mhurhangee/patent-ind-claim-en huggingface dataset:
Method for transmitting information by powerline carrier on a communication channel, comprising a digital to analogue conversion of a digital signal modulated by said information so as to obtain a modulated initial analogue signal (SAI) having a peak factor greater than one, an amplification of the initial analogue signal so as to obtain an amplified modulated signal (SAP) and a transmission on said communication channel of a modulated channel analogue signal (SU) resulting from the modulated amplified analogue signal, wherein, the impedance of the communication channel being liable to vary during said transmission and the amplified signal being clipped when said impedance is below a limit value, the method furthermore comprises at least one determination during said transmission of a clipping rate (TCR) of the amplified signal over at least one time interval and an adjustment of the level of the initial analogue signal according to said determined clipping rate, wherein the adjustment of the level of the initial analogue signal comprises a comparison of the determined clipping rate (TCR) with a threshold (TH) and a reduction of the level of the initial analogue signal if the clipping rate is above the threshold, said method comprising several successive determinations of the clipping rate during successive time intervals (TR i ), and a determination, during a current time interval (TR i ), of the adjustment of the level of the initial analogue signal to be applied to the initial analogue signal during the following time interval (TR i+1 ).
Marine anchor chain comprising a plurality of links attached to one another, each of the links has a nominal diameter (d), a length (L), and a width (W) which is equal to 3.35 times the nominal diameter (d), or a width (W) which is equal to 3.6 times the nominal diameter (d), characterized in that the length (L) of each link is between 6.5 and 8.5 times the nominal diameter (d).
A lens-less optical rotary joint , comprising: a guide ferrule ; a rotatable ferrule ; the rotatable ferrule and the guide ferrule being separated by a spacing , a rotatable optical fiber , the rotatable optical fiber passing through the rotatable ferrule and the guide ferrule , the rotatable optical fiber being secured within the rotatable ferrule , and the rotatable optical fiber being freely rotatable within the guide ferrule ; and a coupler to secure the guide ferrule and receive a static ferrule including a static optical fiber such that a face of the static optical fiber is proximate a face of the rotatable optical fiber . a guide ferrule ; a rotatable ferrule ; the rotatable ferrule and the guide ferrule being separated by a spacing , a rotatable optical fiber , the rotatable optical fiber passing through the rotatable ferrule and the guide ferrule , the rotatable optical fiber being secured within the rotatable ferrule , and the rotatable optical fiber being freely rotatable within the guide ferrule ; and the rotatable optical fiber passing through the rotatable ferrule and the guide ferrule , the rotatable optical fiber being secured within the rotatable ferrule , and the rotatable optical fiber being freely rotatable within the guide ferrule ; and a coupler to secure the guide ferrule and receive a static ferrule including a static optical fiber such that a face of the static optical fiber is proximate a face of the rotatable optical fiber .
Cover member , adapted for being installed on a top side of a storing means for storing a stack of multiple flat elements having a predefined size, the cover member defining a first opening having a rim portion , wherein the first opening is adapted to be associated with at least one gripping unit , so that the gripping unit can access the storing means for gripping and removing a flat element through the first opening , when the cover member is installed on the top side of the storing means , wherein the first opening is sized so that a gripped flat element abuts the rim portion when being removed through the first opening from the storing means, so as to be bend and separated from an underlying flat element , characterised in that the cover member further includes second and/or third openings adapted to be associated with a second gripping unit , so that the second gripping unit can access the storing means through the second and/or third openings , when the cover member is installed on the top side of the storing means . the cover member defining a first opening having a rim portion , wherein the first opening is adapted to be associated with at least one gripping unit , so that the gripping unit can access the storing means for gripping and removing a flat element through the first opening , when the cover member is installed on the top side of the storing means , wherein the first opening is sized so that a gripped flat element abuts the rim portion when being removed through the first opening from the storing means, so as to be bend and separated from an underlying flat element , characterised in that the cover member further includes second and/or third openings adapted to be associated with a second gripping unit , so that the second gripping unit can access the storing means through the second and/or third openings , when the cover member is installed on the top side of the storing means .
A seat unit comprising: a plurality of passenger seats , each seat comprising a seat back having a backrest structure and a seat pan , each seat back comprising an upper portion , a lower portion and a junction in-between, the lower portions of the seat backs are integrally formed together as a single lower panel , characterized in that - a gap is formed between adjacent upper portions of the seat backs , and in that - the seat backs are configured to absorb a force due to an impact by a head of a passenger seated behind the seat back by deformation of the backrest structure, primarily at the junction between the lower panel and the individual upper portions , and to limit a Head Injury Criteria to an acceptable level of 1000 or less. a plurality of passenger seats , each seat comprising a seat back having a backrest structure and a seat pan , each seat back comprising an upper portion , a lower portion and a junction in-between, the lower portions of the seat backs are integrally formed together as a single lower panel , - a gap is formed between adjacent upper portions of the seat backs , and in that - the seat backs are configured to absorb a force due to an impact by a head of a passenger seated behind the seat back by deformation of the backrest structure, primarily at the junction between the lower panel and the individual upper portions , and to limit a Head Injury Criteria to an acceptable level of 1000 or less.
A product forming unit (U) for manufacturing non-flat cellulose products from an air-formed cellulose blank structure , wherein the product forming unit (U) comprises a blank dry-forming module with a moveable forming wire , a toggle pressing module with a toggle press and a forming mould , and an electronic control system operatively connected to the forming wire and the toggle press ; wherein the blank dry-forming module is configured for air-forming the cellulose blank structure onto the forming wire ; wherein the toggle press includes a pressing member movably arranged in a pressing direction, a toggle-mechanism drivingly connected to the pressing member , a pressing actuator arrangement drivingly connected to the toggle-mechanism ; wherein the forming mould includes a moveable first mould part attached to the pressing member and a second mould part ; wherein the electronic control system is configured for controlling operation of the pressing actuator arrangement for performing pressing operations, which involves driving the pressing member in the pressing direction by means of the toggle-mechanism , and thereby forming the non-flat cellulose product from the air-formed cellulose blank structure by pressing the first mould part against the second mould part ; and wherein the electronic control system further is configured for intermittently feeding the forming wire between subsequent pressing operations. wherein the product forming unit (U) comprises a blank dry-forming module with a moveable forming wire , a toggle pressing module with a toggle press and a forming mould , and an electronic control system operatively connected to the forming wire and the toggle press ; wherein the blank dry-forming module is configured for air-forming the cellulose blank structure onto the forming wire ; wherein the toggle press includes a pressing member movably arranged in a pressing direction, a toggle-mechanism drivingly connected to the pressing member , a pressing actuator arrangement drivingly connected to the toggle-mechanism ; wherein the forming mould includes a moveable first mould part attached to the pressing member and a second mould part ; wherein the electronic control system is configured for controlling operation of the pressing actuator arrangement for performing pressing operations, which involves driving the pressing member in the pressing direction by means of the toggle-mechanism , and thereby forming the non-flat cellulose product from the air-formed cellulose blank structure by pressing the first mould part against the second mould part ; and wherein the electronic control system further is configured for intermittently feeding the forming wire between subsequent pressing operations.
Gold nickel layer comprising nitrogen inserted over a thickness equal to or greater than 0.20 μm, characterized in that the atomic concentration of gold is at least 15% over said thickness, the atomic concentration of nickel is at least 10% over said thickness and the atomic concentration of nitrogen is at least 5% over said thickness.
A rotary support for a vehicle platform including - a vehicle support structure , - a platform mounting attachment in the form of a gimbal , whose flanges enable its mounting, respectively, on the vehicle support structure and on a lower surface of the vehicle platform , and - two platform position adjusters located on said vehicle support structure , characterised in that each platform position adjuster includes an electric drive with a linear displacement unit based on a screw-nut transmission and a carriage capable of moving along a vertical guide and connected to the linear displacement unit by means of a pin joint, wherein each carriage comprises a support shelf bearing a push rod , wherein the push rods comprise a strut with supports at the ends of the strut and with swivel joint between each support and the strut , whereby the push rod supports are mounted on the carriage support shelf and on the platform eccentrically to gimbal rotation axes. - a vehicle support structure , - a platform mounting attachment in the form of a gimbal , whose flanges enable its mounting, respectively, on the vehicle support structure and on a lower surface of the vehicle platform , and - two platform position adjusters located on said vehicle support structure , each platform position adjuster includes an electric drive with a linear displacement unit based on a screw-nut transmission and a carriage capable of moving along a vertical guide and connected to the linear displacement unit by means of a pin joint, wherein each carriage comprises a support shelf bearing a push rod , wherein the push rods comprise a strut with supports at the ends of the strut and with swivel joint between each support and the strut , whereby the push rod supports are mounted on the carriage support shelf and on the platform eccentrically to gimbal rotation axes.
A system comprised of a first floor processing device guided manually by a user within an environment, a second, exclusively automatically operated floor processing device , and a computing device , wherein the first floor processing device has a detection device for detecting a parameter of the environment and/or a surface to be processed, and wherein the second floor processing device has a navigation device for navigating and self-localizing in the environment, characterized in that the computing device is set up, based on the parameter detected by the detection device of the first floor processing device , to determine whether a specific partial surface area of the surface to be processed is suitable for floor processing by the second floor processing device .
A thin film comprising, in atomic %: at least one of silicon, phosphorous, and boron in an amount that is at least 4% and not greater than 60%, preferably at about 10-50 %, more preferably at least 18% and at most 35%; nitrogen in an amount that is at least 10% and not greater than 70%, preferably at about 15-60%, more preferably at least 26% and at most 49%; oxygen in an amount that is at least 3% and not greater than 60%, preferably at about 5-50%, more preferably at least 7% and at most 40%; and characterised in that it comprises : a modifier element comprising calcium, and having a cationic field strength that is at least 1 and not greater than 13 Å -2 , preferably at least 2 and not greater than 5.5 Å -2 , the at least one modifier element present in an amount that is at least 0.1 % and not greater than 50%, preferably about 5-45%, more preferably at least 7% and at most 40%. at least one of silicon, phosphorous, and boron in an amount that is at least 4% and not greater than 60%, preferably at about 10-50 %, more preferably at least 18% and at most 35%; nitrogen in an amount that is at least 10% and not greater than 70%, preferably at about 15-60%, more preferably at least 26% and at most 49%; oxygen in an amount that is at least 3% and not greater than 60%, preferably at about 5-50%, more preferably at least 7% and at most 40%; and characterised in that it comprises : a modifier element comprising calcium, and having a cationic field strength that is at least 1 and not greater than 13 Å -2 , preferably at least 2 and not greater than 5.5 Å -2 , the at least one modifier element present in an amount that is at least 0.1 % and not greater than 50%, preferably about 5-45%, more preferably at least 7% and at most 40%.
A non-aqueous electrolyte solution for a lithium secondary battery, the non-aqueous electrolyte solution comprising: an electrolyte that is a lithium salt containing fluorine; a non-aqueous solvent; and a lithium borate compound represented by the following Formula (I): wherein, in Formula (I), R represents a single bond or an alkylene group having from 1 to 4 carbon atoms, and the alkylene group may be substituted with a fluorine atom. an electrolyte that is a lithium salt containing fluorine; a non-aqueous solvent; and a lithium borate compound represented by the following Formula (I): wherein, in Formula (I), R represents a single bond or an alkylene group having from 1 to 4 carbon atoms, and the alkylene group may be substituted with a fluorine atom.
Electronic interface housing with printed circuit board(s) of an electrical heating device for heating an airflow passing through it, the electronic interface housing being configured to house electronic components for controlling at least one heating element fitted to the electrical heating device , including the printed circuit board , the electronic interface housing comprising at least one rib in contact with the printed circuit board at a contact zone , characterized in that the printed circuit board comprises at least one water discharge opening in the contact zone .
A combination of an abrasive disc and a pad for supporting the abrasive disc by being fixed with the abrasive disc to a shaft of a grinder , the pad comprising: a supporting surface opposing the abrasive disc , the supporting surface including a portion inclined toward the abrasive disc from an inner wall forming a through hole , when the pad and the abrasive disc are fixed to the shaft , the pad comprising in a radial direction, an outer edge of the supporting surface , which is located inward of an outer edge of the abrasive disc , the supporting surface further including a taper portion inclined away from the abrasive disc as it approaches the outer edge of the supporting surface thereby creating a V-shaped cross-sectional profile along the radial direction of the support pad such that a vertex portion of the V-shaped cross-sectional profile always contacts the abrasive disc , and characterized in that when the grinder is not being operated and the pad and the abrasive disc are fixed to the shaft , the abrasive disc contacts the supporting surface only in the proximity of the vertex portion while the other portions of the abrasive disc are separated from the supporting surface , and the pad is not fixed to the abrasive disc on the taper portion . a supporting surface opposing the abrasive disc , the supporting surface including a portion inclined toward the abrasive disc from an inner wall forming a through hole , when the pad and the abrasive disc are fixed to the shaft , the pad comprising in a radial direction, an outer edge of the supporting surface , which is located inward of an outer edge of the abrasive disc , the supporting surface further including a taper portion inclined away from the abrasive disc as it approaches the outer edge of the supporting surface thereby creating a V-shaped cross-sectional profile along the radial direction of the support pad such that a vertex portion of the V-shaped cross-sectional profile always contacts the abrasive disc , and characterized in that when the grinder is not being operated and the pad and the abrasive disc are fixed to the shaft , the abrasive disc contacts the supporting surface only in the proximity of the vertex portion while the other portions of the abrasive disc are separated from the supporting surface , and the pad is not fixed to the abrasive disc on the taper portion .
Multifunctional coated fibre mesh weave as sheetlike material, consisting of fibre materials interwoven crosswise and having mesh openings in the range from 1×1 mm to 20×20 mm; where the mesh structure is in stable form, where the individual fibre materials of the fibre mesh weave have been provided with a finish, characterized in that the individual fibre materials of the fibre mesh weave are ensheathed with an electrically conductive layer above the finish, where the thickness of the coated fibre mesh weave is 0.2 mm to 3 mm, where the mesh structure has a strength in the range from 500 to 5000 N/5 cm, measured by the strip tensile test according to DIN EN ISO 13934-1, where elongation is in the range from 2% to 25%, measured by the strip tensile test according to DIN EN ISO 13934-1.
A method of performing a location-based service by means of a mobile communication device , the method comprising the steps of: - determining a first area by means of the mobile communication device ; - assigning by means of the mobile communication device a first area code to at least a first part of the first area for identifying the first part of the first area ; - generating a first geomessaging Internet protocol address by integrating by means of the mobile communication device at least a first part of the first area code in a first multicast Internet protocol address; - identifying by means of the mobile communication device at least one first communication item by means of the first geomessaging Internet protocol address; - receiving the first communication item by means of the mobile communication device ; characterized in that the method further comprises the steps of: - determining a first movement profile of the mobile communication device ; - determining the first area based on the first movement profile of the mobile communication device , wherein the first area is related to a potential future position of the mobile communication device . - determining a first area by means of the mobile communication device ; - assigning by means of the mobile communication device a first area code to at least a first part of the first area for identifying the first part of the first area ; - generating a first geomessaging Internet protocol address by integrating by means of the mobile communication device at least a first part of the first area code in a first multicast Internet protocol address; - identifying by means of the mobile communication device at least one first communication item by means of the first geomessaging Internet protocol address; - receiving the first communication item by means of the mobile communication device ; - determining a first movement profile of the mobile communication device ; - determining the first area based on the first movement profile of the mobile communication device , wherein the first area is related to a potential future position of the mobile communication device .
Safety brake device for an elevator having an upright guide rail , the safety brake device having a housing that has braking elements arranged on both sides of the guide rail and movable along the guide rail , a safety restraint on both sides between the housing and braking elements , and a clampable and lockable actuating device for the braking elements , the actuating device being unlocked and unclamped upon a triggering event and bringing the braking elements into braking engagement with the guide rail , characterized in that the actuating device is designed - such that when it is unclamped, it develops a feed force (F) and feed movement directed transversely to the longitudinal axis of the guide rail , which brings the braking elements on both sides into engagement with the guide rail from a laterally distanced initial position, - the braking elements being moved along by frictional contact on the guide rail and entering the safety restraint , - and in that it is moved back into its initial position and is clamped and locked by the braking elements located in the safety restraint . the safety brake device having a housing that has braking elements arranged on both sides of the guide rail and movable along the guide rail , a safety restraint on both sides between the housing and braking elements , and a clampable and lockable actuating device for the braking elements , the actuating device being unlocked and unclamped upon a triggering event and bringing the braking elements into braking engagement with the guide rail , characterized in that the actuating device is designed - such that when it is unclamped, it develops a feed force (F) and feed movement directed transversely to the longitudinal axis of the guide rail , which brings the braking elements on both sides into engagement with the guide rail from a laterally distanced initial position, - the braking elements being moved along by frictional contact on the guide rail and entering the safety restraint , - and in that it is moved back into its initial position and is clamped and locked by the braking elements located in the safety restraint . - such that when it is unclamped, it develops a feed force (F) and feed movement directed transversely to the longitudinal axis of the guide rail , which brings the braking elements on both sides into engagement with the guide rail from a laterally distanced initial position, - the braking elements being moved along by frictional contact on the guide rail and entering the safety restraint , - and in that it is moved back into its initial position and is clamped and locked by the braking elements located in the safety restraint .