mhurhangee/patent-ind-claim-en huggingface dataset:
Apparatus for dredging detrital material from a tubular foundation planted in a seabed, said apparatus for dredging comprising: - a support frame ; - a plurality of crushing heads , mounted on said support frame in peripheral position, each comprising: - a first hydraulic motor , supplied by a pressurized fluid, and - at least one excavator tool , movable by said first hydraulic motor in order to remove detrital material from the tubular foundation ; - at least one suction pump , fixed to said support frame and placed in a central portion of the latter, interposed between said crushing heads and comprising: - a second hydraulic motor , supplied by a pressurized fluid, and - a pump body , provided with a suction opening , arranged to suction said detrital material from the tubular foundation 100, and a discharge opening (42"), arranged to expel said detrital material outside the tubular foundation or to transfer said detrital material to a deposition zone. - a support frame ; - a plurality of crushing heads , mounted on said support frame in peripheral position, each comprising: - a first hydraulic motor , supplied by a pressurized fluid, and - at least one excavator tool , movable by said first hydraulic motor in order to remove detrital material from the tubular foundation ; - a first hydraulic motor , supplied by a pressurized fluid, and - at least one excavator tool , movable by said first hydraulic motor in order to remove detrital material from the tubular foundation ; - at least one suction pump , fixed to said support frame and placed in a central portion of the latter, interposed between said crushing heads and comprising: - a second hydraulic motor , supplied by a pressurized fluid, and - a pump body , provided with a suction opening , arranged to suction said detrital material from the tubular foundation 100, and a discharge opening (42"), arranged to expel said detrital material outside the tubular foundation or to transfer said detrital material to a deposition zone. - a second hydraulic motor , supplied by a pressurized fluid, and - a pump body , provided with a suction opening , arranged to suction said detrital material from the tubular foundation 100, and a discharge opening (42"), arranged to expel said detrital material outside the tubular foundation or to transfer said detrital material to a deposition zone.
Cuff combinable with accessories for forming an orthotic system, comprising a cuff base in form of a lower shell and a fixation element which can be combined or is combined with the lower shell into a sleeve attachable to a limb through direct or indirect interlocking with each other, wherein the lower shell and the fixation element provide a system that can be tightened around the limb by reducing a circumference formed by the lower shell and the fixation element , such that load transfer from an accessory to the limb is enabled, wherein the lower shell comprises at least one first form fit means and the fixation element comprises at least one second form fit means , wherein both form fit means are adapted to realize a form fit connection , characterized in that , said interlocking between the lower shell and the fixation element comprises a magnetic connection, wherein in a body of the lower shell at least one first magnetic part is provided and in or at the fixation element at least one second magnetic part is provided such that by means of an attracting magnetic force between both magnetic parts the fixation element can be moved onto one side of the body of the lower shell or is or can be held at one side of the body of the lower shell; and in that said form fit connection provides an undercut in order to prevent release of the form fit connection when subjected to a force essentially perpendicular to an insertion direction of the form fit connection .
Method for operating at least partially electrically driven vehicles, in which, in addition to a first electric motor of a main drive, further electric motors are provided for auxiliary drives and/or electrically driven additional assemblies and can be driven by energy from a common energy store , wherein the output ends of the main drive and of at least one auxiliary drive or additional assembly can be coupled to each other via a mechanical additional transmission , which is preferably provided with a freewheel, such that the auxiliary drives and/or additional assemblies are switchably driven either by their electric motors , which are supplied from the energy store, or mechanically via the additional transmission , characterized in that , during generator operation of the first motor , which is required for the recuperation, one or more of the auxiliary drives or assemblies are driven only via the mechanical additional transmission .
A method for efficiently recycling a stream containing iron sludge, characterised in that the method comprises the following steps: a) providing a stream containing iron sludge, which iron sludge is obtained from a sand filter that forms part of a process for the preparation of drinking water; b) obtaining an aqueous product stream from a regeneration step at a drinking water production facility; c) subjecting the aqueous product stream of step b) to a treatment for the recovery of salt, thereby producing a residual stream, wherein said treatment for the recovery of salt comprises at least one filtration step; d) mixing the stream containing iron sludge of step a) with the residual stream of step c), thereby producing a mixed stream, wherein the residual stream of step c) is mixed with the aforementioned stream containing iron sludge of step a) in an amount ranging from 1 to 20 vol.%, based on the mixed stream thus obtained; e) applying the mixed stream of step d) as an Fe nutrient in an agricultural context, wherein humic and fulvic acids are present in the residual stream in a concentration ranging from 10 to 30 wt.%, based on the weight of the residual stream. a) providing a stream containing iron sludge, which iron sludge is obtained from a sand filter that forms part of a process for the preparation of drinking water; b) obtaining an aqueous product stream from a regeneration step at a drinking water production facility; c) subjecting the aqueous product stream of step b) to a treatment for the recovery of salt, thereby producing a residual stream, wherein said treatment for the recovery of salt comprises at least one filtration step; d) mixing the stream containing iron sludge of step a) with the residual stream of step c), thereby producing a mixed stream, wherein the residual stream of step c) is mixed with the aforementioned stream containing iron sludge of step a) in an amount ranging from 1 to 20 vol.%, based on the mixed stream thus obtained; e) applying the mixed stream of step d) as an Fe nutrient in an agricultural context,
An organic vapor phase deposition system comprising: a main reactor defined by a main reactor wall; at least two source barrels configured to introduce at least two organic vapors into the main reactor; a substrate stage positioned in the main reactor; and at least one carrier gas injection line configured to distribute a carrier gas along the main reactor wall, which reduces condensation of the organic vapors onto the main reactor wall as the organic vapors flow toward the substrate stage; wherein the at least one carrier gas injection line is ring shaped and extends concentric to the main reactor wall. a main reactor defined by a main reactor wall; at least two source barrels configured to introduce at least two organic vapors into the main reactor; a substrate stage positioned in the main reactor; and at least one carrier gas injection line configured to distribute a carrier gas along the main reactor wall, which reduces condensation of the organic vapors onto the main reactor wall as the organic vapors flow toward the substrate stage; wherein the at least one carrier gas injection line is ring shaped and extends concentric to the main reactor wall.
A contacting module with an optical module , containing an optical block (1.1) made of glass, which has an arrangement of optical interfaces (S opt ) in an optical interface plane (E opt ), and an electronic module , containing a carrier plate (2.1), a printed circuit board (2.2) and a needle carrier (2.3) with an arrangement of contacting needles (2.3.1) with needle tips, which form an arrangement of electrical interfaces (S ele ) in an electrical interface plane (E ele ), the optical module and the electronic module being arranged relative to one another in such a way that the arrangement of optical interfaces (S opt ) and the arrangement of electrical interfaces (S ele ) have a defined adjustment position relative to one another with respect to all six degrees of freedom of a Cartesian coordinate system, characterized in that the optical block (1.1) is permanently connected to the carrier plate (2.1) via at least three cylindrical pins or the optical module has a mounting plate (1.2) to which the optical block (1.1) is permanently connected via at least three cylindrical pins , wherein the cylindrical pins each contact the optical block (1.1) with a first end face (5.1) of the cylindrical pin via adhesive , and in the carrier plate (2.1) or in the mounting plate (1.2), there are through holes arranged parallel to each other, in which the cylindrical pins are each connected to the carrier plate (2.1) or the mounting plate (1.2) via adhesive .
A method of wireless communication at a base station comprising: receiving a first sounding reference signal, SRS, from a first user equipment, UE, the first SRS transmitted on first SRS resources, wherein the first SRS resources comprise one or more time resources and one or more frequency resources; receiving a second SRS from a second different UE , the second SRS transmitted on second SRS resources, wherein the second SRS resources comprise one or more time resources and one or more frequency resources, wherein the second SRS is elongated such that the second SRS is received during an uplink period of a particular subframe and during at least a portion of a downlink period of the subframe, the subframe having a short subframe structure, and wherein at least some of the first SRS resources overlap with the second SRS resources, wherein the first SRS resources and the second SRS resources are included in the same subframe and wherein the subframe comprises at least one uplink, UL, portion and at least one downlink, DL, portion, and wherein the second SRS is transmitted with a low power relative to the first SRS; using the received first SRS to determine first beamforming parameters for transmission from the base station to the first UE during the DL portion of subframe; and using the received second SRS to determine second beamforming parameters for transmission from the base station to the second UE during DL portion of the subframe. receiving a first sounding reference signal, SRS, from a first user equipment, UE, the first SRS transmitted on first SRS resources, wherein the first SRS resources comprise one or more time resources and one or more frequency resources; receiving a second SRS from a second different UE , the second SRS transmitted on second SRS resources, wherein the second SRS resources comprise one or more time resources and one or more frequency resources, wherein the second SRS is elongated such that the second SRS is received during an uplink period of a particular subframe and during at least a portion of a downlink period of the subframe, the subframe having a short subframe structure, and wherein at least some of the first SRS resources overlap with the second SRS resources, wherein the first SRS resources and the second SRS resources are included in the same subframe and wherein the subframe comprises at least one uplink, UL, portion and at least one downlink, DL, portion, and wherein the second SRS is transmitted with a low power relative to the first SRS; using the received first SRS to determine first beamforming parameters for transmission from the base station to the first UE during the DL portion of subframe; and using the received second SRS to determine second beamforming parameters for transmission from the base station to the second UE during DL portion of the subframe.
A shower device with a function element, in particular a showerhead, wherein the function element is connected with a first holding element, wherein the first holding element is arranged on a first side of a partition wall, and there magnetically held, wherein a second holding element is arranged on the rear side of the partition wall, and wherein the magnetic force required to hold the function element on the partition wall is formed between the first holding element and the second holding element, wherein the second holding element is fastened to an adjustment mechanism, wherein the adjustment mechanism can be adjusted by means of a controller, so that the position of the function element can be altered vertically and/or horizontally by correspondingly adjusting the second holding element, characterized in that the controller is connected with a sensor, by means of which an area before the first side of the partition wall can be scanned without contact.
A control system configured to control a connection between an autonomous mobile robot and a base station , the control system comprising: a radio communication unit configured to communicate with the base station ; and a connection control unit configured to, in a connection of communication performed by the radio communication unit , perform control, when a radio wave shielding object which the autonomous mobile robot is able to pass through is on a path along which the autonomous mobile robot is to move, so that the autonomous mobile robot is prompted to connect to a predetermined base station of which a received radio wave intensity at a position on the path in front of the shielding object is affected by the shielding object, wherein the connection control unit is configured to specify, based on a predetermined rule indicating, for the shielding object, the predetermined base station to which the autonomous mobile robot should be prompted to connect, the predetermined base station to which the autonomous mobile robot is to be prompted to connect. a radio communication unit configured to communicate with the base station ; and a connection control unit configured to, in a connection of communication performed by the radio communication unit , perform control, when a radio wave shielding object which the autonomous mobile robot is able to pass through is on a path along which the autonomous mobile robot is to move, so that the autonomous mobile robot is prompted to connect to a predetermined base station of which a received radio wave intensity at a position on the path in front of the shielding object is affected by the shielding object, wherein the connection control unit is configured to specify, based on a predetermined rule indicating, for the shielding object, the predetermined base station to which the autonomous mobile robot should be prompted to connect, the predetermined base station to which the autonomous mobile robot is to be prompted to connect.
A television program switching method, wherein the method is applied to a mobile terminal, the method comprises: displaying, by a display screen of the mobile terminal, an electronic program guide, EPG, wherein the EPG comprises a program identifier and a current program name corresponding to the program identifier; receiving , by a transceiver of the mobile terminal, when the EPG is displayed, a first operation on the program identifier or on the current program name corresponding to the program identifier; displaying, by the display screen of the mobile terminal, when the first operation is received, a specific program information corresponding to the program identifier; wherein the specific program information comprises a program name and a program introduction corresponding to the program identifier for a preset time period; receiving, by the transceiver of the mobile terminal, when the EPG is displayed, a second operation on the program identifier or on the current program name corresponding to the program identifier, wherein the first operation is different with the second operation; and controlling , by the transceiver of the mobile terminal, when the second operation is received, a to-be-controlled television to switch a program. displaying, by a display screen of the mobile terminal, an electronic program guide, EPG, wherein the EPG comprises a program identifier and a current program name corresponding to the program identifier; receiving , by a transceiver of the mobile terminal, when the EPG is displayed, a first operation on the program identifier or on the current program name corresponding to the program identifier; displaying, by the display screen of the mobile terminal, when the first operation is received, a specific program information corresponding to the program identifier; wherein the specific program information comprises a program name and a program introduction corresponding to the program identifier for a preset time period; receiving, by the transceiver of the mobile terminal, when the EPG is displayed, a second operation on the program identifier or on the current program name corresponding to the program identifier, wherein the first operation is different with the second operation; and controlling , by the transceiver of the mobile terminal, when the second operation is received, a to-be-controlled television to switch a program.
A method of providing non-volatile data memory space (F) for a range of user addresses, the method including: - providing a range of non-volatile flash memory locations (K, K+1; FW) for writing data, wherein said range of flash memory locations for writing data is larger than the range of user addresses, - writing data for a same user address in a plurality of different flash memory locations (K, K+1; FW) in said range of flash memory locations (K, K+1; FW), - arranging the physical locations (FW) of said range of flash memory locations (K, K+1; FW) in pages (K, K+1), and - erasing said flash memory locations (K, K+1; FW) on a page basis, - receiving a page erase command for a certain page (K) in said range of flash memory locations (K, K+1; FW), - triggering a data erase procedure in said range of flash memory locations (K, K+1; FW), - providing a temporary memory and performing in said temporary memory any user write requests received during said data erase procedure, and - once said data erase procedure is ended, writing from said temporary memory to said range of flash memory locations (K, K+1; FW) data from user write requests received during said data erase procedure. - providing a range of non-volatile flash memory locations (K, K+1; FW) for writing data, wherein said range of flash memory locations for writing data is larger than the range of user addresses, - writing data for a same user address in a plurality of different flash memory locations (K, K+1; FW) in said range of flash memory locations (K, K+1; FW), - arranging the physical locations (FW) of said range of flash memory locations (K, K+1; FW) in pages (K, K+1), and - erasing said flash memory locations (K, K+1; FW) on a page basis, - receiving a page erase command for a certain page (K) in said range of flash memory locations (K, K+1; FW), - triggering a data erase procedure in said range of flash memory locations (K, K+1; FW), - providing a temporary memory and performing in said temporary memory any user write requests received during said data erase procedure, and - once said data erase procedure is ended, writing from said temporary memory to said range of flash memory locations (K, K+1; FW) data from user write requests received during said data erase procedure.
A method for providing marks on extruded films , in particular on stretched films, which are exiting an extrusion lip of a film extruder , comprising the step of: directing at least one invisible substance that is invisible to the human eye to a surface of the film exiting the extrusion lip of the film extruder using at least one nozzle means , in such a manner that the invisible substance creates a local mark on the extruded film , and characterized in that the invisible substance is a fluorescent ink.
Transfer apparatus configured and adapted for transferring rod-shaped articles of the tobacco processing industry from a strand-forming apparatus for forming the rod-shaped articles , in which the rod-shaped articles are transported in a transport plane E in their longitudinal extent, to a drum apparatus , which is arranged in a straight ahead position downstream of the strand-forming apparatus and in which the rod-shaped articles are transported transverse to their longitudinal extent, comprising a stationary frame structure , a transport drum which can be driven in rotation with respect to the frame structure about an axis of rotation D, which is oriented perpendicular to the transport plane E, which transport drum has a receiving position for receiving the rod-shaped articles in the transport plane E from the strand-forming apparatus and a discharge position for discharging the rod-shaped articles from the transport plane E to the drum apparatus , a drive for the transport drum and at least one swivelling trough device which is arranged on the end face of the transport drum , wherein the or each swivelling trough device is configured and adapted to be swivellable with respect to the transport drum about an axis S, which is oriented parallel to the axis of rotation D, and has at least one receptacle , which can be acted upon by a negative pressure, for at least one rod-shaped article , characterised in that each swivelling trough device comprises a cam lever which is operatively connected to a cam track mounted on the frame structure for exerting the swivelling movement about the axis S.
An oligonucleotide set characterized in that said oligonucleotides can bind to the pol region of HTLV and are suitable as primers, said set comprising at least two oligonucleotides selected from: i. oligonucleotides consisting of SEQ ID Nos: 1 and/or 2; and ii. oligonucleotides consisting of SEQ ID Nos: 4, 5 and/or 6. i. oligonucleotides consisting of SEQ ID Nos: 1 and/or 2; and ii. oligonucleotides consisting of SEQ ID Nos: 4, 5 and/or 6.
A heat exchanger comprising: a plurality of heat transfer tubes aligned in an up-down direction; a liquid header to which ends of the plurality of heat transfer tubes are connected; and a plurality of connection tubes aligned in the up-down direction and connected to the liquid header , wherein the plurality of heat transfer tubes include a first heat transfer tube disposed at a lowermost position and a second heat transfer tube disposed above and adjacent to the first heat transfer tube , the plurality of connection tubes include a first connection tube disposed at a lowermost position and a second connection tube disposed above the first connection tube , and the liquid header includes a first flow path to which the first connection tube and the first heat transfer tube are connected, and a second flow path to which the second connection tube and the second heat transfer tube are connected. a plurality of heat transfer tubes aligned in an up-down direction; a liquid header to which ends of the plurality of heat transfer tubes are connected; and a plurality of connection tubes aligned in the up-down direction and connected to the liquid header , wherein the plurality of heat transfer tubes include a first heat transfer tube disposed at a lowermost position and a second heat transfer tube disposed above and adjacent to the first heat transfer tube , the plurality of connection tubes include a first connection tube disposed at a lowermost position and a second connection tube disposed above the first connection tube , and the liquid header includes a first flow path to which the first connection tube and the first heat transfer tube are connected, and a second flow path to which the second connection tube and the second heat transfer tube are connected.