mhurhangee/ep-ind-claims huggingface dataset:
A pipe handling system, the pipe handling system comprising: a pipe racker for engaging an upper end of a drill pipe; a setback handling system (100, 200) disposed below the pipe racker for engaging a lower end of a said drill pipe, the setback handling system (100, 200) comprising: a slidable and rotatable table (102, 202) supporting and arranged to move a pipe guide (104, 204), wherein the pipe guide (104, 204) is extendable to engage the lower end of a said drill pipe positioned in a first location, and movable to guide the drill pipe engaged with the pipe guide to a second location, characterised in that the slidable and rotatable table (102, 202) supports and is arranged to move a pipe mover (106, 206), wherein the pipe mover (106, 206) comprises a sled which is slidably coupled to the rotatable table and movable by a push-pull mechanism, the sled being engageable with a said drill pipe in the second location, the pipe mover (106, 206) being movable to align the sled with a desired storage location in a setback rack and the sled being movable by the push-pull mechanism to move the drill pipe to the desired storage location in the setback rack. a pipe racker for engaging an upper end of a drill pipe; a setback handling system (100, 200) disposed below the pipe racker for engaging a lower end of a said drill pipe, the setback handling system (100, 200) comprising: a slidable and rotatable table (102, 202) supporting and arranged to move a pipe guide (104, 204), wherein the pipe guide (104, 204) is extendable to engage the lower end of a said drill pipe positioned in a first location, and movable to guide the drill pipe engaged with the pipe guide to a second location, characterised in that the slidable and rotatable table (102, 202) supports and is arranged to move a pipe mover (106, 206), wherein the pipe mover (106, 206) comprises a sled which is slidably coupled to the rotatable table and movable by a push-pull mechanism, the sled being engageable with a said drill pipe in the second location, the pipe mover (106, 206) being movable to align the sled with a desired storage location in a setback rack and the sled being movable by the push-pull mechanism to move the drill pipe to the desired storage location in the setback rack. a slidable and rotatable table (102, 202) supporting and arranged to move a pipe guide (104, 204), wherein the pipe guide (104, 204) is extendable to engage the lower end of a said drill pipe positioned in a first location, and movable to guide the drill pipe engaged with the pipe guide to a second location, characterised in that the slidable and rotatable table (102, 202) supports and is arranged to move a pipe mover (106, 206), wherein the pipe mover (106, 206) comprises a sled which is slidably coupled to the rotatable table and movable by a push-pull mechanism, the sled being engageable with a said drill pipe in the second location, the pipe mover (106, 206) being movable to align the sled with a desired storage location in a setback rack and the sled being movable by the push-pull mechanism to move the drill pipe to the desired storage location in the setback rack.
Pyramid-shaped folding signal having at least one rigid first shell plate and two additional shell plates (2, 3), i.e. a second shell plate laterally following the first shell plate in such a way that they are rotatably connected along adjacent lateral borders, in such a way that they form a first lateral edge there that passes through a tip and a first corner point (10, 10'), and a third shell plate that is rotatably connected with the first shell plate and the second shell plate, respectively, along adjacent lateral borders, in such a way that they respectively form another lateral edge that passes through the tip, wherein the one additional shell plate is rigid, while the other additional shell plate is inwardly foldable by containing a first rigid partial plate following the first lateral border, and a second rigid partial plate following its second lateral border, the two partial plates being rotatably connected along a shell folding line of the shell plate that extends between their lateral borders towards the tip, in such a way that an outer face of the second partial plate is pivotable against an outer face of the first partial plate, as well as having a bottom with a first lateral border that is rotatably connected to the first shell plate along a path originating from the first corner point (10, 10'), and a second lateral border that is rotatably connected to the second shell plate along a path also originating from the first corner point (10, 10'), while a counter border opposite the first corner point (10, 10') is free, in such a way that the bottom between the first shell plate and the second shell plate is inwardly foldable, characterised in that the additional foldable shell plate is operatively connected with the bottom in such a way that the folding of the bottom causes the folding of the foldable shell plate between the first shell plate and the rigid additional shell plate.
An ejection device comprising: an ejecting unit for ejecting a fluid to a track switch unit for a train to remove foreign matter in the track switch unit for a train; a supply unit (29, 50, 60, 70, 160, 170) for supplying the fluid to the ejecting unit for ejecting the fluid to a track switch unit; characterized in that the ejection device further comprises: a pressure control unit (24A, 24B, 53, 54, 20, 62, 73, 80) for controlling a pressure of the fluid supplied to the ejecting unit within a variable range of pressure between a first pressure and a second pressure which is lower than the first pressure, wherein the level of ejection sound that is produced by the ejecting unit to which the fluid having the second pressure is supplied under the control of the pressure control unit (24A, 24B, 53, 54, 20, 62, 73, 80) is lower than the level of the ejection sound that is produced by the ejecting unit to which the fluid having the first pressure is supplied under the control of the pressure control unit (24A, 24B, 53, 54, 20, 62, 73, 80). an ejecting unit for ejecting a fluid to a track switch unit for a train to remove foreign matter in the track switch unit for a train; a supply unit (29, 50, 60, 70, 160, 170) for supplying the fluid to the ejecting unit for ejecting the fluid to a track switch unit; characterized in that the ejection device further comprises: a pressure control unit (24A, 24B, 53, 54, 20, 62, 73, 80) for controlling a pressure of the fluid supplied to the ejecting unit within a variable range of pressure between a first pressure and a second pressure which is lower than the first pressure, wherein the level of ejection sound that is produced by the ejecting unit to which the fluid having the second pressure is supplied under the control of the pressure control unit (24A, 24B, 53, 54, 20, 62, 73, 80) is lower than the level of the ejection sound that is produced by the ejecting unit to which the fluid having the first pressure is supplied under the control of the pressure control unit (24A, 24B, 53, 54, 20, 62, 73, 80). a pressure control unit (24A, 24B, 53, 54, 20, 62, 73, 80) for controlling a pressure of the fluid supplied to the ejecting unit within a variable range of pressure between a first pressure and a second pressure which is lower than the first pressure, wherein the level of ejection sound that is produced by the ejecting unit to which the fluid having the second pressure is supplied under the control of the pressure control unit (24A, 24B, 53, 54, 20, 62, 73, 80) is lower than the level of the ejection sound that is produced by the ejecting unit to which the fluid having the first pressure is supplied under the control of the pressure control unit (24A, 24B, 53, 54, 20, 62, 73, 80).
A method for checking and synchronizing data blocks in a distributed file system, wherein the distributed file system comprises a metadata server and data block servers the data block servers forming at least one group; and the method characterized by: a) the metadata server specifying one of the data block servers in a group as a master data block server, and the other data block servers in the same group as slave data block servers, wherein the data blocks stored in the storage mediums managed by the master data block server are master data blocks, while the data blocks stored in the storage mediums managed by the slave data block servers are slave data blocks, wherein, the method further comprises: b) the metadata server initiating a data block checking request to the master data block server; c) the master data block server: c1) checking all data block information managed by the slave data block servers in the group of the master data block server for consistency between the master data blocks and the slave data blocks; c2) synchronizing the data blocks which are checked as inconsistent; c3) and then reporting the checking result and a synchronization result to the metadata server; d) and the metadata server updating metadata information according to the reported checking and synchronization results. a) the metadata server specifying one of the data block servers in a group as a master data block server, and the other data block servers in the same group as slave data block servers, wherein the data blocks stored in the storage mediums managed by the master data block server are master data blocks, while the data blocks stored in the storage mediums managed by the slave data block servers are slave data blocks, wherein, the method further comprises: b) the metadata server initiating a data block checking request to the master data block server; c) the master data block server: c1) checking all data block information managed by the slave data block servers in the group of the master data block server for consistency between the master data blocks and the slave data blocks; c2) synchronizing the data blocks which are checked as inconsistent; c3) and then reporting the checking result and a synchronization result to the metadata server; c1) checking all data block information managed by the slave data block servers in the group of the master data block server for consistency between the master data blocks and the slave data blocks; c2) synchronizing the data blocks which are checked as inconsistent; c3) and then reporting the checking result and a synchronization result to the metadata server; d) and the metadata server updating metadata information according to the reported checking and synchronization results.
Binoculars with a folding bridge for adapting the distance (d 0) between the eyepieces to the distance between the eyes of the user, comprising a left-hand telescope _with optical elements (12a, 14a, 16a, 20a) with adjustable focusing for the left-hand eye of the user, a right-hand telescope with optical elements (12b, 14b, 16b, 20b) with adjustable focusing for the right-hand eye of the user, a folding bridge with a joint by means of which the left-hand and right-hand telescopes (6a, 6b) are connected pivotably to each other, in order to use the pivoting movement of the folding bridge to adapt the distance between the left-hand and right-hand telescopes (6a, 6b) to the individual distance between the eyes of the user, a focusing gear mechanism for synchronous focusing of the left-hand and right-hand telescopes (6a, 6b), a common focusing drive element which can be actuated by the user and drives the focusing gear mechanism, in order to drive the focusing of the left-hand and right-hand telescopes (6a, 6b) by means of the focusing gear mechanism, characterized in that the focusing gear mechanism comprises a differential gear mechanism.
A geodetic surveying system having - at least one reference component, which defines a reference point (23, 23a, 23b), wherein an absolute position of the reference point is known, and - at least one new point determination component, which derives a relative new point position (2, 3), wherein a mutual item of relative reference information between the reference component and the new point determination component is derivable, in particular for the purpose of referencing with respect to the reference point position, characterized in that the surveying system has an automotive, unmanned, controllable air vehicle, wherein - the air vehicle carries the reference component, by which the at least one reference point (23, 23a, 23b) is provided as a mobile reference point (23, 23a, 23b), and - the air vehicle is implemented in such a manner that the reference component is freely displaceable spatially, in particular is positionable substantially fixed in position, by the air vehicle relative to the new point determination component. - at least one reference component, which defines a reference point (23, 23a, 23b), wherein an absolute position of the reference point is known, and - at least one new point determination component, which derives a relative new point position (2, 3), wherein a mutual item of relative reference information between the reference component and the new point determination component is derivable, in particular for the purpose of referencing with respect to the reference point position, characterized in that the surveying system has an automotive, unmanned, controllable air vehicle, wherein - the air vehicle carries the reference component, by which the at least one reference point (23, 23a, 23b) is provided as a mobile reference point (23, 23a, 23b), and - the air vehicle is implemented in such a manner that the reference component is freely displaceable spatially, in particular is positionable substantially fixed in position, by the air vehicle relative to the new point determination component.
A method of wireless communication carried out by a network entity, the method comprising: transmitting, from the network entity, an identifier of the network entity to at least one mobile entity, the identifier determining, at least in part, at least one interference measurement resource that partially overlaps with another at least one interference measurement resource, wherein the at least one interference measurement resource comprises a number of resource elements out of a set of resource elements; and receiving, by the network entity, a channel state information, CSI, report from at least one mobile entity based on the at least one interference measurement resource; wherein the identifier is one of a virtual cell ID associated with the at least one interference measurement resource, an index pointing to the virtual cell ID of a non-zero-power channel state information reference signal, NZP CSI-RS, resource in a Coordinated Multi-Point, CoMP, measurement set, or a physical cell ID. transmitting, from the network entity, an identifier of the network entity to at least one mobile entity, the identifier determining, at least in part, at least one interference measurement resource that partially overlaps with another at least one interference measurement resource, wherein the at least one interference measurement resource comprises a number of resource elements out of a set of resource elements; and receiving, by the network entity, a channel state information, CSI, report from at least one mobile entity based on the at least one interference measurement resource; wherein the identifier is one of a virtual cell ID associated with the at least one interference measurement resource, an index pointing to the virtual cell ID of a non-zero-power channel state information reference signal, NZP CSI-RS, resource in a Coordinated Multi-Point, CoMP, measurement set, or a physical cell ID.
A method for producing a polypropylene material comprising: a melting step of melting a polypropylene material rolled in at least one direction, at a temperature that is higher than Tm + 5°C and is equal to or lower than Tm + 60°C, where Tm is a melting peak temperature of the polypropylene material not rolled yet as measured by differential scanning calorimetry; and a heat treatment step of heat-treating the polypropylene material melted in the melting step, at a temperature that is equal to or higher than Tm - 20°C, and is lower than Tm - 10°C. a melting step of melting a polypropylene material rolled in at least one direction, at a temperature that is higher than Tm + 5°C and is equal to or lower than Tm + 60°C, where Tm is a melting peak temperature of the polypropylene material not rolled yet as measured by differential scanning calorimetry; and a heat treatment step of heat-treating the polypropylene material melted in the melting step, at a temperature that is equal to or higher than Tm - 20°C, and is lower than Tm - 10°C.
Multiway valve, with a valve casing in which is formed a valve chamber, in which is mounted a valve member axially movable to execute a switching movement and having a main body with a peripheral outer circumferential surface which carries at least one elastically deformable sealing disc with two opposite axial end faces (26, 27) and held by a radially inwards oriented annular retaining section in an annular groove of the main body which is open radially outwards towards the peripheral outer circumferential surface and which has a closing section, radially protruding from the outer circumferential surface of the main body and forming a sealing face (46, 47) on at least one of the two axial end faces (26, 27), to which lies axially opposite an annular valve seat (15, 16), immovable relative to the valve casing, which frames an overflow orifice (18, 19) connecting two valve chamber section (17a, 17b; 17a, 17c), and against which the sealing disc can make contact with the sealing face (46, 47), while adopting a closed position shutting-off the overflow orifice (18, 19), characterised in that the retaining section of the sealing disc is provided on at least one axial end face (26, 27) having a sealing face (46, 47) on the closing section, with a concentrically arranged, elastically flexible, annular seal lip, which extends radially outwards and fits up against the axially adjacent groove side (43a, 43b) of the annular groove with sealing contact.
A system for displaying an optical image by means of unmanned autonomous vehicles, wherein each vehicle has a display for displaying at least a part of the image by way of stored or transmitted image information as well as a control unit, wherein the control unit is configured to control the image information and to move the vehicle using a drive unit by means of stored or transmitted position information, characterized in that at least two vehicles are configured as land crafts, wherein the displays of the land crafts in the operational position are oriented in parallel to a substantially horizontal image plane and configured as displays accessible by a human person, wherein at least one land craft, preferably all land crafts, has/have orientation means for adjusting the orientation of the displays to the image plane.
A method of generating a population of recombinant adeno-associated virus (rAAV) particles, comprising the steps of: a) incubating an AAV producer cell under conditions that are permissive for replication of AAV wherein the AAV producer cell comprises: (i) one or more AAV packaging genes, wherein each said AAV packaging gene encodes an AAV replication or encapsidation protein; (ii) a recombinant AAV (rAAV) pro-vector that comprises a heterologous non-AAV polynucleotide flanked by at least one AAV inverted terminal repeat; and (iii) a helper virus for AAV; b) lysing the producer cell after the incubation of step a) to produce an AAV producer cell lysate; c) chromatographing the AAV producer cell lysate of step b) by a plurality of ion-exchange chromatographies comprising at least one positively-charged anion exchange chromatography and at least one negatively-charged cation exchange chromatography, or chromatographing the AAV producer cell lysate of step b) by anion exchange chromatography followed by tangential flow filtration to generate a purified population of rAAV vector particles. a) incubating an AAV producer cell under conditions that are permissive for replication of AAV wherein the AAV producer cell comprises: (i) one or more AAV packaging genes, wherein each said AAV packaging gene encodes an AAV replication or encapsidation protein; (ii) a recombinant AAV (rAAV) pro-vector that comprises a heterologous non-AAV polynucleotide flanked by at least one AAV inverted terminal repeat; and (iii) a helper virus for AAV; (i) one or more AAV packaging genes, wherein each said AAV packaging gene encodes an AAV replication or encapsidation protein; (ii) a recombinant AAV (rAAV) pro-vector that comprises a heterologous non-AAV polynucleotide flanked by at least one AAV inverted terminal repeat; and (iii) a helper virus for AAV; b) lysing the producer cell after the incubation of step a) to produce an AAV producer cell lysate; c) chromatographing the AAV producer cell lysate of step b) by a plurality of ion-exchange chromatographies comprising at least one positively-charged anion exchange chromatography and at least one negatively-charged cation exchange chromatography, or chromatographing the AAV producer cell lysate of step b) by anion exchange chromatography followed by tangential flow filtration to generate a purified population of rAAV vector particles.
A filter basket assembly device for a drip filter coffee maker comprising: a filter basket body for holding a coffee filter, the body having a lower surface in which there is a through opening comprising a valve seat; the valve seat cooperating with a valve member carried by a valve stem that is attached to an actuator that resides below the through opening, the valve member being biased into a normally closed position with respect to the valve seat; the actuator having a discharge opening formed in it and also being mechanically linked to an actuator rod that impinges on a rotatable cam surface; wherein the action of the rod against the cam surface causes the valve member to open and close with respect to the valve seat; the assembly being characterised in that the rotatable cam surface is driven by an electric motor. a filter basket body for holding a coffee filter, the body having a lower surface in which there is a through opening comprising a valve seat; the valve seat cooperating with a valve member carried by a valve stem that is attached to an actuator that resides below the through opening, the valve member being biased into a normally closed position with respect to the valve seat; the actuator having a discharge opening formed in it and also being mechanically linked to an actuator rod that impinges on a rotatable cam surface; wherein the action of the rod against the cam surface causes the valve member to open and close with respect to the valve seat; the assembly being characterised in that the rotatable cam surface is driven by an electric motor.
A suture anchor and delivery kit, comprising a delivery tool (10, 100, 200) having a handle (12, 112, 212) with an elongate shaft (14, 114, 214) extending distally therefrom, the shaft having an inner lumen extending therethrough, the inner lumen having an open proximal end, an open distal end and a cross-section with a primary region (20, 20a, 20b) for receiving a drill bit and a secondary offset region (22, 22a, 22b); a suture anchor assembly having an anchor (310, 500) configured to be implanted in bone, and a suture configured to be coupled to the anchor; characterized in that the kit further comprises the drill bit, adapted to form a bone hole for the anchor (310, 500); and the suture is configured to extend through the inner lumen in the shaft and to sit within the secondary offset region (22, 22a, 22b) such that the drill bit can be passed into the open proximal end of the inner lumen in the shaft (14, 114, 214), through the primary region (20, 20a, 20b) of the inner lumen and out of the open distal end of the inner lumen without contacting the suture. an anchor (310, 500) configured to be implanted in bone, and a suture configured to be coupled to the anchor;