mhurhangee/patent-ind-claim-en huggingface dataset:
A management system comprising a file management device configured to manage files of the file management device, a generation device configured to generate a list of combinations of file paths and digest values of the files as collation information for the management device when performing a tampering verification or an addition/deletion verification of a file, and an acquisition device configured to acquire information to be used for generation of the collation information in the generation device , characterized in that the acquisition device includes a first acquisition unit configured to acquire first common definition information corresponding to identification information of the first common definition information input to the acquisition device , from a device configured to store shared common definition information created in advance, indicating a definition of a common list serving as a list of files and directories that may be described in the collation information and a definition of an element attribute serving as conditions for determining elements of a list of files and directories in the collation information in the management device ; a distinction unit configured to compare the first common definition information acquired by the first acquisition unit with the files managed by the file management device to distinguish whether there is a condition satisfying file satisfying all conditions of the first common definition information; and an output unit configured to output, to the generation device , second common definition information corresponding to the condition satisfying file among the first common definition information acquired by the first acquisition unit based on a distinction result of the distinction unit . the acquisition device includes a first acquisition unit configured to acquire first common definition information corresponding to identification information of the first common definition information input to the acquisition device , from a device configured to store shared common definition information created in advance, indicating a definition of a common list serving as a list of files and directories that may be described in the collation information and a definition of an element attribute serving as conditions for determining elements of a list of files and directories in the collation information in the management device ; a distinction unit configured to compare the first common definition information acquired by the first acquisition unit with the files managed by the file management device to distinguish whether there is a condition satisfying file satisfying all conditions of the first common definition information; and an output unit configured to output, to the generation device , second common definition information corresponding to the condition satisfying file among the first common definition information acquired by the first acquisition unit based on a distinction result of the distinction unit .
Method for variably adjusting the dewatering capacity of a pressing device for a machine for producing a fibrous web , such as a paper, tissue or board web, wherein the dewatering capacity of the pressing device is variably adjusted by varying the available dewatering volume of the pressing device .
A method of expanding and formatting profiled metal strip material to form a net-like mat structure with a mesh width which is to be predetermined by a continuous drawing process, for which purpose the strip material is provided with notches which extend in the longitudinal direction of the strip and which are of limited length and which between them form metal strands , wherein after the expanding and formatting operation the unnotched regions form net nodes and the metal strands are initially connected together by way of adjoining bars in the notch bottom, wherein moreover the bars have cracks formed by flexural deformation by virtue of fatigue fracture and the remaining bar is broken through by a severing roller so that the metal strands are reliably separated from each other in the notch region and the strip material can be drawn open to form the net-like structure, characterised in that for preparation of the continuous drawing operation the strip material is firstly drawn open at the strip beginning to the intended mesh width in such a way that some rows of meshes are in themselves oriented orthogonally and with respect to their mesh diagonal are oriented at a right angle to the strip edge, that in addition the prepared strip beginning is fed to a first rotationally drivable pair of rollers of a drawing-open unit by the strip beginning being placed on the preferably lower roller which is in the form of a spiked roller (5.1) so that the spikes pass into the meshes and then the preferably upper roller which is provided with bars and recesses and which is in the form of a pressure roller (5.2) is positioned towards the lower roller so that the two rollers form a rolling gap between them, wherein the arrangement of the spikes is so selected that - in both orthogonal directions - each second mesh is shaped by a spike by virtue of the spikes of the spiked roller (5.1) passing into the recesses in the pressure roller (5.2).
Finger protection blind for gap covering, having a blind housing profile , a retaining strip profile and a blind that, when wound up, is extendable out of the blind housing profile , wherein the blind housing profile and/or the retaining strip profile is assigned a basic profile (3; 4), which has a supporting surface (5; 6) for arranging on a leaf/casement or frame , and peripheral catches (9-12), which are designed to correspond to catches (13-16) of the blind housing profile and/or of the retaining strip profile , and the blind housing profile and/or the retaining strip profile are configured to be latched together one on top of the other on the basic profile (3; 4), characterized in that a first latching connection consists of a catch (9; 10) which is configured as a laterally opening part-circle profile and the corresponding catch (13; 14) is configured as a circular cylindrical engaging profile of the same diameter as the part-circle profile, and the blind housing profile or the retaining strip profile is configured to be pivotable through a few angle degrees about the basic profile (3; 4) in the state not yet firmly latched-together on the basic profile (3; 4), and a second latching connection consists of a catch (15; 16) comprising an engaging gap, parallel to the fastening surface, in the blind housing profile or in the retaining strip profile and of a plurality of sliders (21; 22), inserted into a basic profile (3; 4), in a transversely movable manner, along the length thereof, with detents (23; 24), extending laterally therebeyond, as corresponding catches (11; 12), and in that an elastic energy store (25; 26) is arranged between slider (21; 22) and basic profile (3; 4), said energy store (25; 26) applying an outwardly directed force to the slider (21; 22).
A radio frequency, RF, circuit comprising: a first dielectric material having first and second surfaces and a first dielectric constant; a first conductive layer over the first surface of the first dielectric material , wherein the first conductive layer includes a plurality of conductive features that include a signal line and a bias line , wherein the signal line has a first end and a second end , and the bias line has a first section with a first end and a second end ; a second conductive layer over the second surface of the first dielectric material , wherein a ground plane is formed from the second conductive layer , and the signal line is formed directly over the ground plane , and wherein a conductive material void is present in the second conductive layer , wherein the conductive material void is present under the first section of the bias line in the second conductive layer ; and a mounting area for an RF device , wherein the first end of the signal line and the first end of the first section of the bias line are located proximate to the mounting area to enable the signal line and the bias line to be electrically coupled with one or more leads of the RF device characterized by a second dielectric material over the second conductive layer , wherein the second dielectric material has a second dielectric constant that is at least 50 percent less than the first dielectric constant. a first dielectric material having first and second surfaces and a first dielectric constant; a first conductive layer over the first surface of the first dielectric material , wherein the first conductive layer includes a plurality of conductive features that include a signal line and a bias line , wherein the signal line has a first end and a second end , and the bias line has a first section with a first end and a second end ; a second conductive layer over the second surface of the first dielectric material , wherein a ground plane is formed from the second conductive layer , and the signal line is formed directly over the ground plane , and wherein a conductive material void is present in the second conductive layer , wherein the conductive material void is present under the first section of the bias line in the second conductive layer ; and a mounting area for an RF device , wherein the first end of the signal line and the first end of the first section of the bias line are located proximate to the mounting area to enable the signal line and the bias line to be electrically coupled with one or more leads of the RF device characterized by a second dielectric material over the second conductive layer , wherein the second dielectric material has a second dielectric constant that is at least 50 percent less than the first dielectric constant.
A thermal therapy system comprising: a joint conforming wrap including a skin contacting surface , a first chamber housing one or more inflatable members , a second chamber proximate the skin contacting surface , and a plurality of wrap thermoelectric modules positioned within the second chamber , the wrap thermoelectric modules configured to cool and heat and form controllable thermoelectric module zones, the wrap thermoelectric modules having a front side and a back side, the front side of the plurality of thermoelectric modules being in direct thermal contact with the skin contacting surface and the one or more inflatable members being disposed to compress the second chamber and thereby press the skin contacting surface against a patients skin upon inflation of the inflatable members , for provision of thermal therapy from the front side of the wrap thermoelectric modules to the patient's skin through the skin contacting surface ; a power supply module for supplying power to said joint conforming wrap ; a cable for operably coupling the wrap to the power supply module; and wherein the power supply module comprises a switching function for controlling the wrap thermoelectric modules in a thermoelectric module zone to enable switching between cooling and heating. a joint conforming wrap including a skin contacting surface , a first chamber housing one or more inflatable members , a second chamber proximate the skin contacting surface , and a plurality of wrap thermoelectric modules positioned within the second chamber , the wrap thermoelectric modules configured to cool and heat and form controllable thermoelectric module zones, the wrap thermoelectric modules having a front side and a back side, the front side of the plurality of thermoelectric modules being in direct thermal contact with the skin contacting surface and a front side and a back side, the front side of the plurality of thermoelectric modules being in direct thermal contact with the skin contacting surface and the one or more inflatable members being disposed to compress the second chamber and thereby press the skin contacting surface against a patients skin upon inflation of the inflatable members , for provision of thermal therapy from the front side of the wrap thermoelectric modules to the patient's skin through the skin contacting surface ; a power supply module for supplying power to said joint conforming wrap ; a cable for operably coupling the wrap to the power supply module; and wherein the power supply module comprises a switching function for controlling the wrap thermoelectric modules in a thermoelectric module zone to enable switching between cooling and heating.
A modular deployable display unit including: a flexible electronic display member which is configured to display a programmable message , the flexible electronic display member being displaceable between: a deployed configuration wherein the flexible electronic display member extends outwardly for displaying the programmable message ; and a stowed configuration wherein the flexible electronic display member takes up a relatively compact configuration; at least one electrical cable for supplying electrical energy to the flexible electronic display member ; and connecting means including connecting formations (434.1, 434.2, 534.1, 534.2) for physically releasably connecting the modular deployable display unit to an additional modular deployable display unit, in an end to end arrangement; characterized in that the flexible electronic display member in the deployed configuration at a scene is configured for completely blocking a view of the scene; wherein the flexible electronic display member includes one or more inflatable bodies for displacing the flexible electronic display member into the deployed configuration, the flexible electronic display member defines a plurality of apertures defined therethrough for permitting the passage of air through the plurality of apertures , and wherein the flexible electronic display member includes a plurality of flap members each associated with a particular one or more of the apertures and each arranged to cover the associated one or more of the apertures . a flexible electronic display member which is configured to display a programmable message , the flexible electronic display member being displaceable between: a deployed configuration wherein the flexible electronic display member extends outwardly for displaying the programmable message ; and a stowed configuration wherein the flexible electronic display member takes up a relatively compact configuration; at least one electrical cable for supplying electrical energy to the flexible electronic display member ; and connecting means including connecting formations (434.1, 434.2, 534.1, 534.2) for physically releasably connecting the modular deployable display unit to an additional modular deployable display unit, in an end to end arrangement; a deployed configuration wherein the flexible electronic display member extends outwardly for displaying the programmable message ; and a stowed configuration wherein the flexible electronic display member takes up a relatively compact configuration; at least one electrical cable for supplying electrical energy to the flexible electronic display member ; and connecting means including connecting formations (434.1, 434.2, 534.1, 534.2) for physically releasably connecting the modular deployable display unit to an additional modular deployable display unit, in an end to end arrangement; characterized in that the flexible electronic display member in the deployed configuration at a scene is configured for completely blocking a view of the scene;
A liquid dispenser comprising an ampoule of a liquid to be dispensed; a housing defining a chamber for receiving the ampoule, the housing further defining an outlet to enable the liquid to be dispensed from the chamber; a flexible outer sleeve surrounding the ampoule and having at least one open end ; an actuator displaceable relative to the housing; a section of the housing being adapted to permit a least a section of the actuator to be displaced into the chamber to apply a force, in use, to the ampoule ; and wherein the chamber has a cross sectional area greater than the cross sectional area of the ampoule and dimensioned such as to allow deformation of the ampoule when the force is applied; characterised in that the chamber has an elliptical cross sectional area.
A 3-layer insulation material comprising a first fabric layer , a second fabric layer and a third fluted intermediate fabric layer between the first and the second fabric layers , the fluted intermediate fabric layer being attached alternately to the first and the second fabric layer with longitudinal seams (18a-18n) forming longitudinal channels (20a-20n) for the insulation material and individual insulation material bundle inside each longitudinal channel (20a-20n), characterized in that the longitudinal seams (18a-18n) are laser welded seams and the first fabric layer and the second fabric layer are IR transparent fabric and the third fluted intermediate fabric layer is IR-absorbing.
A method for a user equipment, UE, operating in a wireless communication system, the method comprising: configuring (S1401) one or more licensed cells and one or more unlicensed cells; configuring (S1403) a plurality of logical channels; receiving (S1405) an uplink grant; and performing a logical channel prioritization, LCP, procedure based on the uplink grant, the method being characterized in that : each of the plurality of logical channels is allowed or not allowed to be transmitted on unlicensed cells, the UE performs the LCP procedure (S1407) for all of the plurality of logical channels, when the uplink grant is for one of the one or more licensed cells, and the UE performs the LCP procedure (S1409) only for logical channels allowed to be transmitted on unlicensed cells, when the uplink grant is for one of the one or more unlicensed cells. configuring (S1401) one or more licensed cells and one or more unlicensed cells; configuring (S1403) a plurality of logical channels; receiving (S1405) an uplink grant; and performing a logical channel prioritization, LCP, procedure based on the uplink grant, the method being characterized in that : each of the plurality of logical channels is allowed or not allowed to be transmitted on unlicensed cells, the UE performs the LCP procedure (S1407) for all of the plurality of logical channels, when the uplink grant is for one of the one or more licensed cells, and the UE performs the LCP procedure (S1409) only for logical channels allowed to be transmitted on unlicensed cells, when the uplink grant is for one of the one or more unlicensed cells. each of the plurality of logical channels is allowed or not allowed to be transmitted on unlicensed cells, the UE performs the LCP procedure (S1407) for all of the plurality of logical channels, when the uplink grant is for one of the one or more licensed cells, and the UE performs the LCP procedure (S1409) only for logical channels allowed to be transmitted on unlicensed cells, when the uplink grant is for one of the one or more unlicensed cells.
Method for vehicle navigation with a navigation system of a vehicle for determining at least one route and for navigation on the basis of this determined route according to a location of the vehicle , in which the following steps are carried out : - carrying out a detection of at least one environmental property , wherein the environmental property is a physical quantity, wherein the environmental property is specific to at least one emission of the vehicle , wherein the detection is carried out by at least one sensor of the vehicle so that a detection result is determined, wherein the detection result is a measurement result, - carrying out an evaluation of the detection result so that an evaluation result is determined, wherein the evaluation comprises an analysis of the detection result in order to adapt the route in such a way that the loading of the route with the at least one emission is minimized, wherein an environmentally friendly route is calculated in which the route is optimized on the basis of partial routes which have lower loading values in relation to other route sections, - carrying out a route adjustment of the determined route during the navigation on the basis of the evaluation result . - carrying out a detection of at least one environmental property , wherein the environmental property is a physical quantity, wherein the environmental property is specific to at least one emission of the vehicle , wherein the detection is carried out by at least one sensor of the vehicle so that a detection result is determined, wherein the detection result is a measurement result, - carrying out an evaluation of the detection result so that an evaluation result is determined, wherein the evaluation comprises an analysis of the detection result in order to adapt the route in such a way that the loading of the route with the at least one emission is minimized, wherein an environmentally friendly route is calculated in which the route is optimized on the basis of partial routes which have lower loading values in relation to other route sections, - carrying out a route adjustment of the determined route during the navigation on the basis of the evaluation result .
A method for wireless communications, comprising: identifying , at a base station, at least one scheme supported by the base station for handling puncturing of reference signal, RS, symbols in enhanced mobile broadband, eMBB, traffic by ultra-reliable-low-latency communications, URLLC, traffic, wherein each of the at least one scheme modifies an existing RS pattern configured for the eMBB traffic before puncturing occurs in response to a presence of the URLLC traffic, wherein identifying the at least one scheme comprises selecting the at least one scheme from a plurality of schemes supported by the base station based on a pattern of the URLLC traffic, wherein the selected scheme comprises identifying an over-provisioning RS scheme in which additional RS symbols are preemptively scheduled by the base station within a slot for the eMBB traffic before URLLC traffic is scheduled within the slot; and performing , at the base station, the at least one scheme in connection with downlink transmissions. identifying , at a base station, at least one scheme supported by the base station for handling puncturing of reference signal, RS, symbols in enhanced mobile broadband, eMBB, traffic by ultra-reliable-low-latency communications, URLLC, traffic, wherein each of the at least one scheme modifies an existing RS pattern configured for the eMBB traffic before puncturing occurs in response to a presence of the URLLC traffic, wherein identifying the at least one scheme comprises selecting the at least one scheme from a plurality of schemes supported by the base station based on a pattern of the URLLC traffic, wherein the selected scheme comprises identifying an over-provisioning RS scheme in which additional RS symbols are preemptively scheduled by the base station within a slot for the eMBB traffic before URLLC traffic is scheduled within the slot; and performing , at the base station, the at least one scheme in connection with downlink transmissions.
A stable formulation for intracutaneous injection of a therapeutic agent, said formulation comprising an effective amount of said therapeutic agent in the form of particles, wherein said particles are homogeneously contained within a non-aqueous pharmaceutically acceptable carrier and comprise from 1.0 to 80 weight percent of the formulation, wherein said formulation has an injection volume of 0.1 to about 1000 microliters, and wherein said therapeutic agent and pharmaceutically acceptable carrier form a paste suitable for intracutaneous injection.