mhurhangee/patent-ind-claim-en huggingface dataset:
Lateral case for motorcycles comprising a coupling/release device configured to allow the coupling and the release of said case to/from the vehicle frame , said coupling/release device comprising at least one pair of hooks which protrude from the surface of the case intended to face said frame with loops (23a, 24a; facing downwards and configured to engage special coupling seats formed on said vehicle frame , said device further comprising a pair of sliders movable along a substantially horizontal direction and each configured to be able to selectively positioning in correspondence with one of said hooks , below it, so as to match special grooves formed on said frame below said coupling seats , further characterized in that each of said sliders is connected to a respective sliding rod-shaped element comprising at least one rack portion , a first of said sliding rod-shaped elements being in turn kinematically connected to a locking/unlocking lever which can be activated by the user, the actuation of said lever causing the translation of said first rod-shaped element and of the relative slider , the two rack portions resulting facing each other and an idle toothed wheel being interposed between them so that the translation of said first rod-shaped element caused by the actuation of said lever causes an equal translation in the opposite direction of the second of said rod-shaped elements and of the relative slider .
A coupling for pressure lines, having a housing which has a continuous conveying duct for a pressurised medium and can be connected by one end to a pressure source and attached by the opposite end to a connection nipple , and having retaining jaws which are arranged around the mouth of the conveying duct opening into the connection nipple and which can be fixed by a locking mechanism in a position in which they engage around the connection nipple , wherein the retaining jaws are each supported on a pivot bearing and have, at the end remote from the connection nipple , beyond pivot bearing , an actuating arm which can be actuated, in order to close the retaining jaws , by means of a piston subjected to the pressure of the medium, characterized in that the pivot bearing is formed at an outer periphery of an inner sleeve on which the annular piston is slidable, an outer sleeve encloses the retaining jaws and, together with the inner sleeve , forms an annular space via which the pressure of the medium acts upon the piston , the outer sleeve has an inwardly projecting collar with which it is slidingly guided on the inner sleeve , and the piston is supported at an end face of the collar whereas an opposite end face of the collar delimits the annular space , and the inner sleeve is connected to an end piece on which a sliding sleeve is guided for sliding axial movement within a limited range, said sliding sleeve is straddling also the outer periphery of the outer sleeve and has a step by which the outer sleeve can be drawn back in the direction facing away from the piston . the pivot bearing is formed at an outer periphery of an inner sleeve on which the annular piston is slidable, an outer sleeve encloses the retaining jaws and, together with the inner sleeve , forms an annular space via which the pressure of the medium acts upon the piston , the outer sleeve has an inwardly projecting collar with which it is slidingly guided on the inner sleeve , and the piston is supported at an end face of the collar whereas an opposite end face of the collar delimits the annular space , and the inner sleeve is connected to an end piece on which a sliding sleeve is guided for sliding axial movement within a limited range, said sliding sleeve is straddling also the outer periphery of the outer sleeve and has a step by which the outer sleeve can be drawn back in the direction facing away from the piston .
A system for use in dialysis; comprising: a degassing vessel ; a fluid inlet in the degassing vessel fluidly connected to a dialysate flow path; a liquid outlet in the degassing vessel fluidly connected to the dialysate flow path; a gas outlet fluidly connected to a vacuum pump ; and a degas sprayer fluidly connected to the fluid inlet wherein the degas sprayer is configured to direct liquid downwardly into the degassing vessel , wherein the degassing vessel comprises a spray chamber comprising a portion into which fluid can be sprayed, and a float chamber comprising a fluid level sensor; the spray chamber fluidly connected to the float chamber ; wherein the degas sprayer is positioned above the spray chamber , wherein the liquid outlet is positioned in a bottom portion of the spray chamber , wherein a fluid line fluidly connects the liquid outlet to another fluid line fluidly connected to the fluid inlet , the first of the fluid lines comprising a fluid pump ; and further comprising a controller controlling the vacuum pump and the fluid pump . a degassing vessel ; a fluid inlet in the degassing vessel fluidly connected to a dialysate flow path; a liquid outlet in the degassing vessel fluidly connected to the dialysate flow path; a gas outlet fluidly connected to a vacuum pump ; and a degas sprayer fluidly connected to the fluid inlet wherein the degas sprayer is configured to direct liquid downwardly into the degassing vessel , wherein the degassing vessel comprises a spray chamber comprising a portion into which fluid can be sprayed, and a float chamber comprising a fluid level sensor; the spray chamber fluidly connected to the float chamber ; wherein the degas sprayer is positioned above the spray chamber , wherein the liquid outlet is positioned in a bottom portion of the spray chamber , wherein a fluid line fluidly connects the liquid outlet to another fluid line fluidly connected to the fluid inlet , the first of the fluid lines comprising a fluid pump ; and further comprising a controller controlling the vacuum pump and the fluid pump .
An anti-water seepage system , comprising a door or window (S) with no raised threshold and having a leaf (L) with a substantially horizontal bottom edge (E 1 ) and a pair of substantially vertical side edges (E 2 ), as well as a frame (T) with a pair of substantially vertical uprights (M), a draught-excluder device mounted along the bottom edge (E 1 ) of the leaf (L) and having a box-shaped body with a top surface defining a longitudinal axis (X), a first seal associated with said box-shaped body , said first seal being movable from a lifted idle position to a lowered operating position in contact with the ground (F), and a pair of substantially vertical second seals mounted to the uprights (M) of the frame (T), wherein said box-shaped body and said first seal in the lowered position have respective abutment surfaces for said second seals when the leaf (L) is in the closed position and its side edges (E 2 ) face the uprights (M), wherein a pair of substantially vertical extension elements are mounted to the side edges (E 2 ) of the leaf (L), each of said substantially vertical extension elements being placed on top of said box-shaped body and has a bottom end that may rest, be welded or glued to said top surface of said box-shaped body at its longitudinal ends , said extension elements said box-shaped body and said first seal form an assembly therewith, whose predetermined total height (h 1 + h 2 + h 3 ) is greater than the height (h 1 + h 2 ) of said draught-excluder device and substantially equal to the height (h) of said second seals to form a raised threshold therewith and prevent water seepage.
A centrifugal blood pump, comprising: a housing that defines an inlet passage , a chamber, and an outlet passage ; an impeller rotatably positioned in the chamber to transfer blood from the inlet passage through the chamber and to the outlet passage; a plurality of impeller magnets embedded in the impeller such that the impeller and the plurality of impeller magnets rotate together within the chamber, wherein the plurality of impeller magnets comprises an inner impeller magnet and an outer impeller magnet ; a motor to control movement of the impeller in the chamber, the motor being positioned adjacent the chamber and separated from the chamber by a partition member; and at least one annular magnetic member embedded in a wall of the housing opposite the partition member, wherein the at least one annular magnetic member comprises an inner annular magnetic member , and an outer annular magnetic member , wherein a first net magnetic force between the at least one annular magnetic member and a proximal portion of the plurality of impeller magnets exhibits greater attraction than a second net magnetic force between the at least one annular magnetic member and a distal portion of the plurality of impeller magnets, the proximal portion and the distal portion being relative to a central axis of the impeller; wherein at least a portion of the outer annular magnetic member extends radially beyond at least a portion of the outer impeller magnet, and a net repulsive force is exhibited between the outer annular magnetic member and the outer impeller magnet. a housing that defines an inlet passage , a chamber, and an outlet passage ; an impeller rotatably positioned in the chamber to transfer blood from the inlet passage through the chamber and to the outlet passage; a plurality of impeller magnets embedded in the impeller such that the impeller and the plurality of impeller magnets rotate together within the chamber, wherein the plurality of impeller magnets comprises an inner impeller magnet and an outer impeller magnet ; a motor to control movement of the impeller in the chamber, the motor being positioned adjacent the chamber and separated from the chamber by a partition member; and at least one annular magnetic member embedded in a wall of the housing opposite the partition member, wherein the at least one annular magnetic member comprises an inner annular magnetic member , and an outer annular magnetic member , wherein a first net magnetic force between the at least one annular magnetic member and a proximal portion of the plurality of impeller magnets exhibits greater attraction than a second net magnetic force between the at least one annular magnetic member and a distal portion of the plurality of impeller magnets, the proximal portion and the distal portion being relative to a central axis of the impeller; wherein at least a portion of the outer annular magnetic member extends radially beyond at least a portion of the outer impeller magnet, and a net repulsive force is exhibited between the outer annular magnetic member and the outer impeller magnet.
A method for constructing a concrete wall extending from a first to a second existing wall using a first formwork (5 1 ) for the front side (1 V ) of the concrete wall and a second formwork (5 2 ) for the rear side (1 R ) of the concrete wall , comprising the following steps in any order unless otherwise specified: mounting a first and a second angle profile (4 1 , 4 2 ) on the first existing wall , wherein the first angle profile (4 1 ) has a length (PL 1 ) corresponding to a height (HS) of the first formwork (5 1 ), and the second angle profile (4 2 ) has a length (PL 2 ) corresponding to a height (HS) of the second formwork (5 2 ) ; mounting a third and a fourth angle profile (4 3 , 4 4 ) on the second existing wall , wherein the third angle profile (4 3 ) has a length (PL 3 ) corresponding to the height (HS) of the first formwork (5 1 ), and the fourth angle profile (4 4 ) has a length (PL 4 ) corresponding to the height (HS) of the second formwork (5 2 ); after mounting the first and the third angle profile (4 1 , 4 3 ), attaching the first formwork (5 1 ) to the first and the third angle profile (4 1 , 4 3 ); after mounting the second and the fourth angle profile (4 2 , 4 4 ), attaching the second formwork (5 2 ) to the second and the fourth angle profile (4 2 , 4 4 ); after attaching the formworks (5 j ), filling the space formed by the formworks (5 j ), the angle profiles (4 i ), and the existing walls with liquid concrete and letting it cure to form the concrete wall . mounting a first and a second angle profile (4 1 , 4 2 ) on the first existing wall , wherein the first angle profile (4 1 ) has a length (PL 1 ) corresponding to a height (HS) of the first formwork (5 1 ), and the second angle profile (4 2 ) has a length (PL 2 ) corresponding to a height (HS) of the second formwork (5 2 ) ; mounting a third and a fourth angle profile (4 3 , 4 4 ) on the second existing wall , wherein the third angle profile (4 3 ) has a length (PL 3 ) corresponding to the height (HS) of the first formwork (5 1 ), and the fourth angle profile (4 4 ) has a length (PL 4 ) corresponding to the height (HS) of the second formwork (5 2 ); after mounting the first and the third angle profile (4 1 , 4 3 ), attaching the first formwork (5 1 ) to the first and the third angle profile (4 1 , 4 3 ); after mounting the second and the fourth angle profile (4 2 , 4 4 ), attaching the second formwork (5 2 ) to the second and the fourth angle profile (4 2 , 4 4 ); after attaching the formworks (5 j ), filling the space formed by the formworks (5 j ), the angle profiles (4 i ), and the existing walls with liquid concrete and letting it cure to form the concrete wall .
One-piece plinth profile for the lower termination of insulating panels on a wall of a building, having a substantially L-shaped base profile part and an outer profile part connected thereto, wherein the base profile part has a wall limb which can be fastened to the wall and has a supporting limb aligned perpendicularly thereto, which, in the intended installation position, rests against the lower end face of the insulating panels , wherein the outer profile part has a plastering limb aligned parallel to the wall limb with a connecting limb aligned perpendicular thereto, characterised in that the plastering limb is fixed to the connecting limb so that it can be folded away and has a gap or a clearance with respect to the connecting limb , which gap or clearance is bridged in an articulated manner by a reinforcing fabric .
A method of wireless communication performed by a user equipment, UE , the method comprising: receiving , from a transmission point , a first positioning reference signal, PRS, muting pattern for a first subgroup of PRS resources of a first PRS resource set that comprises a plurality of subgroups of PRS resources including the first subgroup of PRS resources, wherein the first PRS muting pattern comprises a plurality of N bits representing a plurality of N PRS occasions of the first subgroup of PRS resources, wherein each bit of the plurality of N bits represents a corresponding PRS occasion of the plurality of N PRS occasions of each PRS resource of the first subgroup of PRS resources, and wherein the plurality of N PRS occasions comprises a plurality of active PRS occasions of the first subgroup of PRS resources; deriving a PRS muting pattern for each subgroup of PRS resources of the plurality of subgroups of PRS resources other than the first subgroup of PRS resources based on the first PRS muting pattern; and measuring , during at least one of the plurality of active PRS occasions of the first subgroup of PRS resources, PRS received from the transmission point . receiving , from a transmission point , a first positioning reference signal, PRS, muting pattern for a first subgroup of PRS resources of a first PRS resource set that comprises a plurality of subgroups of PRS resources including the first subgroup of PRS resources, wherein the first PRS muting pattern comprises a plurality of N bits representing a plurality of N PRS occasions of the first subgroup of PRS resources, wherein each bit of the plurality of N bits represents a corresponding PRS occasion of the plurality of N PRS occasions of each PRS resource of the first subgroup of PRS resources, and wherein the plurality of N PRS occasions comprises a plurality of active PRS occasions of the first subgroup of PRS resources; deriving a PRS muting pattern for each subgroup of PRS resources of the plurality of subgroups of PRS resources other than the first subgroup of PRS resources based on the first PRS muting pattern; and measuring , during at least one of the plurality of active PRS occasions of the first subgroup of PRS resources, PRS received from the transmission point .
A cloth comprising a spun yarn which comprises a meta-type wholly aromatic polyamide fiber, a modacrylic fiber, and an electrically conductive fiber; characterized in that the electrically conductive fiber is an acrylic fiber.
A method of clock recovery between a master clock node and a client clock node operatively connected thereto via a packet-compatible network implementing a time-transfer protocol, the method comprising: a. by the master clock node or by the client clock node , generating a first flow of time-stamped packets bearing indication of high priority of delivery and, in parallel, generating a second flow of time-stamped packets bearing indication of lower priority of delivery; characterized by b. by the client clock node , processing the packets from the first flow separately from the packets from the second flow to define, separately for each flow, a function informative of changes of packets' delays in the respective flow over time; c. by the client clock node , using the defined functions informative of changes of packets' delays in the first and the second flows over the same time intervals to assess a cause of the packets' delays changes; and d. by the client clock node , applying a clock recovery algorithm in a manner differentiated in accordance with the assessed cause. a. by the master clock node or by the client clock node , generating a first flow of time-stamped packets bearing indication of high priority of delivery and, in parallel, generating a second flow of time-stamped packets bearing indication of lower priority of delivery; characterized by b. by the client clock node , processing the packets from the first flow separately from the packets from the second flow to define, separately for each flow, a function informative of changes of packets' delays in the respective flow over time; c. by the client clock node , using the defined functions informative of changes of packets' delays in the first and the second flows over the same time intervals to assess a cause of the packets' delays changes; and d. by the client clock node , applying a clock recovery algorithm in a manner differentiated in accordance with the assessed cause.
A method for trimming a plate having a first face and a second face opposite to the first face, said method comprising the following steps: - Fixing the plate on a support by means of a layer , called the interface layer, located between the plate and the support , at the first face, - Cropping a periphery area of the plate by grinding from the second face and in the direction of the interface layer , - Stopping the cropping after removing the periphery area after a total grinding time t tot , said method being characterised in that an interface layer is used , said interface layer comprising a layer , called a transition layer, located at least perpendicular to the periphery area of the plate and having a resistance to grinding greater than that of the plate , and in that stopping the cropping is operated in said transition layer , after detecting a variation in grinding resistance. - Fixing the plate on a support by means of a layer , called the interface layer, located between the plate and the support , at the first face, - Cropping a periphery area of the plate by grinding from the second face and in the direction of the interface layer , - Stopping the cropping after removing the periphery area after a total grinding time t tot ,
A method of wireless communication performed by a user equipment, UE, comprising: detecting a collision between a physical uplink control channel, PUCCH, and a plurality of physical uplink shared channels, PUSCHs, with a corresponding plurality of media access control, MAC, priorities, wherein the PUCCH is associated with uplink control information, UCI; selectively applying a MAC prioritization rule for processing the plurality of PUSCHs based at least in part on the corresponding plurality of MAC priorities and based at least in part on an effect of the plurality of MAC priorities on a UCI multiplexing configuration for UCI multiplexing, comprising multiplexing the UCI to a particular PUSCH, of the plurality of PUSCHs, based at least in part on the UCI multiplexing configuration; adding one or more padding bits to the particular PUSCH in order to maintain a PHY layer structure of the particular PUSCH; and selectively transmitting at least one of the plurality of PUSCHs with the UCI based at least in part on a result of selectively applying the MAC prioritization rule. detecting a collision between a physical uplink control channel, PUCCH, and a plurality of physical uplink shared channels, PUSCHs, with a corresponding plurality of media access control, MAC, priorities, wherein the PUCCH is associated with uplink control information, UCI; selectively applying a MAC prioritization rule for processing the plurality of PUSCHs based at least in part on the corresponding plurality of MAC priorities and based at least in part on an effect of the plurality of MAC priorities on a UCI multiplexing configuration for UCI multiplexing, comprising multiplexing the UCI to a particular PUSCH, of the plurality of PUSCHs, based at least in part on the UCI multiplexing configuration; adding one or more padding bits to the particular PUSCH in order to maintain a PHY layer structure of the particular PUSCH; and selectively transmitting at least one of the plurality of PUSCHs with the UCI based at least in part on a result of selectively applying the MAC prioritization rule.
Photovoltaic device comprising: - an assembly comprising n photovoltaic cells , n being higher than or equal to 2, - a lamination interlayer placed between each photovoltaic cell, each photovoltaic cell comprising: o two current output terminals , o at least one photovoltaic junction , o current-collecting buses , and o connecting strips that extend from the current-collecting buses to the current output terminals, the device being parallelepiped shaped and all the current output terminals being placed on the lower face of the parallelepiped of the photovoltaic device, wherein the current output terminals are contacts at the ends of the connecting strips and configured to be connected to a junction box via plugs of different lengths of the junction box, and wherein the device comprises: - a front photovoltaic cell, - at least one intermediate photovoltaic cell i, with 1<i<n, if n is strictly greater than 2, - a back photovoltaic cell n, each intermediate photovoltaic cell i comprising 2(i-1) apertures in order to allow the contacts of the photovoltaic cells 1 to (i-1) to be able to coincide with the plugs of the junction box and optionally two apertures in order to allow the contacts of the photovoltaic cell i to be able to coincide with the plugs of the junction box, the back photovoltaic cell n comprising 2(n-1) apertures (371-376) in order to allow the contacts of the photovoltaic cells 1 to (n-1) to be able to coincide with the plugs of the junction box and optionally two additional apertures in order to allow the contacts of the photovoltaic cell n to be able to coincide with the plugs of the junction box. - an assembly comprising n photovoltaic cells , n being higher than or equal to 2, - a lamination interlayer placed between each photovoltaic cell, each photovoltaic cell comprising: o two current output terminals , o at least one photovoltaic junction , o current-collecting buses , and o connecting strips that extend from the current-collecting buses to the current output terminals, o two current output terminals , o at least one photovoltaic junction , o current-collecting buses , and o connecting strips that extend from the current-collecting buses to the current output terminals, - a front photovoltaic cell, - at least one intermediate photovoltaic cell i, with 1<i<n, if n is strictly greater than 2, - a back photovoltaic cell n,