mhurhangee/patent-ind-claim-en huggingface dataset:
A disposable diaper, wherein an absorbent article includes an absorber , the absorber has a first slit formation region in a width-direction intermediate portion where one or more first slits extending in a front-back direction are provided at width-direction intervals, and the region has a front end and a back end, the absorber has two or more second slits extending to each side edge of the absorber, wherein the clearance width of the second slits is 3 to 8 mm, a respective said second slit extending from each of the front end and the back end of the first slit formation region, and the second slits comprising ones continuing from the first slit on one side in the width-direction to the side edge of the absorber on one side in the width-direction and ones continuing from the first slit on the other side in the width-direction to the side edge of the absorber on the other side in the width-direction, and the absorbent article has second slit elastic members that cross the direction of the second slits and exert a contraction force in the direction of closing of the second slits.
An inductive power transfer pad, in particular a power transfer pad of a system for inductive power transfer to a vehicle, comprising a stationary part and a movable part , wherein the movable part comprises a primary winding structure, wherein the movable part is movable between a retracted state and an extended state, characterized in that the power transfer pad is designed and/or controllable such that the movable part is only movable to a position from a set of predetermined positions, wherein the set of predetermined positions is a subset of the set of all positions between the retracted and the extended state, wherein the power transfer pad is controllable interval-dependent, wherein the retracted state is assigned to a first interval of ground clearances of a set of chargeable vehicles and the extended state is assigned to another interval of ground clearances of the set of chargeable vehicles, wherein the power transfer pad is designed and/or controllable such that in the retracted state and the extended state a minimal air gap height (Amin) is provided, wherein the minimal air gap height (Amin) is larger than zero, wherein the transfer pad comprises a control unit for determining the vehicle category depending on at least one vehicle characteristic, wherein the at least one vehicle characteristic is transmitted from the vehicle to the power transfer pad , wherein the interval is determined depending on the vehicle category or wherein the ground clearance of the vehicle can be directly transmitted to the power transfer pad .
A non-combustion type flavor inhaler comprising: an atomization unit atomizing an aerosol source without combustion; a flavor source provided closer to a mouthpiece side in relation to the atomization unit ; and an aerosol flow passage guiding aerosol generated by the atomization unit to the mouthpiece side, wherein the aerosol flow passage include: a first flow passage which guides aerosol to the mouthpiece side through the flavor source ; and a second flow passage which is different from the first flow passage , characterized in that an aerosol reduction rate of the second flow passage is smaller than an aerosol reduction rate of the first flow passage . an atomization unit atomizing an aerosol source without combustion; a flavor source provided closer to a mouthpiece side in relation to the atomization unit ; and an aerosol flow passage guiding aerosol generated by the atomization unit to the mouthpiece side, wherein the aerosol flow passage include: a first flow passage which guides aerosol to the mouthpiece side through the flavor source ; and a second flow passage which is different from the first flow passage , a first flow passage which guides aerosol to the mouthpiece side through the flavor source ; and a second flow passage which is different from the first flow passage , characterized in that an aerosol reduction rate of the second flow passage is smaller than an aerosol reduction rate of the first flow passage .
A method of manufacturing a conductor, the method comprising: preparing a conductive film comprising a plurality of metal nanostructures each surrounded by an organic material; and selectively removing at least a portion of the organic material surrounding the metal nanostructures using cluster ion beam sputtering. preparing a conductive film comprising a plurality of metal nanostructures each surrounded by an organic material; and selectively removing at least a portion of the organic material surrounding the metal nanostructures using cluster ion beam sputtering.
A side edge of a semitrailer with elements allowing to lock cargo, located in holes made in a longitudinal recess in the side edge of the semitrailer which has at least one hole made in a frame section with a monolithic mounting shape placed in it and with a through hole made in the central part of the mounting shape, wherein horizontal locks are led out from both lower corners of the mounting shape and splines are led out from both upper corners, characterized in that the splines are permanently deformed and flattened after placing the mounting shape in the hole .
A vacuum pumping device , comprising: an upper cover ; a lower cover configured to cooperate with the upper cover to form a receiving cavity and comprising a connecting part at a lower portion of the lower cover , a wall of the receiving cavity defining an evacuation hole and an exhaust hole ; a mounting support located in the receiving cavity and connected to the upper cover and/or the lower cover ; a vacuum pump connected to the mounting support , and comprising: an air inlet communicating with the evacuation hole ; and an air outlet communicating with the exhaust hole ; a control circuit board connected to the mounting support and electrically connected to the vacuum pump ; and a power supply module located in the receiving cavity and electrically connected to the control circuit board , characterized in that the mounting support is configured to divide the receiving cavity into: an upper cavity , the control circuit board and the power supply module being both located in the upper cavity ; and a lower cavity , the vacuum pump being located in the lower cavity and clamped and fixed by the lower cover and the mounting support . an upper cover ; a lower cover configured to cooperate with the upper cover to form a receiving cavity and comprising a connecting part at a lower portion of the lower cover , a wall of the receiving cavity defining an evacuation hole and an exhaust hole ; a mounting support located in the receiving cavity and connected to the upper cover and/or the lower cover ; a vacuum pump connected to the mounting support , and comprising: an air inlet communicating with the evacuation hole ; and an air outlet communicating with the exhaust hole ; an air inlet communicating with the evacuation hole ; and an air outlet communicating with the exhaust hole ; a control circuit board connected to the mounting support and electrically connected to the vacuum pump ; and a power supply module located in the receiving cavity and electrically connected to the control circuit board , characterized in that the mounting support is configured to divide the receiving cavity into: an upper cavity , the control circuit board and the power supply module being both located in the upper cavity ; and a lower cavity , the vacuum pump being located in the lower cavity and clamped and fixed by the lower cover and the mounting support . an upper cavity , the control circuit board and the power supply module being both located in the upper cavity ; and a lower cavity , the vacuum pump being located in the lower cavity and clamped and fixed by the lower cover and the mounting support .
A catheter for cerebral angiography and neurointerventions, comprising: a proximal end , a distal end and a plurality of segments , the plurality of segments including: a first curved segment having a curve with a first radius of curvature, the first curved segment being extended with a first linear segment ; a second curved segment connecting the first linear segment with a second linear segment , the second curved segment having a curve with a second radius of curvature, the curve of the first curved segment being in a different direction than the curve of the second curved segment (21 wherein the plurality of segments further comprises a third linear segment that is connected to an end of the second linear segment through a curved portion that orients the third linear segment in a direction that approaches towards the first curved segment ; characterised in that the second linear segment having a length greater than a length of the first linear segment . a first curved segment having a curve with a first radius of curvature, the first curved segment being extended with a first linear segment ; a second curved segment connecting the first linear segment with a second linear segment , the second curved segment having a curve with a second radius of curvature, the curve of the first curved segment being in a different direction than the curve of the second curved segment (21 wherein the plurality of segments further comprises a third linear segment that is connected to an end of the second linear segment through a curved portion that orients the third linear segment in a direction that approaches towards the first curved segment ; characterised in that the second linear segment having a length greater than a length of the first linear segment .
A method of manufacturing stacked semiconductor assemblies, comprising: mounting a semiconductor wafer to a temporary carrier , wherein the semiconductor wafer has a plurality of first dies arranged in a die pattern on the semiconductor wafer , the individual first dies having a first terminal at a first side of the semiconductor wafer and a first through die interconnect , the first through die interconnect electrically coupling the first terminal to a first contact , wherein the first through die interconnect is embedded within the substrate of the semiconductor wafer at an intermediate depth; thinning the semiconductor wafer by removing material from the second side of the semiconductor wafer to at least the intermediate depth to expose the first contacts of the first through die interconnects ; removing additional material from the second side of the semiconductor wafer such that the first contacts project beyond the second side of the semiconductor wafer ; attaching a plurality of singulated second dies to corresponding first dies , wherein the second dies are arranged in the die pattern and spaced apart from each other by gaps , the individual second dies each having a second terminal electrically coupled to one of the exposed first contacts ; disposing an encapsulating material in the gaps between the second dies ; and thinning the second dies after attaching the second dies to the first dies . mounting a semiconductor wafer to a temporary carrier , wherein the semiconductor wafer has a plurality of first dies arranged in a die pattern on the semiconductor wafer , the individual first dies having a first terminal at a first side of the semiconductor wafer and a first through die interconnect , the first through die interconnect electrically coupling the first terminal to a first contact , wherein the first through die interconnect is embedded within the substrate of the semiconductor wafer at an intermediate depth; thinning the semiconductor wafer by removing material from the second side of the semiconductor wafer to at least the intermediate depth to expose the first contacts of the first through die interconnects ; removing additional material from the second side of the semiconductor wafer such that the first contacts project beyond the second side of the semiconductor wafer ; attaching a plurality of singulated second dies to corresponding first dies , wherein the second dies are arranged in the die pattern and spaced apart from each other by gaps , the individual second dies each having a second terminal electrically coupled to one of the exposed first contacts ; disposing an encapsulating material in the gaps between the second dies ; and thinning the second dies after attaching the second dies to the first dies .
A method of receiving a sequence of symbols on a sidelink, SL, in a transmission time interval, TTI, the method comprising or initiating the steps: performing an automatic gain control, AGC, for the SL based on at least one first symbol of the SL in the TTI; receiving , based on the AGC, SL control information, SCI, encoded in at least one second symbol of the SL in the TTI; and receiving , based on the SCI, data encoded in at least one third symbol of the SL in the TTI, wherein data is encoded in the at least one first symbol , and characterized in that the SCI is indicative of whether the data encoded in the at least one first symbol is transmitted on an antenna port corresponding to reference signals included in the at least one first symbol , reference signals included in the at least one second symbol or reference signals included in the at least one third symbol . performing an automatic gain control, AGC, for the SL based on at least one first symbol of the SL in the TTI; receiving , based on the AGC, SL control information, SCI, encoded in at least one second symbol of the SL in the TTI; and receiving , based on the SCI, data encoded in at least one third symbol of the SL in the TTI, wherein data is encoded in the at least one first symbol , and characterized in that the SCI is indicative of whether the data encoded in the at least one first symbol is transmitted on an antenna port corresponding to reference signals included in the at least one first symbol , reference signals included in the at least one second symbol or reference signals included in the at least one third symbol .
Heat exchanger , in particular for use in a distillation plant, comprising an installation frame and a base unit in the form of a stack of a plurality of metal sheets , wherein, in order to form fluid ducts , the metal sheets of the base unit have an embossing, wherein at least one fluid duct for conducting a fluid is formed between at least two metal sheets , wherein the base unit is exchangeably arranged between a connecting portion and a counter-portion of the installation frame , characterized in that the fluid ducts of the base unit and connections of the connection unit and/or connections between the connection unit and the base unit are mechanically encoded by an individual shaping and/or are electronically encoded by an electronic safety device in the form of an RFID transponder or in the form of a sensor.
A titanium-containing formulation containing complexes of titanium salts with ascorbic acid and citric acid, a preservative agent, and water-soluble sulfates of metals absorbable by plants, characterized in that it comprises the product of the titanium complexation reaction from titanyl sulfate with a mixture of ascorbic acid and citric acid in aqueous environment alkalized with magnesium hydroxide in the simultaneous presence of acetic acid, at the mass ratio of magnesium, calculated as MgO, to titanium of 1:1 to 20:1; ascorbic acid to citric acid of 5:1 to 3:5, preferably 2:1; ascorbic acid to titanium of 7:2 to 10:1, preferably 4:1 to 6:1; and magnesium hydroxide, calculated as MgO, to acetic acid, calculated as 100 % acetic acid, of 8:1 to 3:5.
Compression bandage comprising a non-woven-based bandage layer which is overstitched with elastic textile threads by means of a stitch-bonding process, characterized in that the textile threads are heat-shrinkable and not elastomeric and the compression bandage has, after heat shrinkage of the textile threads, an elastic stretchability of 50-200%, in particular from 50% to 90% and in particular 50% to 70%.
Rod lock for locking a door leaf on a door frame , having at least one locking means , which is designed in the form of a quarter-turn compression lock, and having a rod , the locking means and rod being coupled to one another via at least one rod coupling , wherein the locking means has a locking element (3.1), which is designed such that it can be turned about a locking axis (V) and can be moved along the locking axis (V), characterized in that the turning movement and the axial movement of the locking element (3.1) coincide at least to some extent, and in that the rod coupling is designed in the form of a pivoting lever.
A system for treating urinary retention of a mammal patient by discharging urine from the urinary bladder, comprising: an implantable powered member adapted exert a force on the outside of a selected portion of the urinary bladder in order to discharge urine from the urinary bladder, and being characterised in that the system further comprises: an implantable restriction device for temporarily restricting a ureter; and a control device for controlling the operation of the powered member; and for controlling the restriction device to restrict the ureter when discharging urine from the urinary bladder. an implantable restriction device for temporarily restricting a ureter; and a control device for controlling the operation of the powered member; and for controlling the restriction device to restrict the ureter when discharging urine from the urinary bladder.
Device for dispensing a fluid under aseptic conditions, comprising a conveying device for conveying the fluid to a dispensing opening , and further comprising a coupling element for connecting a syringe comprising a syringe needle or cannula, wherein the coupling element comprises a septum that can be penetrated by a syringe needle or cannula ; wherein the coupling element is designed as a needle receptacle into which the septum is inserted, in particular into a circumferential groove ; wherein the fluid can be conveyed from the syringe , via the coupling element and the conveying device , to the dispensing opening exclusively under the action of the conveying device ; wherein the device comprises a holder into which the syringe can be inserted; wherein the syringe - when inserted into the holder - can be coupled to the device via the coupling element ; wherein the holder is designed as a plug-in unit which can be inserted into a plug-in region of the device ; wherein the syringe needle is largely shielded by the plug-in unit .
An autonomous omnidirectional drive unit including • a drive chassis supported on two independent parallel drive wheels which are coaxial with a horizontal axis (EH), each drive wheel being actuated by a drive motor included in said drive chassis ; • a transport chassis the central area of which is superimposed on and connected to the drive chassis through a rotary joint which is coaxial with a vertical axis (EV), the vertical axis (EV) intersecting the mentioned horizontal axis (EH) between the two drive wheels , said transport chassis extending around the drive chassis in a peripheral area, the transport chassis being supported on multiple caster wheels distributed around the drive chassis ; characterized in that the drive unit further includes: • a rotating device concentric with the vertical axis (EV) and integrated in the rotary joint between the transport chassis and the drive chassis , actuated by a rotary motor which determines the angular position of the drive chassis with respect to the transport chassis about the vertical axis (EV), and • a control device configured for adjusting at least the two drive motors and the rotary motor in a coordinated manner to obtain omnidirectional movement of the transport chassis ; and wherein the rotating device includes a gear ring to which there is connected a gear actuated by the rotary motor , the rotary motor is supported in the transport chassis , and the gear ring is integrally attached to the drive chassis . • a drive chassis supported on two independent parallel drive wheels which are coaxial with a horizontal axis (EH), each drive wheel being actuated by a drive motor included in said drive chassis ; • a transport chassis the central area of which is superimposed on and connected to the drive chassis through a rotary joint which is coaxial with a vertical axis (EV), the vertical axis (EV) intersecting the mentioned horizontal axis (EH) between the two drive wheels , said transport chassis extending around the drive chassis in a peripheral area, the transport chassis being supported on multiple caster wheels distributed around the drive chassis ; • a rotating device concentric with the vertical axis (EV) and integrated in the rotary joint between the transport chassis and the drive chassis , actuated by a rotary motor which determines the angular position of the drive chassis with respect to the transport chassis about the vertical axis (EV), and • a control device configured for adjusting at least the two drive motors and the rotary motor in a coordinated manner to obtain omnidirectional movement of the transport chassis ; and wherein the rotating device includes a gear ring to which there is connected a gear actuated by the rotary motor , the rotary motor is supported in the transport chassis , and the gear ring is integrally attached to the drive chassis .
A method of operating an injection molding machine , the method comprising: providing an injection molding machine having a controller adapted to control operation thereof; entering a learning mode of the controller to obtain a reference load curve; upon obtaining the reference load curve, obtaining a plurality of set points along the reference load curve; and upon obtaining the reference load curve and the plurality of set points, entering an operational mode of the controller ; characterized by , using the controller , operating the injection molding machine at one of the plurality of set points such that an average operational load value of the injection molding machine remains at or below the reference load curve. providing an injection molding machine having a controller adapted to control operation thereof; entering a learning mode of the controller to obtain a reference load curve; upon obtaining the reference load curve, obtaining a plurality of set points along the reference load curve; and upon obtaining the reference load curve and the plurality of set points, entering an operational mode of the controller ; characterized by , using the controller , operating the injection molding machine at one of the plurality of set points such that an average operational load value of the injection molding machine remains at or below the reference load curve.