mhurhangee/patent-ind-claim-en huggingface dataset:
A mask , comprising: an outer cover , configured as a hot-pressing molded element of fibers, and provided with a plurality of ventilation holes penetrating the outer cover ; a filter , configured to filter air and disposed at a side of the outer cover close to a user; and two sealing pads , both connected to a side of the filter close to the user and configured to touch skin at two sides of a nose bridge of the user to fill and seal gaps between the filter and the two sides of the nose bridge of the user, wherein the sealing pad comprises a supporting sheet body that is formed as a smooth-curved-surface body projecting in a direction running away from the filter , characterized in that the sealing pad further comprises a supporting rib , and the supporting rib is disposed between the filter and the supporting sheet body , the supporting rib is connected to the supporting sheet body and configured to swing left and right along a joint of the supporting rib and the supporting sheet body , wherein a length direction of the supporting rib extends in an up-and-down direction, a thickness direction of the supporting rib extends in a left-and-right direction, and a width direction of the supporting rib extends in a front-and-rear direction, and wherein a rear edge of the supporting rib is connected with a front surface of the supporting sheet body , and a front edge of the supporting rib is configured to swing freely. an outer cover , configured as a hot-pressing molded element of fibers, and provided with a plurality of ventilation holes penetrating the outer cover ; a filter , configured to filter air and disposed at a side of the outer cover close to a user; and two sealing pads , both connected to a side of the filter close to the user and configured to touch skin at two sides of a nose bridge of the user to fill and seal gaps between the filter and the two sides of the nose bridge of the user, wherein the sealing pad comprises a supporting sheet body that is formed as a smooth-curved-surface body projecting in a direction running away from the filter , characterized in that the sealing pad further comprises a supporting rib , and the supporting rib is disposed between the filter and the supporting sheet body , the supporting rib is connected to the supporting sheet body and configured to swing left and right along a joint of the supporting rib and the supporting sheet body , wherein a length direction of the supporting rib extends in an up-and-down direction, a thickness direction of the supporting rib extends in a left-and-right direction, and a width direction of the supporting rib extends in a front-and-rear direction, and wherein a rear edge of the supporting rib is connected with a front surface of the supporting sheet body , and a front edge of the supporting rib is configured to swing freely.
A drive arrangement for a cleaning device for a cylinder tube of a heat exchanger , the drive arrangement comprising: - a threaded spindle which is designed to be arranged in the cylinder tube coaxially with the cylinder tube of the heat exchanger in an axial direction , and to displace a cleaning element in the cylinder tube in the axial direction via rotation; - a coupling element with a first rotor , wherein the first rotor can be rigidly mechanically connected to the threaded spindle ; characterized in that the coupling element has a second rotor which is coupled to the first rotor , wherein the first rotor can be connected to the cylinder tube in a fluid-tight and/or pressure-tight manner, and wherein the second rotor can be mechanically connected to a drive element such that the threaded spindle is rotatable via the second rotor and the first rotor by means of the drive element . - a threaded spindle which is designed to be arranged in the cylinder tube coaxially with the cylinder tube of the heat exchanger in an axial direction , and to displace a cleaning element in the cylinder tube in the axial direction via rotation; - a coupling element with a first rotor , wherein the first rotor can be rigidly mechanically connected to the threaded spindle ;
An intravascular microcatheter for delivering active substances comprising a proximal end portion , a stem , and a distal end portion with an atraumatic tip , characterised in that it comprises a main channel for delivering active substances centrally positioned and parallel to a lateral guidewire channel arranged at least on the section of the distal end portion of the microcatheter in which there is placed an active substance delivery region with regularly distributed pores in a number of 20 to 200, whereas the atraumatic tip of the microcatheter is devoid of pores and closed, and wherein the guidewire channel has a smaller diameter than the main channel and is located on the lateral wall of the main channel .
A method of manufacturing an electrode with an organic fiber layer , the electrode comprising a current collector having an edge part , a current-collecting tab extending from the edge part of the current collector and having a first surface and a second surface , and an active material-containing layer supported on at least one surface of the current collector , wherein the organic-fiber layer is bonded with an end part of the active material-containing layer and with a part (113a-1, 123a-1) adjacent to the edge part of the current collector in the first surface of the current-collecting tab and is formed through an electrospinning method wherein a raw material solution is ejected from a spinning nozzle over the entire surface of the electrode while applying voltage to the spinning nozzle by use of a high voltage generator, the raw material solution comprises a solvent and an organic material dissolved in the solvent, the solvent is at least one selected from the group consisting of dimethylacetoamide (DMAc), dimethylsulfoxide (DMSO), N,N'-dimethylformamide (DMF), N-methylpyrrolidone (NMP), and water, and the organic material is at least one selected from the group consisting of polyamideimide, polyamide, polyolefin, polyether, polyimide, polyketone, polysulfone, cellulose, polyvinyl alcohol (PVA), and polyvinylidene fluoride (PVdF).
A hardware unit for manipulating data stored in a memory , the hardware unit comprising: an internal buffer ; a memory reading block , configured to read the data from the memory and write the data to the internal buffer ; and a memory writing block , configured to read the data from the internal buffer and write the data to the memory , wherein the data comprises a multidimensional array comprising a plurality of data elements, wherein at least one of the memory reading block and the memory writing block is configured to traverse the multidimensional array using a plurality of nested loops, each loop having associated with it a corresponding stride between data elements of the multidimensional array, characterised in that the hardware unit further comprises a control channel between the memory reading block and the memory writing block , wherein the memory reading block and the memory writing block are configured to communicate via the control channel to maintain synchronisation between them when writing the data to the internal buffer and reading the data from the internal buffer, respectively, and wherein at least one loop of the plurality of nested loops is configured to iterate a different number of times depending on a loop index of at least one other loop of the plurality of nested loops. an internal buffer ; a memory reading block , configured to read the data from the memory and write the data to the internal buffer ; and a memory writing block , configured to read the data from the internal buffer and write the data to the memory , wherein the data comprises a multidimensional array comprising a plurality of data elements, wherein at least one of the memory reading block and the memory writing block is configured to traverse the multidimensional array using a plurality of nested loops, each loop having associated with it a corresponding stride between data elements of the multidimensional array,
A turbopump comprising a turbine 5 and a pump 8, where the turbine 5 comprises a turbine housing 101 with an impeller 102 of the turbine 5 located therein, the pump 8 comprises a pump housing 104 with an impeller 105 of the pump 8 located therein, where the impeller 102 of the turbine 5 and the impeller 105 of the pump 8 are interconnected by a shaft 103, and between the turbine housing 101 and the pump housing 104 a coupling housing 106 is arranged, wherein a ring-shaped injection nozzle 108 is connected to the inlet of the pump housing 104, characterized in, that the ring-shaped injection nozzle 108 has a circumferential groove on the surface adjacent to the pump housing 104, which forms a circumferential cavity 120, when the injection nozzle 108 and the pump housing 104 are connected, where the circumferential cavity 120 comprises two opposite inlet openings 121a, 121b, and nozzles 125.
A roadway boundary element comprising one stationary element and one telescopic element , the stationary element and the telescopic element each having two side walls (11; 21) which are each connected to one another, the telescopic element being arranged displaceably along a longitudinal axis (L) within the stationary element , the road boundary element having a traction drive extending in the direction of the longitudinal axis, in particular a chain drive, for displacing the telescopic element relative to the stationary element , characterized in that the traction drive is arranged between a side wall of the stationary element and a side wall of the telescopic element , in particular in a recess of the telescopic element .
A one-piece fastening device for electrical cabinet for fixing a rail comprising modular protective apparatuses to a base element, the device comprising: - a first portion and a second portion substantially forming a first plane (PI), - the first portion comprising first clipping means and the second portion comprising second clipping means , the first and second clipping means being symmetrical relative to each other along a plane perpendicular to the first plane (PI), and - at least two unlocking means , a first unlocking means comprising the second clipping means and a second unlocking means comprising the first clipping means , said unlocking means being elastically deformable to unclip the clipping means , the one-piece device further comprising at least one fixing means arranged so as to be able to be fixed on a rail, the one-piece device being characterised in that said second unlocking means is arranged so as to unclip said first clipping means after being brought into contact with said first unlocking means after applying a pressure on said first unlocking means . - a first portion and a second portion substantially forming a first plane (PI), - the first portion comprising first clipping means and the second portion comprising second clipping means , the first and second clipping means being symmetrical relative to each other along a plane perpendicular to the first plane (PI), and - at least two unlocking means , a first unlocking means comprising the second clipping means and a second unlocking means comprising the first clipping means , said unlocking means being elastically deformable to unclip the clipping means , the one-piece device further comprising at least one fixing means arranged so as to be able to be fixed on a rail, the one-piece device being characterised in that said second unlocking means is arranged so as to unclip said first clipping means after being brought into contact with said first unlocking means after applying a pressure on said first unlocking means .
A gas turbine engine , comprising a low pressure (LP) spool including an LP shaft and a high pressure (HP) spool including an HP shaft , the LP and HP shafts rotatable independently of one another about a central axis , an accessory gear box (AGB) drivingly engaged to a plurality of accessories, an engine starter drivingly engaged to the AGB , and a drive shaft (30; 130) drivingly engaged to the AGB , wherein: in a first engine mode, the drive shaft (30; 130) is drivingly engaged to the HP shaft and is disengaged from the LP shaft , the engine starter is in driving engagement with the HP shaft via the drive shaft (30; 130), and the LP shaft is disengaged from the AGB ; and in a second engine mode, the drive shaft (30; 130) is drivingly engaged to the LP shaft and is disengaged from the HP shaft , the LP shaft is in driving engagement with the AGB via the drive shaft , and the HP shaft is disengaged from the AGB , characterised in that : the engine starter is drivingly engaged to the AGB via the drive shaft (30; 130). in a first engine mode, the drive shaft (30; 130) is drivingly engaged to the HP shaft and is disengaged from the LP shaft , the engine starter is in driving engagement with the HP shaft via the drive shaft (30; 130), and the LP shaft is disengaged from the AGB ; and in a second engine mode, the drive shaft (30; 130) is drivingly engaged to the LP shaft and is disengaged from the HP shaft , the LP shaft is in driving engagement with the AGB via the drive shaft , and the HP shaft is disengaged from the AGB , characterised in that : the engine starter is drivingly engaged to the AGB via the drive shaft (30; 130).
An agricultural harvester comprising a wear plate assembly , the wear plate assembly comprising: a support element having a number of lateral regions (44",44′′′), characterised in that the or each lateral region is provided with a plurality of first engagement features, and in that the wear plate assembly further comprises one or more replaceable wear plates provided on a first side with a plurality of second engagement features for engagement with the first engagement features, and a plurality of fastenings to secure the or each replaceable wear plate to the support element through the engagement features, wherein the harvester further comprises a shear bar assembly to which the support element of the wear plate assembly is mounted.
An automatic pilot device for a rotary wing aircraft, comprising at least one automatic pilot assembly , each automatic pilot assembly comprising at least two primary actuators configured to act on the aircraft, in which at least one or each of the primary actuators incorporates an electronic computation unit configured to: - communicate with the measuring system onboard the aircraft configured to generate measuring signals representative of flight parameters of the aircraft, on the one hand, and/or a cockpit usable by a crew to pilot the aircraft and configured to generate control signals as a function of the actions by the crew, on the other hand, and - compute, as a function of the measuring signals and/or control signals, a piloting setpoint for the primary actuator incorporating this computation unit and/or a piloting setpoint for at least one or each other primary actuator of the automatic pilot assembly , for the piloting of the aircraft by the automatic pilot device. - communicate with the measuring system onboard the aircraft configured to generate measuring signals representative of flight parameters of the aircraft, on the one hand, and/or a cockpit usable by a crew to pilot the aircraft and configured to generate control signals as a function of the actions by the crew, on the other hand, and - compute, as a function of the measuring signals and/or control signals, a piloting setpoint for the primary actuator incorporating this computation unit and/or a piloting setpoint for at least one or each other primary actuator of the automatic pilot assembly , for the piloting of the aircraft by the automatic pilot device.
A method for evaluating or selecting an agent for suppressing GIP level elevation, comprising the following steps (A) to (D): (A) contacting a test substance with a mammal-derived tissue or cell capable of expressing an FABP4 gene or FABP5 gene, or an FABP4 protein or FABP5 protein; (B) measuring an expression level of the FABP4 gene or FABP5 gene, an expression level of the FABP4 protein or FABP5 protein, or an activity of the FABP4 protein or FABP5 protein in the mammal-derived tissue or cell; (C) comparing the expression level or activity measured in the (B) with an expression level of an FABP4 gene or FABP5 gene, an expression level of an FABP4 protein or FABP5 protein, or an activity of an FABP4 protein or FABP5 protein in a control group; and (D) evaluating or selecting a test substance which reduces the expression level of the FABP4 gene or FABP5 gene, the expression level of the FABP4 protein or FABP5 protein, or the activity of the FABP4 protein or FABP5 protein as an agent for suppressing GIP level elevation based on results of the (C). (A) contacting a test substance with a mammal-derived tissue or cell capable of expressing an FABP4 gene or FABP5 gene, or an FABP4 protein or FABP5 protein; (B) measuring an expression level of the FABP4 gene or FABP5 gene, an expression level of the FABP4 protein or FABP5 protein, or an activity of the FABP4 protein or FABP5 protein in the mammal-derived tissue or cell; (C) comparing the expression level or activity measured in the (B) with an expression level of an FABP4 gene or FABP5 gene, an expression level of an FABP4 protein or FABP5 protein, or an activity of an FABP4 protein or FABP5 protein in a control group; and (D) evaluating or selecting a test substance which reduces the expression level of the FABP4 gene or FABP5 gene, the expression level of the FABP4 protein or FABP5 protein, or the activity of the FABP4 protein or FABP5 protein as an agent for suppressing GIP level elevation based on results of the (C).
Device for perforation of a downhole formation , said device comprising: - an electronically induced acoustic shock wave generator ; and - an acoustic shock wave focusing member , wherein: - said acoustic shock wave focusing member is an elliptically shaped reflector ; - said electronically induced acoustic shock wave generator is an electrohydraulic acoustic shock wave generator ; - said device is at least partially covered by a flexible membrane in order to maintain the electrohydraulic acoustic shock wave generator in a controlled liquid-filled environment; - said acoustic shock wave focusing member is adapted to focus acoustic shock waves (S), generated by the electrohydraulic acoustic shock wave generator , onto a focus area (F) of a borehole in order to disintegrate the downhole formation within said area (F); and - that the device is adapted to generate a series of focused acoustic shock waves in order to gradually excavate a perforation tunnel extending from said borehole and into said formation in a direction of the propagation of the focused acoustic shock wave. - an electronically induced acoustic shock wave generator ; and - an acoustic shock wave focusing member , wherein: - said acoustic shock wave focusing member is an elliptically shaped reflector ; - said electronically induced acoustic shock wave generator is an electrohydraulic acoustic shock wave generator ; - said device is at least partially covered by a flexible membrane in order to maintain the electrohydraulic acoustic shock wave generator in a controlled liquid-filled environment; - said acoustic shock wave focusing member is adapted to focus acoustic shock waves (S), generated by the electrohydraulic acoustic shock wave generator , onto a focus area (F) of a borehole in order to disintegrate the downhole formation within said area (F); and - that the device is adapted to generate a series of focused acoustic shock waves in order to gradually excavate a perforation tunnel extending from said borehole and into said formation in a direction of the propagation of the focused acoustic shock wave.
A method of wireless communication, comprising: transmitting , by a first wireless communication device, a first signal according to a first numerology defining a first slot including a first number of symbols based on a first tone spacing, wherein the first signal indicates a second numerology defining a second slot including a second number of symbols based on a second tone spacing; and transmitting , by the first wireless communication device, a second signal according to the second numerology during a mini-slot in the second slot including a third number of symbols less than the second number of symbols in the second slot. transmitting , by a first wireless communication device, a first signal according to a first numerology defining a first slot including a first number of symbols based on a first tone spacing, wherein the first signal indicates a second numerology defining a second slot including a second number of symbols based on a second tone spacing; and transmitting , by the first wireless communication device, a second signal according to the second numerology during a mini-slot in the second slot including a third number of symbols less than the second number of symbols in the second slot.
Combination of lysobactin and at least one aminoglycoside antibiotic for use in a treatment of a non-human mammalian animal against a disease caused by Gram-negative and/or Gram-positive bacteria.
A cochlear implant hearing aid system , comprising an external part including a sound pickup unit configured to pick up sound from the environment and a sound processing unit configured to process said sound, and an external near-infrared transmitter, an implant part including an implant processing unit and a plurality of cochlea stimulation electrodes for stimulation of a cochlea of a user, a near-infrared transmitter configured to transmit a near-infrared wave, wherein said near-infrared transmitter is an internal near-infrared transmitter provided on said implant part and configured to transmit said near-infrared wave towards a cortex of said user, a near-infrared receiver configured to receive said near-infrared wave, wherein said near-infrared transmitter and said near-infrared receiver are arranged on a back of said implant part , and the back of said implant part is directed towards a skull of said user, and characterized in that said near-infrared receiver is an internal near-infrared receiver provided on said implant part and configured to receive both said near-infrared wave scattered signals from within said cortex of said user and to receive a directly transmitted near-infrared wave signal from the external near-infrared transmitter. an external part including a sound pickup unit configured to pick up sound from the environment and a sound processing unit configured to process said sound, and an external near-infrared transmitter, an implant part including an implant processing unit and a plurality of cochlea stimulation electrodes for stimulation of a cochlea of a user, a near-infrared transmitter configured to transmit a near-infrared wave, wherein said near-infrared transmitter is an internal near-infrared transmitter provided on said implant part and configured to transmit said near-infrared wave towards a cortex of said user, a near-infrared receiver configured to receive said near-infrared wave, wherein said near-infrared transmitter and said near-infrared receiver are arranged on a back of said implant part , and the back of said implant part is directed towards a skull of said user, and characterized in that said near-infrared receiver is an internal near-infrared receiver provided on said implant part and configured to receive both said near-infrared wave scattered signals from within said cortex of said user and to receive a directly transmitted near-infrared wave signal from the external near-infrared transmitter.