mhurhangee/ep-ind-claims huggingface dataset:
Device for lifting and turning a patient, with a windable supporting element, on which the patient may be supported, and with a lifting unit, which comprises at least two rotatably mounted bars (16, 18), wherein the supporting element is attachable to the two bars (16, 18) for lifting and turning the patient, for lifting the patient, at least one of the bars (16, 18) is drivable by a drive unit (30, 102 to 108) such that a portion of the supporting element is wound onto this bar (16, 18), and for turning the patient, the two bars (16, 18) are drivable by the drive unit (30, 102 to 108) such that at least a part of the wound up portion is wound off one of the two bars (16, 18) and another portion of the supporting element is wound onto the other bar (16, 18), characterized in that the drive unit (30, 102 to 108) comprises a hand crank to manually drive both bars (16, 18) which is connected to the two bars (16, 18) via at least one gear unit, so that both bars (16, 18) are drivable with the aid of the hand crank, and wherein a respective bidirectional automatic friction brake (54, 56, 80) is provided for braking and/or fixing the two bars (16, 18).
A high strength stone plastic floor comprising a PVC substrate and a surface layer (2, 3) on a surface of the PVC substrate; characterized in that compositions of PVC substrate comprise: PVC powder from 20 to 35 weight percent, calcium carbonate from 60 to 70 weight percent, stabilizer from 1 to 3 weight percent, flexibilizer from 1 to 3 weight percent, lubricants from 0.4 to 1 weight percent, and colorant from 0.4 to 1 weight percent.
A system for recovering noble metals from a noble metal-containing material, comprising: an electrode; a noble-metal containing material; and an electrolytic solution comprising a sulfonic acid and/or persulfuric acid, wherein the system is configured such that, when an electric current is transported between the electrode and the noble metal, the noble metal is removed from the noble metal-containing material; and wherein the electrolytic solution comprises a mixture of acid and water and has a water content of less than or equal to 30 weight percent.. an electrode; a noble-metal containing material; and an electrolytic solution comprising a sulfonic acid and/or persulfuric acid, wherein the system is configured such that, when an electric current is transported between the electrode and the noble metal, the noble metal is removed from the noble metal-containing material; and wherein the electrolytic solution comprises a mixture of acid and water and has a water content of less than or equal to 30 weight percent..
A method for manufacturing a cast-iron casting comprising: a step for molding a mold by evacuating molding sand; a step for pouring a melt into the mold; a step for evacuating the inside of the mold until the temperature of the casting formed by the melt falls to or below an A1 transformation point; and wherein the molding sand does not contain a binding agent, and the proportion of grains having a diameter of less than 53 μm in the molding sand is 10% or less. a step for molding a mold by evacuating molding sand; a step for pouring a melt into the mold; a step for evacuating the inside of the mold until the temperature of the casting formed by the melt falls to or below an A1 transformation point; and wherein the molding sand does not contain a binding agent, and the proportion of grains having a diameter of less than 53 μm in the molding sand is 10% or less.
A method for redirecting an attach request, the method comprising the steps of: receiving an attach request for attachment of a terminal, determining a IP Multimedia System, IMS, centralized-services applicability for the terminal, comparing the determined IMS centralized-services applicability for the terminal and a IMS centralized-services capability of a switching entity handling the attach request, and in case of a mismatch between the determined IMS centralized-services applicability for the terminal and the IMS centralized-services capability of the switching entity, causing redirection of the requested attachment to another switching entity having a IMS centralized-services capability matching the determined IMS centralized-services applicability for the terminal, wherein the another switching entity belongs to a same pool of switching entities as the switching entity handling the attach request, said pool of switching entities being configured to control radio resources for a same radio network area. receiving an attach request for attachment of a terminal, determining a IP Multimedia System, IMS, centralized-services applicability for the terminal, comparing the determined IMS centralized-services applicability for the terminal and a IMS centralized-services capability of a switching entity handling the attach request, and in case of a mismatch between the determined IMS centralized-services applicability for the terminal and the IMS centralized-services capability of the switching entity, causing redirection of the requested attachment to another switching entity having a IMS centralized-services capability matching the determined IMS centralized-services applicability for the terminal, wherein the another switching entity belongs to a same pool of switching entities as the switching entity handling the attach request, said pool of switching entities being configured to control radio resources for a same radio network area.
A system for extracting and collecting a volatile substance from a volatile containing in-space body comprising: an electromagnetic energy source for producing electromagnetic energy; an antenna coupled to said electromagnetic energy source through an electromagnetic energy delivery component, said antenna for receiving said electromagnetic energy and delivering said electromagnetic energy to said volatile containing in-space body; an auger drive apparatus coupled to an auger; said auger comprising a hollow shank and a spiral blade around said hollow shank; said antenna receiving said electromagnetic energy through said hollow shank of said auger; said auger configured to penetrate regolith of said in-space body and deliver the electromagnetic delivery component into the regolith without first drilling a hole and then inserting the electromagnetic energy delivery component into the regolith; said auger configured to deliver said electromagnetic energy into the regolith to provide subsurface heating; said auger hollow shank forming a volatiles containment member configured to receive said volatile substance from said volatile containing in-space body and communicate said volatile substance through said hollow shank of said auger; and a condensation apparatus coupled to said auger to receive said volatile substance from said auger, said condensation apparatus for condensing said volatile substance for concentration and storage of said volatile substance wherein the antenna comprises a slot antenna in said shank of said auger. an electromagnetic energy source for producing electromagnetic energy; an antenna coupled to said electromagnetic energy source through an electromagnetic energy delivery component, said antenna for receiving said electromagnetic energy and delivering said electromagnetic energy to said volatile containing in-space body; an auger drive apparatus coupled to an auger; said auger comprising a hollow shank and a spiral blade around said hollow shank; said antenna receiving said electromagnetic energy through said hollow shank of said auger; said auger configured to penetrate regolith of said in-space body and deliver the electromagnetic delivery component into the regolith without first drilling a hole and then inserting the electromagnetic energy delivery component into the regolith; said auger configured to deliver said electromagnetic energy into the regolith to provide subsurface heating; said auger hollow shank forming a volatiles containment member configured to receive said volatile substance from said volatile containing in-space body and communicate said volatile substance through said hollow shank of said auger; and a condensation apparatus coupled to said auger to receive said volatile substance from said auger, said condensation apparatus for condensing said volatile substance for concentration and storage of said volatile substance wherein the antenna comprises a slot antenna in said shank of said auger.
A well treatment method comprising: using a suction pump, pumping a hydration liquid from a liquid source through a suction line to the suction pump and from the suction pump through a discharge line to a gel reservoir; using a boost pump separate from the suction pump, pumping a portion of the hydration liquid from the suction pump suction line as a wetting liquid through a mix loop inlet line to the boost pump and from the boost pump through a mix loop outlet line back to the suction pump suction line; supplying polymer from a polymer feeder to a polymer mixer in the mix loop outlet line and therein mixing the wetting liquid and the polymer to produce a slurry containing unhydrated polymer; flowing the slurry through the mix loop outlet line into the hydration liquid in the suction pump suction line and, using the suction pump, pumping the combined slurry and hydration liquid to the gel reservoir; using a flow meter in the suction pump discharge line or in the suction pump suction line between the mix loop outlet line and the suction pump, determining a flow rate of the combined slurry and hydration liquid; using a process control device operably linked to the polymer feeder and suction pump, adjusting the polymer feed rate based on the flow rate or adjusting the flow rate based on the polymer feed rate; and hydrating the polymer to produce a gel and using the gel in a well treatment process. using a suction pump, pumping a hydration liquid from a liquid source through a suction line to the suction pump and from the suction pump through a discharge line to a gel reservoir; using a boost pump separate from the suction pump, pumping a portion of the hydration liquid from the suction pump suction line as a wetting liquid through a mix loop inlet line to the boost pump and from the boost pump through a mix loop outlet line back to the suction pump suction line; supplying polymer from a polymer feeder to a polymer mixer in the mix loop outlet line and therein mixing the wetting liquid and the polymer to produce a slurry containing unhydrated polymer; flowing the slurry through the mix loop outlet line into the hydration liquid in the suction pump suction line and, using the suction pump, pumping the combined slurry and hydration liquid to the gel reservoir; using a flow meter in the suction pump discharge line or in the suction pump suction line between the mix loop outlet line and the suction pump, determining a flow rate of the combined slurry and hydration liquid; using a process control device operably linked to the polymer feeder and suction pump, adjusting the polymer feed rate based on the flow rate or adjusting the flow rate based on the polymer feed rate; and hydrating the polymer to produce a gel and using the gel in a well treatment process.
A method of transferring data across a wireless network comprising: receiving a first data frame having a first traffic identification and a first sequence number; receiving a second data frame having a second traffic identification and a second sequence number; and in response to an occurrence of a triggering event, transmitting a block acknowledgment that the first data frame having the first traffic identification and the second data frame having the second traffic identification were received, characterised by the triggering event comprising a determination that the first sequence number or the second sequence number comprises a specific sequence number. receiving a first data frame having a first traffic identification and a first sequence number; receiving a second data frame having a second traffic identification and a second sequence number; and in response to an occurrence of a triggering event, transmitting a block acknowledgment that the first data frame having the first traffic identification and the second data frame having the second traffic identification were received, characterised by the triggering event comprising a determination that the first sequence number or the second sequence number comprises a specific sequence number.
A sanitary protection device intended to be placed in the user's vagina, which device comprises a shell-like basic element having in its height direction a shape which narrows both upwards and downwards from an intermediate portion, which basic element is provided with apertures along part of its external surface, characterised in that the basic element defines an empty interior space and that the portion of the basic element which is provided with apertures has an extent in the height direction which is smaller than half the height of the basic element.
Waste-disposal container with a pressing device for pressing waste, comprising a housing, a container, which is located in the housing, an opening in the housing for throwing the waste into the container, a movable securing element (111', 111"), which can be moved between a position in which it releases the opening and a position in which it closes the opening, and can preferably be arrested in the position in which it closes the opening, a control device, a drive device, which is operatively connected to the control device, and a pressing ram, which is coupled to the drive device and, for the purpose of pressing the waste within the container, can be moved between an initial position and a maximum-pressing position, characterized in that the pressing ram, which is coupled to the drive device, comprises a preferably step-form pressing plate, a long lever and a short lever, wherein the pressing plate, the long lever and the short lever, along with bearing means on the housing and bearing means on the pressing plate, form a four-bar linkage; and in that the securing element (111', 111") is coupled to the control device and/or the drive device.
Power tool, comprising a motor, a pneumatic striking mechanism having an exciter piston, an air spring, a striking piston and an anvil, wherein the air spring is excited into a forced oscillating movement along an axis by the motor, the striking piston is excited into a movement in the striking direction along the axis by the excited air spring and the striking piston strikes the anvil, and a guide tube in which the anvil is guided along the axis, characterised by a pneumatic chamber (40, 120) closed by the anvil, the guide tube and a valve mechanism (100, 180) actuated by its own medium and in that the volume of the pneumatic chamber varies as the anvil moves along the axis, wherein the valve mechanism (100, 180) actuated by its own medium has a swivelling sealing element (101, 181) between the anvil and the guide tube, the swivelling sealing element (101, 181) is swivelled into a swung-in position having a first inflow surface in a projection on to a plane perpendicular to the axis when the anvil moves in the striking direction and is swivelled into a swung-out position having a second inflow surface in a projection on to a plane perpendicular to the axis when the anvil moves in the opposite direction to the striking direction, and the second inflow surface is greater than the first inflow surface.
An evacuation station (120; 205) configured to hold a bag comprising: a control system comprising one or more processing devices programmed to control evacuation of a debris bin (115; 210) of a mobile robot (100; 200); a base to receive the mobile robot, the base comprising an intake port to align to an exhaust port of the debris bin; a canister to hold a bag to store debris from the debris bin; one or more conduits (230a; 230b; 230c) extending from the intake port to the bag, through which debris is transported between the intake port and the bag, wherein the cannister further comprises: a top movable between an open position and a closed position; a motor that is responsive to commands from the control system to remove air from the canister and thereby generate negative air pressure in the canister to evacuate the debris bin by suctioning the debris from the debris bin, characterized in that: the cannister further comprises slots that align the bag with a bag interface end of the one or more conduits, and that the motor is positioned below the cannister. a control system comprising one or more processing devices programmed to control evacuation of a debris bin (115; 210) of a mobile robot (100; 200); a base to receive the mobile robot, the base comprising an intake port to align to an exhaust port of the debris bin; a canister to hold a bag to store debris from the debris bin; one or more conduits (230a; 230b; 230c) extending from the intake port to the bag, through which debris is transported between the intake port and the bag, wherein the cannister further comprises: a top movable between an open position and a closed position; a motor that is responsive to commands from the control system to remove air from the canister and thereby generate negative air pressure in the canister to evacuate the debris bin by suctioning the debris from the debris bin, characterized in that: the cannister further comprises slots that align the bag with a bag interface end of the one or more conduits, and that the motor is positioned below the cannister. a top movable between an open position and a closed position; a motor that is responsive to commands from the control system to remove air from the canister and thereby generate negative air pressure in the canister to evacuate the debris bin by suctioning the debris from the debris bin, characterized in that: the cannister further comprises slots that align the bag with a bag interface end of the one or more conduits, and that the motor is positioned below the cannister. the cannister further comprises slots that align the bag with a bag interface end of the one or more conduits, and that the motor is positioned below the cannister.
A method comprising: providing a mold having a plurality of cavities, the plurality of cavities comprising polymeric surfaces; filling the plurality of cavities with a sol-gel, the sol-gel comprising particles that can be converted into alpha alumina in a liquid, the liquid comprising a volatile component; and removing at least a portion of the volatile component from the sol-gel while the sol-gel resides in the plurality of cavities and controlling the rheology of the sol-gel in the mold based on the yield stress of the sol-gel, the presence or absence of mold release agent and the drying rate, thereby forming a plurality of precursor shaped abrasive particles having a type selected from the group consisting of abrasive shards, shaped abrasive particles with an opening, and dish-shaped abrasive particles. providing a mold having a plurality of cavities, the plurality of cavities comprising polymeric surfaces; filling the plurality of cavities with a sol-gel, the sol-gel comprising particles that can be converted into alpha alumina in a liquid, the liquid comprising a volatile component; and removing at least a portion of the volatile component from the sol-gel while the sol-gel resides in the plurality of cavities and controlling the rheology of the sol-gel in the mold based on the yield stress of the sol-gel, the presence or absence of mold release agent and the drying rate, thereby forming a plurality of precursor shaped abrasive particles having a type selected from the group consisting of abrasive shards, shaped abrasive particles with an opening, and dish-shaped abrasive particles.
A bearing apparatus comprising: a bearing (5, 5a, 5b) including an inner ring (5ia, 5ib) and an outer ring (5ga, 5gb); a spacer including an inner-ring spacer adjacent to the inner ring (5ia, 5ib) and an outer-ring spacer adjacent to the outer ring (5ga, 5gb); at least one nozzle (70, 70A, 70B, 70C) provided in the outer-ring spacer, the at least one nozzle (70, 70A, 70B, 70C) emitting cooling air supplied from an air supply apparatus toward the inner-ring spacer; and characterized in that a heat flux sensor (11, 11a, 11b) is provided in the bearing (5, 5a, 5b) or the spacer, the heat flux sensor (11, 11a, 11b) measuring a heat flux, wherein an output signal from the heat flux sensor (11, 11a, 11b) is used for regulation of a flow rate of air emitted from the at least one nozzle (70, 70A, 70B, 70C). a bearing (5, 5a, 5b) including an inner ring (5ia, 5ib) and an outer ring (5ga, 5gb); a spacer including an inner-ring spacer adjacent to the inner ring (5ia, 5ib) and an outer-ring spacer adjacent to the outer ring (5ga, 5gb); at least one nozzle (70, 70A, 70B, 70C) provided in the outer-ring spacer, the at least one nozzle (70, 70A, 70B, 70C) emitting cooling air supplied from an air supply apparatus toward the inner-ring spacer; and characterized in that a heat flux sensor (11, 11a, 11b) is provided in the bearing (5, 5a, 5b) or the spacer, the heat flux sensor (11, 11a, 11b) measuring a heat flux, wherein an output signal from the heat flux sensor (11, 11a, 11b) is used for regulation of a flow rate of air emitted from the at least one nozzle (70, 70A, 70B, 70C).
Dispenser comprising a housing body, a housing cover and a feed mechanism, said feed mechanism comprising a drive roller and a pressure roller, wherein said drive roller and said pressure roller form a nip therebetween and wherein said housing cover is movable with respect to said housing body for opening and closing said housing cover, and wherein said housing cover is operably connected to said pressure roller and/or said drive roller such that movement of said housing cover from a closed position towards an open position moves said pressure roller relatively away from said drive roller to thereby open said nip, said housing cover being operably connected to said pressure roller and/or said drive roller by means of at least one linkage (33, 34, 35, 36, 37, 38, 39), the dispenser being characterized in that said linkage (33, 34, 35, 36, 37, 38, 39) has a first projection thereon proximate one end, said first projection being slidably mounted in a first guide slot arranged in an inwardly projecting portion of said housing cover.
A method for calibrating a measurement system comprising at least one image recording device having a forwardly oriented stereo camera system and a rearwardly oriented stereo camera system, each stereo camera system including at least two measurement cameras ((31, 31) and (32, 32), respectively), and having an analysis unit, wherein the measurement system is calibrated by means of a calibration device, wherein the calibration device forms a measurement space confined by a U-shaped measurement frame of at least three flat plates (24, 26, 27, 28), characterised in that, in a first step, 3D coordinates of reference features positioned on the U-shaped measurement frame and facing into the measurement space of the calibration device are determined by at least one recording camera, and in that in a second step, at least one of the image recording devices is disposed in the measurement space of the calibration device such that a respective measurement camera (31, 32) focuses one of the two opposite plates (24, 26) of the measurement frame, and that in a third step, the 3D coordinates of the at least one image recording device and/or of the at least two measurement cameras (31, 32) which each focus one of the two opposing plates (24, 26) of the measurement frame, are determined in a common 3D coordinate system by means of the analysis unit using the 3D coordinates of the reference features determined in the first step.