker comprises: a first pacemaker body with a first detachable structure ; and a first hook-shape side electrode which is fixed with the first pacemaker body by the first detachable structure , and which is arranged in parallel with the first pacemaker body at a first predetermined distance. a detachable leadless pacemaker with a first data interface ; a passive leadless pacemaker with a second data interface ; and a signal wire which is coupled with the first data interface and the second data interface to supply power from the detachable leadless pacemaker to the passive leadless pacemaker , and to support communication therebetween, characterized in that the detachable leadless pacemaker comprises: a first pacemaker body with a first detachable structure ; and a first hook-shape side electrode which is fixed with the first pacemaker body by the first detachable structure , and which is arranged in parallel with the first pacemaker body at a first predetermined distance. a first pacemaker body with a first detachable structure ; and a first hook-shape side electrode which is fixed with the first pacemaker body by the first detachable structure , and which is arranged in parallel with the first pacemaker body at a first predetermined distance.
A Haemophilus influenzae fusion protein Hin47-linker-HiD, wherein the amino acid sequence of Hin47 is the sequence shown in SEQ ID NO.1, and the amino acid sequence of HiD is the sequence shown in SEQ ID NO.3, and the linker is G4S with the sequence shown in SEQ ID NO.2. wherein the fusion protein has 790 aa and a molecular weight of 87 kD.
Sensor unit for a hydraulic circuit of a motor vehicle, the sensor unit having a hydraulic housing , which comprises a fluid inlet , a fluid outlet and a fluid duct between the fluid inlet and the fluid outlet , wherein the fluid inlet and the fluid outlet are configured as quick couplings, and having a sensor housing in which a sensor element is accommodated, and which is fitted to the hydraulic housing such that the sensor element is assigned to the fluid duct , wherein the sensor housing is detachably mounted on the hydraulic housing and comprises a plug connection , into which a plug element can be inserted, by means of which a signal of the sensor element can be transmitted characterized in that the sensor element is a pressure sensor, in which a temperature sensor is also integrated and in that both the hydraulic housing and the sensor housing are comprised of plastic.
A robot capable of autonomously navigating through a warehouse among a plurality of other robots and a plurality of human operators , wherein the robots are configured to execute orders on items at locations in the warehouse with the assistance of the human operators , the robot comprising: A mobile base unit to propel the robot through the warehouse to locations corresponding to items in an order to be executed; A display device associated with the mobile base unit having a display area to allow the human operators to interact with the robot , wherein the display device includes an input device for enabling an operator of the plurality of human operators to select one of the other robots to assist in executing an order; A processor , in communication with the display device , configured to display on a first portion of the display area information corresponding to an item on which the operator is to assist the robot execute the order at a first location ; the processor further configured to display on a second portion of the display area a plan view of all or a portion of the warehouse, including shelving units and icons representing other robots within a predetermined area surrounding the first location, wherein the icons of the other robots each include a status indicator to allow the operator to select a next robot of the other robots to assist in executing an order ; said processor being in communication with a management server configured to change the status of the robot selected by the operator to indicate that said other robot has been selected by the operator, the status indicators of the other robots being received from the management server . A mobile base unit to propel the robot through the warehouse to locations corresponding to items in an order to be executed; A display device associated with the mobile base unit having a display area to allow the human operators to interact with the robot , wherein the display device includes an input device for enabling an operator of the plurality of human operators to select one of the other robots to assist in executing an order; A processor , in communication with the display device , configured to display on a first portion of the display area information corresponding to an item on which the operator is to assist the robot execute the order at a first location ; the processor further configured to display on a second portion of the display area a plan view of all or a portion of the warehouse, including shelving units and icons representing other robots within a predetermined area surrounding the first location, wherein the icons of the other robots each include a status indicator to allow the operator to select a next robot of the other robots to assist in executing an order ; said processor being in communication with a management server configured to change the status of the robot selected by the operator to indicate that said other robot has been selected by the operator, the status indicators of the other robots being received from the management server .
Computer-implemented method for processing well data from a well in a geological subsurface, the well data comprising, for each current spot height from a plurality of spot heights, an association between said current spot height and a facies from a plurality of facies. wherein the method comprises: - receiving well data ; characterized in that it further comprises: - receiving , for each current facies (F1, F2, F3) of the plurality of facies, a presence probability distribution (102_F1, 102_F2, 102_F3) of said current facies, depending on a parameter influencing sedimentation; - for each current spot height (z 10 -z 20 ) of the plurality of spot heights, and in a space comprising at least one first axis and a second axis: -- determining at least one point (103a-103f, 104a, 105a, 106a-106f, 107a-107j) in said space, said at least one point having as a coordinate along the first axis said current spot height and as a coordinate along the second axis a coordinate depending on the presence probability distribution of the facies associated with said current spot height in said received well data; - determining a curve in said space depending on said at least one point for each spot height of the plurality of spot heights. - receiving well data ; - receiving , for each current facies (F1, F2, F3) of the plurality of facies, a presence probability distribution (102_F1, 102_F2, 102_F3) of said current facies, depending on a parameter influencing sedimentation; - for each current spot height (z 10 -z 20 ) of the plurality of spot heights, and in a space comprising at least one first axis and a second axis: -- determining at least one point (103a-103f, 104a, 105a, 106a-106f, 107a-107j) in said space, said at least one point having as a coordinate along the first axis said current spot height and as a coordinate along the second axis a coordinate depending on the presence probability distribution of the facies associated with said current spot height in said received well data; - determining a curve in said space depending on said at least one point for each spot height of the plurality of spot heights.
A method for preparing a purified styrene composition with a styrene yield of at least 80%, wherein the method comprises providing a crude composition containing styrene and subjecting the crude composition to at least one crystallization step, wherein the at least one crystallization step comprises at least one static crystallization stage and at least one dynamic crystallization stage.
A bale compression device for receiving and compressing a bale of material, the device comprising: a press means configured to compress the bale of material to a required compressed dimension; a binding applicator configured to apply a plurality of bindings around the bale of material prior to the bale being compressed; and a connecting means for connecting ends of each of the bindings to form a plurality of complete loops around the perimeter of the bale so that the plurality of loops act to hold the bale in a compressed state; wherein the binding applicator is configured to withdraw excess binding as the press compresses the bale, prior to the connecting means connecting the ends of each of the bindings, such that the complete loops are formed when the bale reaches its required compressed dimension. a press means configured to compress the bale of material to a required compressed dimension; a binding applicator configured to apply a plurality of bindings around the bale of material prior to the bale being compressed; and a connecting means for connecting ends of each of the bindings to form a plurality of complete loops around the perimeter of the bale so that the plurality of loops act to hold the bale in a compressed state; wherein the binding applicator is configured to withdraw excess binding as the press compresses the bale, prior to the connecting means connecting the ends of each of the bindings, such that the complete loops are formed when the bale reaches its required compressed dimension.
Method of secure distributed storage, on N servers (SRV 1 , ... SRV i , ... SRV N ), of confidential data, the method comprising: /a/ an obtaining (SENSE), by an electronic circuit for obtaining (BIO_SENSOR) of a recording device (ENR_STAT), of a piece of confidential data (FGPRN k ), /b/ an obtaining (EXTR), by an electronic circuit for extracting (EXTR_C) from the recording device (ENR_STAT), of an approximated short representation (S_FGPRN k ) of the piece of confidential data (FGPRN k ) from said piece of confidential data (FGPRN k ), /c/ an obtaining (SHR), by a secret sharing electronic circuit (SHR_C) from the recording device (ENR_STAT), of N parts (FGPRN 1,k , FGPRN 2,k , ... FGPRN i,k , ... FGPRN N,k ) of the piece of confidential data (FGPRN k ) with a threshold t such that at least t parts are necessary to reconstitute the piece of confidential data (FGPRN k ), and of N short parts (S_FGPRN 1,k , S_FGPRN 2,k , ... S_FGPRN i,k , ... S_FGPRN N,k ) of the approximated short representation (S_FGPRN k ) with a threshold t such that at least t short parts are necessary to reconstitute the approximated short representation (S_FGPRN k ), /d/ a transmitting (TRN), by a transmitter (XMIT) from the recording device (ENR_STAT), of each one (FGPRN i,k ) of these N parts (FGPRN i,k , FGPRN 2,k , ... FGPRN i,k , ... FGPRN N,k ) and of each one (S_FGPRN i,k ) of these N short parts (S_FGPRN 1,k , S_FGPRN 2,k , ... S FGPRN i,k , ... S_FGPRN N,k ) to a respective server (SRV i ) among the N servers (SRV 1 , ... SRV i , ... SRV N ), in order to store them therein. /a/ an obtaining (SENSE), by an electronic circuit for obtaining (BIO_SENSOR) of a recording device (ENR_STAT), of a piece of confidential data (FGPRN k ), /b/ an obtaining (EXTR), by an electronic circuit for extracting (EXTR_C) from the recording device (ENR_STAT), of an approximated short representation (S_FGPRN k ) of the piece of confidential data (FGPRN k ) from said piece of confidential data (FGPRN k ), /c/ an obtaining (SHR), by a secret sharing electronic circuit (SHR_C) from the recording device (ENR_STAT), of N parts (FGPRN 1,k , FGPRN 2,k , ... FGPRN i,k , ... FGPRN N,k ) of the piece of confidential data (FGPRN k ) with a threshold t such that at least t parts are necessary to reconstitute the piece of confidential data (FGPRN k ), and of N short parts (S_FGPRN 1,k , S_FGPRN 2,k , ... S_FGPRN i,k , ... S_FGPRN N,k ) of the approximated short representation (S_FGPRN k ) with a threshold t such that at least t short parts are necessary to reconstitute the approximated short representation (S_FGPRN k ), /d/ a transmitting (TRN), by a transmitter (XMIT) from the recording device (ENR_STAT), of each one (FGPRN i,k ) of these N parts (FGPRN i,k , FGPRN 2,k , ... FGPRN i,k , ... FGPRN N,k ) and of each one (S_FGPRN i,k ) of these N short parts (S_FGPRN 1,k , S_FGPRN 2,k , ... S FGPRN i,k , ... S_FGPRN N,k ) to a respective server (SRV i ) among the N servers (SRV 1 , ... SRV i , ... SRV N ), in order to store them therein.
A gravimetric apparatus for preparing a peritoneal dialysis solution at the point of use comprising a disposable having a solution bag and associated filling lines and patient lines connected thereto; a storage unit for liquid connected to the filling line ; a control unit ; and actuators for regulating a flow from the storage unit to the disposable , characterized in that the apparatus furthermore comprises a scale at which the solution bag of the disposable is arranged, with the control unit being configured to initiate a filling of the solution bag with liquid from the storage unit using the actuators and to determine the quantity of the liquid that has flowed into the solution bag using the scale and is configured to stop the filling procedure after reaching a predefined filling quantity and to verify by means of the scale whether the weight of the bag is within a desired range after the stopping of the filling procedure and is further configured to fix the limits of the desired range by addition of a specific amount to the determined starting weight of the bag or to a weight of the bag determined after the preceding step.
A shelter comprising • a base comprising base buses ; • a frame comprising curves , wherein each end of said curves is attached to a corresponding base bus by means of a connection hinge; • wherein each curve is being composed of more than one curved element , each curved element having continuous bars extending from each corner of the cross-section of the curved element's profile; • wherein the shelter further comprises one or more chains of beams, each chain of beams comprising a plurality of beams, wherein each beam of said chain of beams is connected to another beam in said chain of beams by means of a cable ; • wherein adjacent bars of neighboring curves are configured to guide a chain of beams for connecting a curve to another curve ; and • wherein the cable is fixed to the connection hinge on each end of said curves for tightening the chain of beams between the neighboring curves. • a base comprising base buses ; • a frame comprising curves , wherein each end of said curves is attached to a corresponding base bus by means of a connection hinge; • wherein each curve is being composed of more than one curved element , each curved element having continuous bars extending from each corner of the cross-section of the curved element's profile; • wherein the shelter further comprises one or more chains of beams, each chain of beams comprising a plurality of beams, wherein each beam of said chain of beams is connected to another beam in said chain of beams by means of a cable ; • wherein adjacent bars of neighboring curves are configured to guide a chain of beams for connecting a curve to another curve ; and • wherein the cable is fixed to the connection hinge on each end of said curves for tightening the chain of beams between the neighboring curves.