mhurhangee/patent-ind-claim-en huggingface dataset:
Solid bowl screw centrifuge having a housing and a rotor rotatably mounted in the housing , which comprises at least the following: a. a rotatable drum having an axis of rotation (D), wherein the drum comprises a cylindrical portion having a length L 1 and a conical portion having a length L 2 , which, when added, give the length L T of the drum , b. at least one liquid discharge arranged in the cylindrical portion of the drum and at least one solids discharge arranged in the conical portion of the drum, c. a screw arranged in the drum and rotatable relative to the rotatable drum at a differential speed, wherein the drum and the screw together form the rotor , d. at least two drum bearings for supporting the drum in the housing , spaced at a distance L L , e. at least one screw bearing for supporting the screw in the drum , f. wherein the distance L L between the drum bearings for supporting the drum relative to one another is less than the length L T of the drum , and g. wherein one of the drum bearings is positioned radially outside on the conical portion of the drum , characterized in that h. the drum bearing positioned radially outwardly on the conical portion of the drum has a smaller inner diameter than the cylindrical portion of the drum . a. a rotatable drum having an axis of rotation (D), wherein the drum comprises a cylindrical portion having a length L 1 and a conical portion having a length L 2 , which, when added, give the length L T of the drum , b. at least one liquid discharge arranged in the cylindrical portion of the drum and at least one solids discharge arranged in the conical portion of the drum, c. a screw arranged in the drum and rotatable relative to the rotatable drum at a differential speed, wherein the drum and the screw together form the rotor , d. at least two drum bearings for supporting the drum in the housing , spaced at a distance L L , e. at least one screw bearing for supporting the screw in the drum , f. wherein the distance L L between the drum bearings for supporting the drum relative to one another is less than the length L T of the drum , and g. wherein one of the drum bearings is positioned radially outside on the conical portion of the drum , characterized in that h. the drum bearing positioned radially outwardly on the conical portion of the drum has a smaller inner diameter than the cylindrical portion of the drum .
Light component, such as a light housing, - having a receiving surface for a strip-shaped LED linear lamp based on a printed circuit board , with a recess in the receiving surface, which is provided for arranging an attachment element , - having an attachment element for the strip-shaped LED linear lamp based on a printed circuit board , which has electronic components, in particular LED light sources, on an upper side and is provided with contact fields on an underside, which serve at least to supply voltage to the electronic components arranged on the printed circuit board , - having a receiving element , which has a contact face for the printed circuit board, said receiving element having pressure contacts for contacting the contact fields of the printed circuit board and having the attachment contact for connecting the connecting lines serving the supply voltage, - having a covering element , which holds the printed circuit board on the receiving element , wherein - the covering element is arranged on the receiving element , - the covering element is arranged moveably between an open position and a closed position, in particular pivotably on the receiving element , - the covering element in the open position enables the printed circuit board to be placed on the contact face of the receiving element - the covering element in the closed position holds the printed circuit board between it and the receiving element , - the contact face of the attachment element and the receiving surface of the light component are arranged on a common plane. - having a receiving surface for a strip-shaped LED linear lamp based on a printed circuit board , with a recess in the receiving surface, which is provided for arranging an attachment element , - having an attachment element for the strip-shaped LED linear lamp based on a printed circuit board , which has electronic components, in particular LED light sources, on an upper side and is provided with contact fields on an underside, which serve at least to supply voltage to the electronic components arranged on the printed circuit board , - having a receiving element , which has a contact face for the printed circuit board, said receiving element having pressure contacts for contacting the contact fields of the printed circuit board and having the attachment contact for connecting the connecting lines serving the supply voltage, - having a covering element , which holds the printed circuit board on the receiving element , - the covering element is arranged on the receiving element , - the covering element is arranged moveably between an open position and a closed position, in particular pivotably on the receiving element , - the covering element in the open position enables the printed circuit board to be placed on the contact face of the receiving element - the covering element in the closed position holds the printed circuit board between it and the receiving element , - the contact face of the attachment element and the receiving surface of the light component are arranged on a common plane.
A substrate processing apparatus , comprising: a substrate holder provided with a substrate mounting table on which a substrate is mounted; a substrate transferrer configured to load or unload the substrate onto or from the substrate mounting table; a process container configured to accommodate the substrate holder holding the substrate; a film-forming gas supply system (232a/232b/241a/241b/243a/243b) configured to supply a film-forming gas to the substrate in the process container; and a controller configured to be capable of controlling the substrate transferrer and the film-forming gas supply system to interrupt execution of a film forming process for supplying the film-forming gas to the substrate and perform a process for separating the substrate mounted on the substrate mounting table at least once until a film having a desired thickness is formed on the substrate after the film forming process is started. a substrate holder provided with a substrate mounting table on which a substrate is mounted; a substrate transferrer configured to load or unload the substrate onto or from the substrate mounting table; a process container configured to accommodate the substrate holder holding the substrate; a film-forming gas supply system (232a/232b/241a/241b/243a/243b) configured to supply a film-forming gas to the substrate in the process container; and a controller configured to be capable of controlling the substrate transferrer and the film-forming gas supply system to interrupt execution of a film forming process for supplying the film-forming gas to the substrate and perform a process for separating the substrate mounted on the substrate mounting table at least once until a film having a desired thickness is formed on the substrate after the film forming process is started.
A display apparatus comprising: a display module (DIS) including a display area (AA) and a non-display area (IA) surrounding the display area (AA), the display module (DIS) is configured to display images at a front side of the display module (DIS), an adhesive fixing element (AD) disposed at a circumference area on a rear surface of the non-display area (IA) of the display module (DIS); a guide panel (GP) attached to the adhesive fixing element (AD), wherein the adhesive fixing element (AD) is configured to fasten the guide panel (GP) to the rear surface of the display module (DIS); a back cover (BC) attached to a rear surface of the guide panel (GP); at least one sound generating unit (EX) disposed at the back cover (BC); and a vibration absorber (DM, EA) which is included in the guide panel (GP) or, alternatively, is a separate component, the vibration absorber (DM, EA) being disposed at an inner area from said circumference area on the rear surface of the non-display area (IA) and the vibration absorber (DM, EA) being configured such that vibration, which is generated from the at least one sound generating unit (EX) and is transmitted from the display module (DIS), is absorbed. a display module (DIS) including a display area (AA) and a non-display area (IA) surrounding the display area (AA), the display module (DIS) is configured to display images at a front side of the display module (DIS), an adhesive fixing element (AD) disposed at a circumference area on a rear surface of the non-display area (IA) of the display module (DIS); a guide panel (GP) attached to the adhesive fixing element (AD), wherein the adhesive fixing element (AD) is configured to fasten the guide panel (GP) to the rear surface of the display module (DIS); a back cover (BC) attached to a rear surface of the guide panel (GP); at least one sound generating unit (EX) disposed at the back cover (BC); and a vibration absorber (DM, EA) which is included in the guide panel (GP) or, alternatively, is a separate component, the vibration absorber (DM, EA) being disposed at an inner area from said circumference area on the rear surface of the non-display area (IA) and the vibration absorber (DM, EA) being configured such that vibration, which is generated from the at least one sound generating unit (EX) and is transmitted from the display module (DIS), is absorbed.
A method for determining a further test route for a vehicle for achieving a load target value (Z) during a test drive on the basis of loads (B) introduced into the vehicle , wherein at least the following steps are carried out by means of a calculation unit : linking a position of the vehicle on a road section as ascertained by a position determination device , road information about this road section from a memory device , and loads (B) introduced into the vehicle and detected by means of a sensor device in order to determine a load characteristic value (K) for said road section , retrieving a test status (E i ) of the vehicle from the memory device , calculating an updated test status (E i+1 ) of the vehicle from the retrieved test status (E i ) and the load characteristic value (K), and storing the updated test status (E i+1 ) in the memory device , determining turning possibilities at the end of the road section and a useful value (N) of each of the turning possibilities for achieving the load target value (Z) on the basis of the road information and expected loads (K E ) stored in the memory device for the vehicle , selecting the turning possibility with the highest useful value (N) for achieving the load target value (Z). linking a position of the vehicle on a road section as ascertained by a position determination device , road information about this road section from a memory device , and loads (B) introduced into the vehicle and detected by means of a sensor device in order to determine a load characteristic value (K) for said road section , retrieving a test status (E i ) of the vehicle from the memory device , calculating an updated test status (E i+1 ) of the vehicle from the retrieved test status (E i ) and the load characteristic value (K), and storing the updated test status (E i+1 ) in the memory device , determining turning possibilities at the end of the road section and a useful value (N) of each of the turning possibilities for achieving the load target value (Z) on the basis of the road information and expected loads (K E ) stored in the memory device for the vehicle , selecting the turning possibility with the highest useful value (N) for achieving the load target value (Z).
A child seat comprising: a seat shell having a rear; two fasteners operable to attach with an anchor structure of a vehicle; an anchor strap assembled in the seat shell and connected with the two fasteners , and a lock through which is passed the anchor strap , characterized in that : the anchor strap is made of a single continuous web material that includes two end portions , and an intermediate portion between the two end portions , the two end portions respectively looping around two slots provided in the two fasteners at the rear of the seat shell , and the intermediate portion is folded over to define two overlapping segments (S, S1, S2) of the web material that pass through the lock ; and the lock is operable to releasibly clamp the two segments against each other between an actuator arm and a base plate , the intermediate portion extending outward from the lock to define a looped tab that is accessible from an outside of the seatshell . a seat shell having a rear; two fasteners operable to attach with an anchor structure of a vehicle; an anchor strap assembled in the seat shell and connected with the two fasteners , and a lock through which is passed the anchor strap , characterized in that : the anchor strap is made of a single continuous web material that includes two end portions , and an intermediate portion between the two end portions , the two end portions respectively looping around two slots provided in the two fasteners at the rear of the seat shell , and the intermediate portion is folded over to define two overlapping segments (S, S1, S2) of the web material that pass through the lock ; and the lock is operable to releasibly clamp the two segments against each other between an actuator arm and a base plate , the intermediate portion extending outward from the lock to define a looped tab that is accessible from an outside of the seatshell . the anchor strap is made of a single continuous web material that includes two end portions , and an intermediate portion between the two end portions , the two end portions respectively looping around two slots provided in the two fasteners at the rear of the seat shell , and the intermediate portion is folded over to define two overlapping segments (S, S1, S2) of the web material that pass through the lock ; and the lock is operable to releasibly clamp the two segments against each other between an actuator arm and a base plate , the intermediate portion extending outward from the lock to define a looped tab that is accessible from an outside of the seatshell .
A collection container to collect a solid residual brewing material for a beverage preparation machine with a brewing device ; the collection container having a receiving zone to receive the solid residual brewing material discharged by the brewing device at the end of a beverage brewing cycle in the form of compact cakes of exhausted powder material; the collection container comprises a storage zone to store the solid residual brewing material , and conveying means configured to convey, without liquid addition, at least part of the solid residual brewing material away from the receiving zone to the storage zone ; the collection container is characterised in that the conveying means extend in a horizontal direction within the receiving zone and are configured to prevent the solid residual brewing material from piling up at the receiving zone .
An inflow cannula for an implantable blood pump assembly , said inflow cannula comprising: a tubular body extending from a proximal end to a distal end , the tubular body comprising a proximal portion adapted for connection to a pump housing , and a distal portion adapted for positioning within an opening formed in a heart (H); and an expandable sleeve comprising a tubular mesh having an outer layer and an inner layer joined to the outer layer at a distal tip of said expandable sleeve , the sleeve coupled to an exterior surface of the distal portion and having a first portion coupled to the distal portion of the tubular body and a second portion extending from the distal end of the tubular body , wherein the second portion is deployable from a first, stored configuration to a second, deployed configuration in which the second portion expands radially to engage and conform to an endocardial surface of the heart. a tubular body extending from a proximal end to a distal end , the tubular body comprising a proximal portion adapted for connection to a pump housing , and a distal portion adapted for positioning within an opening formed in a heart (H); and an expandable sleeve comprising a tubular mesh having an outer layer and an inner layer joined to the outer layer at a distal tip of said expandable sleeve , the sleeve coupled to an exterior surface of the distal portion and having a first portion coupled to the distal portion of the tubular body and a second portion extending from the distal end of the tubular body , wherein the second portion is deployable from a first, stored configuration to a second, deployed configuration in which the second portion expands radially to engage and conform to an endocardial surface of the heart.
A vehicle drum brake comprising: a pair of brake shoes arranged to be expanded on a backing plate ; a first parking lever disposed to rotate around a predetermined mounting shaft positioned at one end portion of one of the brake shoes in a state where the first parking lever overlaps with the one of the paired brake shoes on the backing plate side with respect to the one of the paired brake shoes; a second parking lever made up of a member different from the first parking lever, disposed to rotate around the mounting shaft in a state where the second parking lever overlaps with the one of the paired brake shoes and the first parking lever on the side opposite to the backing plate side with respect to the one of the paired brake shoes, and coupled to and rotated together with the first parking lever; and a strut including a first strut member engaged with the first parking lever and the second parking lever, characterised in that the first parking lever and the second parking lever are coupled to each other by a coupling pin so as to be engaged with the first strut member at the same time. a pair of brake shoes arranged to be expanded on a backing plate ; a first parking lever disposed to rotate around a predetermined mounting shaft positioned at one end portion of one of the brake shoes in a state where the first parking lever overlaps with the one of the paired brake shoes on the backing plate side with respect to the one of the paired brake shoes; a second parking lever made up of a member different from the first parking lever, disposed to rotate around the mounting shaft in a state where the second parking lever overlaps with the one of the paired brake shoes and the first parking lever on the side opposite to the backing plate side with respect to the one of the paired brake shoes, and coupled to and rotated together with the first parking lever; and a strut including a first strut member engaged with the first parking lever and the second parking lever, characterised in that the first parking lever and the second parking lever are coupled to each other by a coupling pin so as to be engaged with the first strut member at the same time.
A shipwreck salvaging floating service base with a service base hull comprising: a moon pool ; a portal crane movable above and along the moon pool ; a winch assembly with at least four sway compensating and hoisting individual winches, each with a winch cable , aligned and extending down from a top portion of said portal crane ; and an active extendable termination head secured to each of the winch cables , wherein each active extendable termination head is adapted to be connected to attachment elements secured to a shipwreck . a moon pool ; a portal crane movable above and along the moon pool ; a winch assembly with at least four sway compensating and hoisting individual winches, each with a winch cable , aligned and extending down from a top portion of said portal crane ; and an active extendable termination head secured to each of the winch cables , wherein each active extendable termination head is adapted to be connected to attachment elements secured to a shipwreck .
A method for processing a video signal, comprising: (S313-1) obtaining a first inter-view motion vector for a current prediction block of a current coding block in a non-reference view, the current coding block including the current prediction block and spatial neighboring prediction blocks (501 - 505) of the current prediction block 500), said spatial neighboring prediction blocks being previous blocks coded prior to the current prediction block ; obtaining a location of a reference view block in a reference view based on the first inter-view motion vector and a location of the current prediction block ; (S313-4) obtaining a depth value of a reference depth block in the reference view based on the location of the reference view block ; (S313-5) obtaining a second inter-view motion vector of the current prediction block based on the depth value of the reference depth block ; and decoding the current prediction block based on the second inter-view motion vector, the method characterized in that , when no inter-view motion vector of the spatial neighboring prediction blocks (501 - 505) is available, the first inter-view motion vector is obtained based on an inter-view motion vector of a spatial neighboring coding block of the current coding block , wherein said spatial neighboring coding block is not directly neighboring the current prediction block . (S313-1) obtaining a first inter-view motion vector for a current prediction block of a current coding block in a non-reference view, the current coding block including the current prediction block and spatial neighboring prediction blocks (501 - 505) of the current prediction block 500), said spatial neighboring prediction blocks being previous blocks coded prior to the current prediction block ; obtaining a location of a reference view block in a reference view based on the first inter-view motion vector and a location of the current prediction block ; (S313-4) obtaining a depth value of a reference depth block in the reference view based on the location of the reference view block ; (S313-5) obtaining a second inter-view motion vector of the current prediction block based on the depth value of the reference depth block ; and decoding the current prediction block based on the second inter-view motion vector, the method characterized in that , when no inter-view motion vector of the spatial neighboring prediction blocks (501 - 505) is available, the first inter-view motion vector is obtained based on an inter-view motion vector of a spatial neighboring coding block of the current coding block , wherein said spatial neighboring coding block is not directly neighboring the current prediction block .
A shower cubicle rod comprising integrated lighting means, wherein the shower cubicle rod can be mounted as a curtain holder and/or as a handrail, and wherein the shower cubicle rod comprises a single-piece, transparent tubular housing, wherein a strip extending substantially over the entire length of the housing is arranged, together with LED lighting means distributed uniformly thereon, in the housing.
A cleaning composition for gently removing inks and marker from metallic surfaces, in the form of a concentrate or a cleaning bath solution, wherein it comprises at least one non-water-miscible solvent in an amount of 4 to 200 g/L, at least one anionic and/or nonionic surfactant in an amount of 8 - 300 g/L, at least one complexing agent in an amount of 1 - 100 g/L, at least one buffer substance in an amount of 1 - 100 g/L and at least one water-miscible solvent in an amount of 4 - 200 g/L in water, the cleaning composition comprising at least one non-water-miscible solvent from the class of the esters and/or comprising lactic esters of C 2 -C 8 alcohols, and the cleaning composition having a borate content of < 100 ppm.