mhurhangee/patent-ind-claim-en huggingface dataset:
A display medium comprising a display layer for authenticity identification, wherein the display layer contains a droplet-cured product and the droplet-cured product contains a resin having cholesteric regularity, characterized in that the display layer further contains a metal particle and a half width of a selective reflection band within the visible wavelength region of the droplet-cured product is greater than 100 nm. the display layer contains a droplet-cured product and the droplet-cured product contains a resin having cholesteric regularity, characterized in that the display layer further contains a metal particle and a half width of a selective reflection band within the visible wavelength region of the droplet-cured product is greater than 100 nm.
A wireless patient monitoring system comprising: one or more optical sensors configured to obtain physiological information; and a wireless monitor configured to receive the physiological information and to wirelessly transmit physiological data reflective of the physiological information to a bedside monitor , wherein the wireless monitor comprises a removable battery , the removable battery including a data storage component , wherein when connected to the bedside monitor , the removable battery is configured to receive, from the bedside monitor , wireless communication information for the wireless monitor to wirelessly communicate with the bedside monitor , and wherein when the removable battery is disconnected from the bedside monitor and connected to the wireless monitor , the removable battery is configured to transfer the wireless communication information received from the bedside monitor to the wireless monitor . one or more optical sensors configured to obtain physiological information; and a wireless monitor configured to receive the physiological information and to wirelessly transmit physiological data reflective of the physiological information to a bedside monitor , wherein the wireless monitor comprises a removable battery , the removable battery including a data storage component , wherein when connected to the bedside monitor , the removable battery is configured to receive, from the bedside monitor , wireless communication information for the wireless monitor to wirelessly communicate with the bedside monitor , and wherein when the removable battery is disconnected from the bedside monitor and connected to the wireless monitor , the removable battery is configured to transfer the wireless communication information received from the bedside monitor to the wireless monitor .
Transport device for transporting transport goods items in a transport direction (A), comprising at least one machine frame , arranged at which is a transport element , which forms a loop and is driven such as to circulate, wherein the transport element is guided via a front deflection device , related to the direction of transport (A), as well as via a rear deflection device , related to the direction of transport (A), wherein a transport route (TS) for the transport goods items is formed between the front and rear deflection devices , by means of the at least one transport element , wherein the at least one transport element is guided such as to slide at least along the transport route (TS) on at least one sliding rail , wherein the at least one sliding rail is directly connected at least in sections along the transport route (TS) to a profile element , which in turn is connected to at least one support body of the machine frame , wherein, for the direct connection, the at least one sliding rail is mounted and/or pressed onto the profile element in positive fit at least in sections along the transport route (TS), and wherein the at least one sliding rail forms an essentially U-shaped cross-section surface, wherein the at least one sliding rail comprises a web section , forming a base part, as well as two limb sections extending sideways from this, characterised in that the limb sections are configured as being elastically deformable, in such a way that, when the sliding rail is mounted onto the profile element , at least their free ends (21.1) are pressed apart from one another and then once again come in contact with the profile element , at least in positive fit.
A method performed by a wireless device for detecting inconsistent data in a data transmission affected by a data insertion or interference, said method comprising: receiving a data signal from a transmitting device, demodulating the data signal to generate soft bit values; computing detection metrics for two or more subsets of the soft bit values; and detecting the inconsistent data in at least one subset of the soft bit values based on the detection metrics corresponding to the at least one subset, wherein computing detection metrics for two or more subsets of the soft bit values comprises: computing the detection metrics based on a statistical property of the soft bit values within each subset and detecting inconsistent data in the at least one subset of the soft bit values comprises comparing the detection metric to expected values of a known modulation scheme for the data signal or comparing the detection metrics with a known sequence in the inconsistent data. receiving a data signal from a transmitting device, demodulating the data signal to generate soft bit values; computing detection metrics for two or more subsets of the soft bit values; and detecting the inconsistent data in at least one subset of the soft bit values based on the detection metrics corresponding to the at least one subset, wherein computing detection metrics for two or more subsets of the soft bit values comprises: computing the detection metrics based on a statistical property of the soft bit values within each subset and detecting inconsistent data in the at least one subset of the soft bit values comprises comparing the detection metric to expected values of a known modulation scheme for the data signal or comparing the detection metrics with a known sequence in the inconsistent data.
Kluyveromyces lactis ( K. lactis ) strain for targeted cloning of foreign antigen-encoding and/or foreign protein-encoding nucleic acids into the yeast genome of the K. lactis strain, characterized in that the K. lactis strain has integrated expression cassettes for foreign antigens at the KlURA3-20 locus (KLLA0E22771g) and/or at the KlMET5-1 locus ( KLLA0B03938g ) in addition to the K1LAC4 locus, wherein the expression cassettes contain the K. lactis LAC4-12 promoter (P LAC4-12 ) or variants of said promoter, including the intergenic region between LAC12 and LAC4, the antigen-encoding or foreign protein-encoding region and the AgTEF1 terminator, and wherein the K. lactis LAC4-12 promoter ( PLAC4-12 ) variants are selected from • a LAC4-12 promoter having a modified promoter structure that allows only slight foreign protein expression or none under noninduced conditions, characterized in that the basal control region (BCR) of the promoter P LAC4-12 between -1065 and -1540 (LR2 deletion; P LAC4-12-LR2 ' (SEQ ID No.: 2)) is deleted; and • a LAC4-12 promoter having a modified promoter structure that allows modulation of foreign protein expression, characterized in that the number of binding sites for the activator KlGal4 of the promoter ("upstream activating sequences" 1, 2 and 4, 5) varies and 1, 2, 3 or 4 KlGal4-binding sites are present. • a LAC4-12 promoter having a modified promoter structure that allows only slight foreign protein expression or none under noninduced conditions, characterized in that the basal control region (BCR) of the promoter P LAC4-12 between -1065 and -1540 (LR2 deletion; P LAC4-12-LR2 ' (SEQ ID No.: 2)) is deleted; and • a LAC4-12 promoter having a modified promoter structure that allows modulation of foreign protein expression, characterized in that the number of binding sites for the activator KlGal4 of the promoter ("upstream activating sequences" 1, 2 and 4, 5) varies and 1, 2, 3 or 4 KlGal4-binding sites are present.
A limb support comprising a spar , a multi-axis coupler supporting the spar, the multi-axis coupler being releasable to adjust the orientation of the spar relative to a patient support apparatus supporting the limb support; a coupler supported on the spar, the coupler including a receiver and a release that is movable relative to the spar; the release operable to move between a first and second position, and; a limb rest supported on the receiver such that when the release is in the second position, the limb rest is movable relative to the spar to adjust the orientation of a patient's limb relative to the spar and, thereby, a patient support apparatus; characterised in that in the first position the receiver is fixed relative to the spar, in the second position the receiver is movable relative to the spar about three-axes, and in that the release is operable to move to a third position wherein the coupler is movable along the length of the spar.
A guidewire comprising: a shaft having a proximal end , a distal end , and a body extending from the proximal end to the distal end ; a blunt tip ; and a sleeve comprising the blunt tip or being attached to the blunt tip ; wherein the body of the shaft comprises a segment that is surrounded by the sleeve and coupled to the blunt tip ; and wherein the guidewire further comprises a radiopaque coil surrounding at least a part of the segment ; characterized in that the part of the segment comprises opposite sides with indentations along each of the opposite sides for allowing the radiopaque coil to be screwed over the part of the segment . a shaft having a proximal end , a distal end , and a body extending from the proximal end to the distal end ; a blunt tip ; and a sleeve comprising the blunt tip or being attached to the blunt tip ; wherein the body of the shaft comprises a segment that is surrounded by the sleeve and coupled to the blunt tip ; and wherein the guidewire further comprises a radiopaque coil surrounding at least a part of the segment ; characterized in that the part of the segment comprises opposite sides with indentations along each of the opposite sides for allowing the radiopaque coil to be screwed over the part of the segment .
A control manifold of a drilling system receiving flow of drilling fluid returns from a borehole and comprising an apparatus for measuring a main flow rate of flow through a flowline , the apparatus comprising: a differential pressure device disposed in the flowline and producing a pressure drop in the flow from an upstream side of the differential pressure device to a downstream side of the differential pressure device , wherein the differential pressure device is located upstream of chokes in the control manifold ; piping diverting a portion of the flow in the flowline from an inlet on the upstream side of the differential pressure device to an outlet on the downstream side of the pressure device ; a flowmeter in fluid communication with the piping and measuring a parameter of the diverted portion of the flow; and a processing unit receiving the measured parameter from the flowmeter , the processing unit determining a diverted flow rate of the diverted portion of the flow from the measured parameter and correlating the determined diverted flow rate to a value of the main flow rate through the flowline . a differential pressure device disposed in the flowline and producing a pressure drop in the flow from an upstream side of the differential pressure device to a downstream side of the differential pressure device , wherein the differential pressure device is located upstream of chokes in the control manifold ; piping diverting a portion of the flow in the flowline from an inlet on the upstream side of the differential pressure device to an outlet on the downstream side of the pressure device ; a flowmeter in fluid communication with the piping and measuring a parameter of the diverted portion of the flow; and a processing unit receiving the measured parameter from the flowmeter , the processing unit determining a diverted flow rate of the diverted portion of the flow from the measured parameter and correlating the determined diverted flow rate to a value of the main flow rate through the flowline .
A system for automatically identifying product information, comprising a lamp information collection module, a controller and a user terminal, characterized in that : the controller has a built-in power information interval comparison table of different power information intervals set for different lamp categories, and is configured to send to-be-collected power information to the lamp information collection module; the lamp information collection module is configured to collect corresponding power information of a drive power corresponding to a lamp according to the received to-be-collected power information and to send the collected power information to the controller; the controller is further configured to determine a category of the lamp according to the collected power information corresponding to the lamp and the power information interval comparison table, and to send information regarding the category of the lamp to the user terminal; the user terminal comprises a human-machine interface and is configured to display the information of the lamp on the human-machine interface; the power information intervals comprise frequency intervals; and ranges of the different power information intervals do not overlap with each other. the controller has a built-in power information interval comparison table of different power information intervals set for different lamp categories, and is configured to send to-be-collected power information to the lamp information collection module; the lamp information collection module is configured to collect corresponding power information of a drive power corresponding to a lamp according to the received to-be-collected power information and to send the collected power information to the controller; the controller is further configured to determine a category of the lamp according to the collected power information corresponding to the lamp and the power information interval comparison table, and to send information regarding the category of the lamp to the user terminal; the user terminal comprises a human-machine interface and is configured to display the information of the lamp on the human-machine interface; the power information intervals comprise frequency intervals; and ranges of the different power information intervals do not overlap with each other.
A method for remotely controlling a display screen initiated by a server , called a remote presentation server, communicating with at least one terminal , through at least one communication channel established through a computer and/or telephone network, the method being characterised by the following steps of: - setting up, on the presentation server , a table, called Documents & locations/Configurations, being used as a correspondence between formats of documents to be remotely presented or media to be used, their locations and configurations required from users' terminals to display these documents or broadcast these media, as well as a User/Configuration table listing the different users' configurations, - automatically loading and/or converting documents on the presentation server by a user presenting these documents, possibly loading and/or converting in other locations, and then updating a document loading table, - storing the documents to be shared on the presentation server as well as in other locations, - setting up an application on the user's terminal for reading the documents to be shared from said other locations, updating the documents to be shared and synchronising said documents with those present on the presentation server , - testing, by the remote presentation server, the bandwidth of each user and reading its software configuration, and then updating the User/Configuration table, - sending the documents or media to the users in synchronous or asynchronous mode according to the content of said documents or media and the configuration of the users' terminal, for self-adapting the documents or media to be shared depending on each user's configuration. - setting up, on the presentation server , a table, called Documents & locations/Configurations, being used as a correspondence between formats of documents to be remotely presented or media to be used, their locations and configurations required from users' terminals to display these documents or broadcast these media, as well as a User/Configuration table listing the different users' configurations, - automatically loading and/or converting documents on the presentation server by a user presenting these documents, possibly loading and/or converting in other locations, and then updating a document loading table, - storing the documents to be shared on the presentation server as well as in other locations, - setting up an application on the user's terminal for reading the documents to be shared from said other locations, updating the documents to be shared and synchronising said documents with those present on the presentation server , - testing, by the remote presentation server, the bandwidth of each user and reading its software configuration, and then updating the User/Configuration table, - sending the documents or media to the users in synchronous or asynchronous mode according to the content of said documents or media and the configuration of the users' terminal, for self-adapting the documents or media to be shared depending on each user's configuration.
Method for operating a motor vehicle, comprising the steps of: - displaying a first assistance graphic of a first active driver assistance system in a first display mode on at least one display device of the motor vehicle if the motor vehicle is operated in a first driving mode, and - displaying the first assistance graphic of the first active driver assistance system in a second display mode on at the least one display device if the motor vehicle is operated in a second driving mode different from the first driving mode, wherein the first assistance graphic is displayed in a first perspective in the first display mode and in a second perspective different from the first perspective in the second display mode, and wherein the first assistance graphic comprises at least one area in an environment of the motor vehicle, wherein the at least one area is detected by means of a detection device of the first active driver assistance system, characterised in that the at least one area is identified by a first marking in the first display mode and the area is identified by a second marking different from the first marking in the second display mode, wherein the first marking highlights the at least one area for monitoring by the driver and the second marking highlights the at least one area monitored by the first active driver assistance system. - displaying a first assistance graphic of a first active driver assistance system in a first display mode on at least one display device of the motor vehicle if the motor vehicle is operated in a first driving mode, and - displaying the first assistance graphic of the first active driver assistance system in a second display mode on at the least one display device if the motor vehicle is operated in a second driving mode different from the first driving mode,
Press locked grating , in particular for use as a shelf for plate shelves or heavy-duty shelves, with two longitudinal sides and cross members and longitudinal members arranged between the longitudinal sides , the cross members and the longitudinal members having an I-shaped profile, the longitudinal members being inserted or pressed into punched holes of the cross members which are open towards the upper side of the press locked grating , wherein the longitudinal members and the cross members are arranged at right angles to one another, and wherein the longitudinal sides are formed in cross-section as a profile (Z1-Z3; U0-U3), wherein the profile (Z1-Z3; U0-U3) of the longitudinal sides comprises at least a first leg (Z1; U0) and a second leg (Z3; U3) arranged substantially at right angles to the first leg (Z1; U0), wherein each of the cross members has a punched hole at each end, in which the first leg (Z1; U0) of the profile (Z1-Z3; U0-U3) is arranged and is firmly connected thereto by a connecting method, the first leg (Z1; U0) of the profile (Z1-Z3; U0-U3) of the longitudinal sides is inserted or pressed into the punched hole , whereby a first connection of the profile (Z1-Z3; U0-U3) of the longitudinal sides with the cross member is achieved, characterized in that by the subsequent introduction of deformations (V1, V3) to the right and left of the cross member, preferably immediately adjacent to it, in the first leg (Z1, U0) of the profile (Z1-Z3; U0-U3) of the longitudinal sides , a horizontal displacement of the components against each other is prevented, thus achieving a fixing of the plug-in or press connection of the cross member with the profile (Z1-Z3; U0-U3)of the longitudinal sides .
Hydraulic fitting for a hydraulic transmitter system having a housing in which a fluid reservoir , a pressure chamber which is fluidically connected to the fluid reservoir and a venting bore which connects the pressure chamber to a housing surroundings are configured, wherein the venting bore can be closed in a closed position (III) during operation and can be opened to produce a venting position (V), also having an additional fluid connection between the fluid reservoir and the pressure chamber which is interrupted during operation, characterized in that the additional fluid connection between the fluid reservoir and the pressure chamber can be temporarily opened to permit rapid venting in a rapid venting position (IV) while the venting bore remains closed. wherein the venting bore can be closed in a closed position (III) during operation and can be opened to produce a venting position (V), also having an additional fluid connection between the fluid reservoir and the pressure chamber which is interrupted during operation, characterized in that the additional fluid connection between the fluid reservoir and the pressure chamber can be temporarily opened to permit rapid venting in a rapid venting position (IV) while the venting bore remains closed.
Two-way excavator comprising at least two wheel axles having wheels for road travel and at least two rail axles having rail wheels for rail travel, wherein the rail axles are pivotable into an operating position for rail travel by hydraulic cylinders and, during rail travel, the hydraulic cylinders are actuated via a rail-travel hydraulic controller , and wherein at least one first rail axle is convertible for road travel in order to provide another wheeled axle during road travel, wherein a road-travel hydraulic controller of the hydraulic cylinder of the at least one first rail axle , which controller is independent of the rail-travel hydraulic controller , is provided, characterized in that at least two hydraulic cylinders are provided for pivoting the at least one first rail axle and in that the cylinder bases of the hydraulic cylinders of the at least one first rail axle are each connected to the road-travel hydraulic controller by a separate shut-off valve and the cylinder-rod sides of the hydraulic cylinders of the at least one first rail axle are connected to the road-travel hydraulic controller by a common shut-off valve .