mhurhangee/patent-ind-claim-en huggingface dataset:
A part for a drain system, comprising: a first end pipe ; and a second end pipe in fluid connection with the first end pipe , the second end pipe having a wall with a centre axis, a uniform thickness and an inner surface; and a spacing means comprising a plurality of longitudinal ribs provided on the inner surface of the wall of the second end pipe , wherein the longitudinal ribs are eccentrically provided in relation to the centre axis of the wall , whereby a connection pipe , when inserted in the second end pipe , is eccentric in relation to the second end pipe . a first end pipe ; and a second end pipe in fluid connection with the first end pipe , the second end pipe having a wall with a centre axis, a uniform thickness and an inner surface; and a spacing means comprising a plurality of longitudinal ribs provided on the inner surface of the wall of the second end pipe , wherein the longitudinal ribs are eccentrically provided in relation to the centre axis of the wall , whereby a connection pipe , when inserted in the second end pipe , is eccentric in relation to the second end pipe .
A ring seal assembly , comprising: a first seal seat ; a second seal seat axially abutting the first seal seat ; two seal rings disposed axially between the first seal seat and the second seal seat ; and a pilot disposed at the first seal seat to radially locate the two seal rings during assembly of the ring seal assembly; wherein: the first seal seat includes the pilot extending from the first seal seat , the two seal rings being disposed radially outboard of the pilot ; and the second seal seat having a second seat base suitable to be located at and rotatable with a rotating component of a gas turbine engine ; wherein the pilot overlaps with the second seal seat such that the pilot is radially located and supported by a radially outboard surface of the second seat base ; characterized in that the pilot includes a guide ramp so that the second seal ring is guided via the pilot, by engaging the guide ramp, into a correct installed radial position during assembly of the seal assembly, wherein the pilot is radially tapered with increasing axial length of the pilot . a first seal seat ; a second seal seat axially abutting the first seal seat ; two seal rings disposed axially between the first seal seat and the second seal seat ; and a pilot disposed at the first seal seat to radially locate the two seal rings during assembly of the ring seal assembly; wherein: the first seal seat includes the pilot extending from the first seal seat , the two seal rings being disposed radially outboard of the pilot ; and the second seal seat having a second seat base suitable to be located at and rotatable with a rotating component of a gas turbine engine ; wherein the pilot overlaps with the second seal seat such that the pilot is radially located and supported by a radially outboard surface of the second seat base ; characterized in that the pilot includes a guide ramp so that the second seal ring is guided via the pilot, by engaging the guide ramp, into a correct installed radial position during assembly of the seal assembly, wherein the pilot is radially tapered with increasing axial length of the pilot . the first seal seat includes the pilot extending from the first seal seat , the two seal rings being disposed radially outboard of the pilot ; and the second seal seat having a second seat base suitable to be located at and rotatable with a rotating component of a gas turbine engine ; wherein the pilot overlaps with the second seal seat such that the pilot is radially located and supported by a radially outboard surface of the second seat base ; characterized in that the pilot includes a guide ramp so that the second seal ring is guided via the pilot, by engaging the guide ramp, into a correct installed radial position during assembly of the seal assembly, wherein the pilot is radially tapered with increasing axial length of the pilot .
A fiber optic distribution device for handling optical fibers, especially wall box, the fiber optic distribution device comprises: a housing with a back wall , a front wall and side walls defining together an interior of the housing ; fiber optic management units like patch units and/or splice units and/or overlength units for handling optical fibers and/or junctions between optical fibers, wherein the fiber optic management units are positioned in the interior of the housing , and wherein the fiber optic management units are mounted to the back wall of the housing ; the back wall comprises at least one set of parallel grooves , whereby each fiber optic management unit is mounted to the back wall by fastening elements acting together with at least one of grooves ; characterized in that the back wall comprises a first set of parallel grooves running in a first direction and a second set of parallel grooves running in a second direction, wherein the first set of parallel grooves is intersecting the second set of parallel grooves . a housing with a back wall , a front wall and side walls defining together an interior of the housing ; fiber optic management units like patch units and/or splice units and/or overlength units for handling optical fibers and/or junctions between optical fibers, wherein the fiber optic management units are positioned in the interior of the housing , and wherein the fiber optic management units are mounted to the back wall of the housing ; the back wall comprises at least one set of parallel grooves , whereby each fiber optic management unit is mounted to the back wall by fastening elements acting together with at least one of grooves ; characterized in that the back wall comprises a first set of parallel grooves running in a first direction and a second set of parallel grooves running in a second direction, wherein the first set of parallel grooves is intersecting the second set of parallel grooves .
An external rearview device (10, 10', 10") for a motor vehicle comprising: • a base assembly (61, 50, 50', 50") provided for arrangement on the motor vehicle ; • a head assembly (60, 60', 60") configured to be attached to the base assembly (61, 50, 50', 50"); and • rearview means comprising at least one of a camera unit and a reflective element secured within the head assembly (60, 60', 60"), further comprising a set comprising • a first such head assembly with a first rearview means comprising at least one reflective element, preferably in form of a mirror glass , and • a second such head assembly with a second rearview means comprising at least one reflective element, preferably in form of an at least partly translucent mirror glass , and a camera unit being configured to obtain a rearview image through the reflective element, and • a third such head assembly (60") with a third rearview means comprising a camera unit configured to obtain a rearview image through an opening, wherein the head assembly (60, 60', 60") is configured to be detachable and is selected to be the first, second or third head assembly (60, 60', 60"), with the first, second and third head assembly (60, 60', 60") being exchangeable with each other. • a base assembly (61, 50, 50', 50") provided for arrangement on the motor vehicle ; • a head assembly (60, 60', 60") configured to be attached to the base assembly (61, 50, 50', 50"); and • rearview means comprising at least one of a camera unit and a reflective element secured within the head assembly (60, 60', 60"), further comprising a set comprising • a first such head assembly with a first rearview means comprising at least one reflective element, preferably in form of a mirror glass , and • a second such head assembly with a second rearview means comprising at least one reflective element, preferably in form of an at least partly translucent mirror glass , and a camera unit being configured to obtain a rearview image through the reflective element, and • a third such head assembly (60") with a third rearview means comprising a camera unit configured to obtain a rearview image through an opening,
A recombinant adeno-associated viral (rAAV) particle comprising: a modified capsid protein, wherein the modified capsid protein comprises one or more non-native amino acid substitutions at positions corresponding to one or more heparin- sulfate-binding surface-exposed amino acid residues of a wild-type AAV2 capsid protein as set forth in SEQ ID NO:2; or to amino acid residues corresponding thereto in any one of the wild-type AAV1, AAV3, AAV4, AAV5, AAV6, AAV7, AAV9, or AAV10 capsid proteins, as set forth, respectively, in SEQ ID NO: 1, SEQ ID NO:3, SEQ ID NO:4, SEQ ID NO:5, SEQ ID NO:6, SEQ ID NO:7, SEQ ID NO:9, or SEQ ID NO: 10, wherein the non-native amino acid substitutions occur at amino acid residues: (a) Y444, T491, Y500, R585, R588, R487, and Y730; (b) Y444, T491, Y500, R585, and Y730; (c) Y444, T491, Y500, R588, and Y730; (d) Y444, T491, Y500, R585, R588, and Y730; (e) Y444, T491, Y500, E530, R585, R588, R487, and Y730; (f) Y444, T491, Y500, E530, R585, and Y730; (g) Y444, T491, Y500, E530, R588, and Y730; or (h) Y444, T491, Y500, E530, R585, R588, and Y730 of the wild-type AAV2 capsid protein as set forth in SEQ ID NO:2, or at equivalent amino acid positions corresponding thereto in any one of the wild-type AAV1, AAV3, AAV4, AAV5, AAV6, AAV7, AAV9, or AAV10 capsid proteins, as set forth, respectively, in SEQ ID NO: I, SEQ ID NO:3, SEQ ID NO:4, SEQ ID NO:5, SEQ ID NO:6, SEQ ID NO:7, SEQ ID NO:9, or SEQ ID NO: 10. (a) Y444, T491, Y500, R585, R588, R487, and Y730; (b) Y444, T491, Y500, R585, and Y730; (c) Y444, T491, Y500, R588, and Y730; (d) Y444, T491, Y500, R585, R588, and Y730; (e) Y444, T491, Y500, E530, R585, R588, R487, and Y730; (f) Y444, T491, Y500, E530, R585, and Y730; (g) Y444, T491, Y500, E530, R588, and Y730; or (h) Y444, T491, Y500, E530, R585, R588, and Y730
A speaker system comprising at least two adjacent speaker cabinets , a first cabinet of said at least two adjacent speaker cabinets comprising: an enclosure having a front side , a rear side , opposing sidewalls , and a connection mechanism attached to each sidewall for connection to a second speaker cabinet of said at least two adjacent speaker cabinets, the connection mechanism including: a lever having a first end and a second end ; and an actuator operatively connected to the first end of the lever ; characterized in that : the lever is configured for connection to the second speaker cabinet for changing the angle of the second speaker cabinet with respect to the first speaker cabinet about a horizontal axis; the second end of the lever being pivotably connected to the enclosure at a pivot point about which the lever can be pivoted by the actuator between a neutral position and an angled position; and the pivot point being located along the rear half of a sidewall . a lever having a first end and a second end ; and an actuator operatively connected to the first end of the lever ;
An electrical connector , comprising: a housing provided with a locking portion ; a locking lever pivotally mounted on the housing , the locking lever pivoting between a first position and a second position, and the locking lever having a first arm and a second arm connected to opposite sides of the housing and a beam portion extending in a lateral direction between the first arm and the second arm, with a channel being provided in the beam portion ; and a connector position assurance member , the connector position assurance member having a locking edge , the connector position assurance member being inserted into the channel from an open end of the channel , and the connector position assurance member having a pre-installed position and a locked position in the channel , wherein when the locking lever pivots to the second position and the connector position assurance member enters into the locked position, the locking edge abuts against the locking portion in the channel , thereby locking a rotational motion of the locking lever; characterised by the channel extending along the lateral direction. a housing provided with a locking portion ; a locking lever pivotally mounted on the housing , the locking lever pivoting between a first position and a second position, and the locking lever having a first arm and a second arm connected to opposite sides of the housing and a beam portion extending in a lateral direction between the first arm and the second arm, with a channel being provided in the beam portion ; and a connector position assurance member , the connector position assurance member having a locking edge , the connector position assurance member being inserted into the channel from an open end of the channel , and the connector position assurance member having a pre-installed position and a locked position in the channel , wherein when the locking lever pivots to the second position and the connector position assurance member enters into the locked position, the locking edge abuts against the locking portion in the channel , thereby locking a rotational motion of the locking lever; characterised by the channel extending along the lateral direction.
Dipeptide L-glutamic-L-tryptophan acid (L-Glu-L-Trp) or a salt thereof for use in enhancing tissue oxygenation by suppression , through reducing the synthesis, of HIF-1α factor in case of diabetic foot.
Electronic control unit configured to control a polyphase rotating electrical machine , the electronic control unit comprising a plurality of output terminals , each output terminal being configured to be electrically connected to an input terminal of the polyphase rotating electrical machine , the electronic control unit being characterized in that it comprises an adjustable-accuracy measuring device having : - an electrical power supply (V_bus, Vdd) configured to deliver a continuous power signal, the power signal being delivered for a predetermined time interval, - an adjustment resistor (R ajust ) configured to set the measurement accuracy of the measurement device , - a sensor (R measure ) configured to deliver a signal proportional to the current drawn by the measurement device when at least two of the output terminals of the electronic control unit are electrically connected to input terminals of the polyphase rotating electrical machine , the power supply (V_bus, Vdd), the adjustment resistor (R ajust ) and the sensor (R mesure ) being electrically connected in series and arranged between two of the output terminals of the electronic control unit , the precision-adjustable measuring device further comprising an electronic switch (K7), called seventh switch, configured to limit in time the delivery of the supply signal from the electrical power supply source (V_bus, Vdd) of the precision-adjustable measuring device to the electronic control unit. - an electrical power supply (V_bus, Vdd) configured to deliver a continuous power signal, the power signal being delivered for a predetermined time interval, - an adjustment resistor (R ajust ) configured to set the measurement accuracy of the measurement device , - a sensor (R measure ) configured to deliver a signal proportional to the current drawn by the measurement device when at least two of the output terminals of the electronic control unit are electrically connected to input terminals of the polyphase rotating electrical machine ,
Drinking water supply system - comprising a drinking water piping system , - comprising a plurality of drinking water tapping points (18, 20, 22, 22', 22", 170) connected to the drinking water piping system , - comprising at least one sensor configured to determine measurement values and - comprising a central control device configured to receive and evaluate the measurement values determined by the at least one sensor , - comprising a plurality of decentralised control elements configured to influence one or a plurality of properties of the water carried in the drinking water supply system at different points in the drinking water supply system , - wherein the central control device is configured to actuate the control elements to influence the one or plurality of properties of the water carried in the drinking water supply system , - wherein a plurality of control elements are combined or can be combined to form a virtual group characterized - in that the drinking water supply system has a plurality of decentralised control devices, for example a plurality of controllers, which are connected in each case to one or a plurality of decentralised control elements for control thereof and - in that the virtual group comprises or can comprise decentralised control elements which are assigned to different decentralised control devices. - comprising a drinking water piping system , - comprising a plurality of drinking water tapping points (18, 20, 22, 22', 22", 170) connected to the drinking water piping system , - comprising at least one sensor configured to determine measurement values and - comprising a central control device configured to receive and evaluate the measurement values determined by the at least one sensor , - comprising a plurality of decentralised control elements configured to influence one or a plurality of properties of the water carried in the drinking water supply system at different points in the drinking water supply system , - wherein the central control device is configured to actuate the control elements to influence the one or plurality of properties of the water carried in the drinking water supply system , - wherein a plurality of control elements are combined or can be combined to form a virtual group - in that the drinking water supply system has a plurality of decentralised control devices, for example a plurality of controllers, which are connected in each case to one or a plurality of decentralised control elements for control thereof and - in that the virtual group comprises or can comprise decentralised control elements which are assigned to different decentralised control devices.
Separation device for separating solid particles from a liquid comprising a centrifugal separator and a collection vessel , the centrifugal separator having a tangential inlet , a first outlet for removing the liquid and a second outlet for removing the solid particles , characterized in that the collecting vessel is reversibly connected to the centrifugal separator , the collecting vessel having a first, outer pressure-stable vessel and, inside the latter, a second, flexible vessel , characterized in that the centrifugal separator is positioned vertically so that the second outlet for removing the solid particles is located at the lower end of the centrifugal separator , wherein the second, flexible vessel has an opening and is attached to the lower portion of the centrifugal separator , and the lower portion is at least partially inserted through the opening of the second, flexible vessel , the second flexible vessel and the lower portion of the centrifugal separator being sealingly and reversibly connected to each other, wherein the second outlet comprises a baffle plate for removing the solid particles.
A method for use in a device, the method comprising: receiving broadcast system information from a node indicating one or more priority transmission configurations for high priority devices; determining that the device is enabled for at least one of the priority transmission configurations based at least in part on the broadcasted system information and a status of the device, wherein the at least one priority transmission configuration indicates a transmit power for random access procedure physical uplink shared channel, PUSCH, transmissions by high priority devices; and sending a random access procedure PUSCH transmission using the transmit power indicated by the at least one priority transmission configuration. receiving broadcast system information from a node indicating one or more priority transmission configurations for high priority devices; determining that the device is enabled for at least one of the priority transmission configurations based at least in part on the broadcasted system information and a status of the device, wherein the at least one priority transmission configuration indicates a transmit power for random access procedure physical uplink shared channel, PUSCH, transmissions by high priority devices; and sending a random access procedure PUSCH transmission using the transmit power indicated by the at least one priority transmission configuration.
Disc brake lining which is assembled depending on the direction of rotation, with a backing plate as a carrier for a friction material , for the purpose of cooperation with a rotatable brake disc that is surrounded by a rotationally fixedly mounted fixed caliper disc brake housing , and for mounting the disc brake lining , wherein the backing plate is cut from a strip-like flat sheet steel material so as to be asymmetric with respect to a friction lining central axis (Y), the friction material is fixed largely centrally and indirectly or directly on a front side of the backing plate , and with distal bearing flanks arranged transversely offset and designed to be free from friction material, wherein the bearing flank placed on the inlet side in the preferred direction of rotation (V+) is transversely offset radially inwardly in relation to a piston axis K, and has a holder with a hole for receiving a retaining pin in order to define a fixedly positioned friction lining fixed bearing A, and wherein the allocated bearing flank of the backing plate which is placed on the outlet side and which is radially outwardly transversely offset is equipped with a twist prevention device in the form of a mouth opening which is designed open at the edges and which has a receiving pocket as a guide pin receiver so as to define a fixedly positioned friction lining floating bearing B, characterized in that the hole is formed as a partially circular window with defined height h and defined width h, and the partially circular window substantially has a semicircular arc which, with a predefined nominal radius R, spans two window reveals which are oriented substantially parallel to each other and parallel to the friction lining central axis Y.