mhurhangee/patent-ind-claim-en huggingface dataset:
A composite material member (CM) comprising: an FRP layer made of fiber-reinforced plastic; a resin-rich layer that is formed in at least a partial region of a surface of the FRP layer, and that is formed from the same resin as the matrix resin (MR) of the fiber-reinforced plastic; and a hole that is bored so as to penetrate the FRP layer and the resin-rich layer; characterized in that the resin-rich layer comprises reinforcing fibers, and the resin-rich layer has a fiber content by volume that is 5% or less of the fiber content by volume of the FRP layer. an FRP layer made of fiber-reinforced plastic; a resin-rich layer that is formed in at least a partial region of a surface of the FRP layer, and that is formed from the same resin as the matrix resin (MR) of the fiber-reinforced plastic; and a hole that is bored so as to penetrate the FRP layer and the resin-rich layer; characterized in that the resin-rich layer comprises reinforcing fibers, and the resin-rich layer has a fiber content by volume that is 5% or less of the fiber content by volume of the FRP layer.
An occlusion device comprising: (a) a substantially solid marker band having an inner and outer diameter, a proximal end, and a distal end; (b) a resilient mesh body attached within the marker band , wherein the resilient mesh body has a length y, wherein the resilient mesh body comprises a circumferentially folded over single layer of mesh to create a dual layer of mesh; and wherein the resilient mesh body extends distally from the marker band , wherein the resilient mesh body has a first delivery shape and a second expandable deployed shape, and wherein the ends of the dual layer of mesh are attached within the marker band characterised in that the occlusion device comprises a bolus of additional resilient mesh material of a length x arranged within the resilient mesh body , wherein y is greater than x. (a) a substantially solid marker band having an inner and outer diameter, a proximal end, and a distal end; (b) a resilient mesh body attached within the marker band , wherein the resilient mesh body has a length y, wherein the resilient mesh body comprises a circumferentially folded over single layer of mesh to create a dual layer of mesh; and wherein the resilient mesh body extends distally from the marker band , wherein the resilient mesh body has a first delivery shape and a second expandable deployed shape, and wherein the ends of the dual layer of mesh are attached within the marker band characterised in that the occlusion device comprises a bolus of additional resilient mesh material of a length x arranged within the resilient mesh body , wherein y is greater than x.
A mining vehicle monitoring and control system, the system comprising: at least one sensor being located in the vehicle, wherein the at least one sensor is configured to collect real-time data for at least one condition of the vehicle ; a server being located remote from the vehicle and being configured to load at least one control parameter onto the server ; a first transmission means for transmitting collected data to the server ; a comparison means in the server for comparing the collected data to the at least one control parameter and for generating at least one vehicle condition recommendation based upon the comparison; and a second transmission means for transmitting the at least one vehicle condition recommendation from the server to the display device , characterized in that the system comprises a display device being located in the vehicle in such a way that it is visible to a driver of the vehicle , and in that the system is configured to enable the driver to see the recommendations on the display device and to adjust the vehicle operating conditions in real time. at least one sensor being located in the vehicle, wherein the at least one sensor is configured to collect real-time data for at least one condition of the vehicle ; a server being located remote from the vehicle and being configured to load at least one control parameter onto the server ; a first transmission means for transmitting collected data to the server ; a comparison means in the server for comparing the collected data to the at least one control parameter and for generating at least one vehicle condition recommendation based upon the comparison; and a second transmission means for transmitting the at least one vehicle condition recommendation from the server to the display device , characterized in that the system comprises a display device being located in the vehicle in such a way that it is visible to a driver of the vehicle , and in that the system is configured to enable the driver to see the recommendations on the display device and to adjust the vehicle operating conditions in real time.
Method for shaping a part made of a metal material by means of a magnetic pulse, characterised in that it includes the steps of: - positioning a thin layer made of an electrically conducting material, referred to as a conductive layer , on all or part of the part to be shaped, - positioning the part between a coil and a matrix , the conductive layer being arranged between said coil and said part, - generating, by the coil , an induced current, said induced current being configured: - on the one hand to vaporise the conductive layer , generating a pressure wave in the direction of the part , and - on the other hand, in association with a magnetic field generated by said coil, to accelerate the part in the direction of the matrix , pressing said part against said matrix, resulting in the part being shaped. - positioning a thin layer made of an electrically conducting material, referred to as a conductive layer , on all or part of the part to be shaped, - positioning the part between a coil and a matrix , the conductive layer being arranged between said coil and said part, - generating, by the coil , an induced current, said induced current being configured: - on the one hand to vaporise the conductive layer , generating a pressure wave in the direction of the part , and - on the other hand, in association with a magnetic field generated by said coil, to accelerate the part in the direction of the matrix , pressing said part against said matrix, resulting in the part being shaped. - on the one hand to vaporise the conductive layer , generating a pressure wave in the direction of the part , and - on the other hand, in association with a magnetic field generated by said coil, to accelerate the part in the direction of the matrix , pressing said part against said matrix, resulting in the part being shaped.
A method of receiving a downlink signal in narrowband Internet of things, NB-IoT, by a user equipment in a wireless communication system, the method comprising: receiving carrier information regarding a second carrier different from a first carrier on the first carrier; and receiving downlink data for the user equipment on a downlink carrier of the second carrier based on the carrier information, wherein the first carrier operates in one first resource block, RB, within a guard band used in the wireless communication system and the second carrier operates in one second RB within a channel band used in the wireless communication system, wherein the first carrier is a carrier on which an NB-IoT synchronization signal, nSS, and an NB-IoT physical broadcast channel, nPBCH, are received, and the second carrier is a carrier on which the nSS and the nPBCH are not received, and wherein the second carrier includes the downlink carrier and an uplink carrier, and the carrier information includes information regarding the downlink carrier and information regarding the uplink carrier. receiving carrier information regarding a second carrier different from a first carrier on the first carrier; and receiving downlink data for the user equipment on a downlink carrier of the second carrier based on the carrier information, wherein the first carrier operates in one first resource block, RB, within a guard band used in the wireless communication system and the second carrier operates in one second RB within a channel band used in the wireless communication system, wherein the first carrier is a carrier on which an NB-IoT synchronization signal, nSS, and an NB-IoT physical broadcast channel, nPBCH, are received, and the second carrier is a carrier on which the nSS and the nPBCH are not received, and wherein the second carrier includes the downlink carrier and an uplink carrier, and the carrier information includes information regarding the downlink carrier and information regarding the uplink carrier.
Arrangement comprising a mixing container (1, 1.1) and an emptying station , said mixing container (1, 1.1) comprising an upper-side filling opening , with a connection flange (9, 9.1) in the region of the upper-side filling opening , projecting in the radial direction outwards, for connecting the mixing container (1, 1.1) to the mixing head of an industrial mixing machine, and an under-side outlet which can be closed and opened, wherein the mixing container (1, 1.1) comprises a mixing vessel (3, 3.1) forming the cavity of the mixing container (1, 1.1), with a flexible wall delimiting its cavity in the radial direction, with a shape stability, due to which the possibility of it falling inwards during the mixing process is prevented, and a container frame (2, 2.1) holding the mixing vessel (3, 3.1) with the connection flange (9, 9.1) and the outlet , with the mixing vessel (3, 3.1) held to the said container frame (2, 2.1) in such a way that its wall delimiting the cavity is accessible in the circumferential direction at least partially, so as to carry out a deformation thereof in the radial direction, and the said emptying station exhibits an inward movement positioning for the inward movement of the mixing container (1, 1.1), in which position the outlet of the mixing container (1, 1.1) can be coupled to an inlet for receiving the mixed material, and an (at) least one pressing body , which can be moved in the radial direction in relation to the flexible wall of the mixing container (1, 1.1), and which is configured such that it can press the flexible wall inwards with the mixing container (1, 1.1) moved into the emptying station .
Transmission system suitable for operation with a drive machine, having an input shaft for the drive power, at least one output shaft for outputting same to a drive, a power-split transmission section , a manual transmission , a transmission system controller , wherein the power-split transmission section has at least one variable transmission branch and a mechanical transmission branch , and the variable transmission branch has, on the input and output sides, in each case at least one first and second electric machine for the generator and motor operation, which electric machines are electrically connected to one another, wherein the drive power is divided up and conducted by the mechanical and variable transmission branch , and to an input-coupled, magnetically electric epicyclic gear stage which brings together the variable transmission branch and mechanical transmission branch , to an inner rotor , an outer stator and a modulating ring , characterized in that the magnetically electric epicyclic gear stage can be activated by the second electric machine in such a manner that the output shaft of the transmission system rotates counter to the direction of rotation at an input shaft , as a result of which a forward and reverse operation of the transmission system can be carried out. suitable for operation with a drive machine, having an input shaft for the drive power, at least one output shaft for outputting same to a drive, a power-split transmission section , a manual transmission , a transmission system controller , wherein the power-split transmission section has at least one variable transmission branch and a mechanical transmission branch , and the variable transmission branch has, on the input and output sides, in each case at least one first and second electric machine for the generator and motor operation, which electric machines are electrically connected to one another, wherein the drive power is divided up and conducted by the mechanical and variable transmission branch , and to an input-coupled, magnetically electric epicyclic gear stage which brings together the variable transmission branch and mechanical transmission branch , to an inner rotor , an outer stator and a modulating ring , characterized in that the magnetically electric epicyclic gear stage can be activated by the second electric machine in such a manner that the output shaft of the transmission system rotates counter to the direction of rotation at an input shaft , as a result of which a forward and reverse operation of the transmission system can be carried out.
A vehicle comprising a floor which is equipped with at least one retractor belt for securing an objects' position on top of the floor , characterized in that the retractor belt is guided over a compressible actuator that is provided with an unloaded position and a compressed loaded position, and arranged to actuate a switch when placed in the compressed loaded position, which compressible actuator is mounted in the floor between a guide roller for the retractor belt and a tensioned take-up and release roller for the retractor belt , wherein both the guide roller and the take-up and release roller are mounted within the floor .
A system for measuring and prompting chest compressions to facilitate the effective administration of cardiopulmonary resuscitation (CPR), said system comprising: a hand-held device ; a displacement detector carried by the hand-held device for producing a displacement-indicative signal indicative of the displacement of a CPR recipient's chest toward the recipient's spine, wherein said displacement detector comprises an accelerometer producing a measured acceleration signal; a converter comprising an integrator for converting said acceleration signal into a distance value; a signaling mechanism , the signaling mechanism comprising: a comparator for comparing said distance value to a desired range; and an indicator for providing chest compression indication signals directing a chest compression force being applied to the chest and a frequency of compressions to bring and maintain the frequency of compressions within a desired frequency range and to bring and maintain the chest displacements within a desired distance range, the indicator comprising means for providing an audible or visual indication regarding chest compression force and frequency in accordance with whether the value falls within the desired range of distance value. a hand-held device ; a displacement detector carried by the hand-held device for producing a displacement-indicative signal indicative of the displacement of a CPR recipient's chest toward the recipient's spine, wherein said displacement detector comprises an accelerometer producing a measured acceleration signal; a converter comprising an integrator for converting said acceleration signal into a distance value; a signaling mechanism , the signaling mechanism comprising: a comparator for comparing said distance value to a desired range; and an indicator for providing chest compression indication signals directing a chest compression force being applied to the chest and a frequency of compressions to bring and maintain the frequency of compressions within a desired frequency range and to bring and maintain the chest displacements within a desired distance range, the indicator comprising means for providing an audible or visual indication regarding chest compression force and frequency in accordance with whether the value falls within the desired range of distance value. a comparator for comparing said distance value to a desired range; and an indicator for providing chest compression indication signals directing a chest compression force being applied to the chest and a frequency of compressions to bring and maintain the frequency of compressions within a desired frequency range and to bring and maintain the chest displacements within a desired distance range, the indicator comprising means for providing an audible or visual indication regarding chest compression force and frequency in accordance with whether the value falls within the desired range of distance value.
A pharmaceutical composition comprising an antisense oligomer (ASO), wherein the ASO is complementary to a targeted portion of a retained-intron-containing pre-mRNA (RIC pre-mRNA) that encodes SYNGAP1 protein, wherein the RIC pre-mRNA comprises a retained intron, an exon flanking 5' splice site of the retained intron, and an exon flanking 3' splice site of the retained intron, and wherein binding of the ASO to the RIC pre-mRNA will cause a retained intron to be constitutively spliced from the RIC pre-mRNA in cells that express the RIC pre-mRNA, thereby increasing the level of functional RNA encoding SYNGAP1 protein in the cells.
A memory test method, executed by a memory test apparatus, comprising: testing a second memory to acquire defect information of the second memory (S310); storing the defect information of the second memory (S320) in the memory test apparatus; acquiring repair information of the second memory according to the defect information of the second memory (S330); storing the repair information of the second memory in the memory test apparatus; repairing the second memory according to the repair information of the second memory (S340) in the memory test apparatus, wherein no data is currently stored in the repaired second memory; testing a first memory to acquire defect information of the first memory (S210), and storing the defect information of the first memory in the second memory; acquiring repair information of the first memory according to the defect information of the first memory (S220); storing the repair information of the first memory in the second memory (S230); reading the repair information of the first memory from the second memory (S1040, S1210); and repairing the first memory according to the repair information of the first memory (S1050, S1220); wherein the second memory comprises a DRAM chip, and the first memory comprises one or more DRAM chips. testing a second memory to acquire defect information of the second memory (S310); storing the defect information of the second memory (S320) in the memory test apparatus; acquiring repair information of the second memory according to the defect information of the second memory (S330); storing the repair information of the second memory in the memory test apparatus; repairing the second memory according to the repair information of the second memory (S340) in the memory test apparatus, wherein no data is currently stored in the repaired second memory; testing a first memory to acquire defect information of the first memory (S210), and storing the defect information of the first memory in the second memory; acquiring repair information of the first memory according to the defect information of the first memory (S220); storing the repair information of the first memory in the second memory (S230); reading the repair information of the first memory from the second memory (S1040, S1210); and repairing the first memory according to the repair information of the first memory (S1050, S1220); wherein the second memory comprises a DRAM chip, and the first memory comprises one or more DRAM chips.
High-speed electric machine, operating at greater than 20,000 revolutions per minute, comprising a rotor having one or two pairs of magnetized poles and an improved stator having an external diameter greater than 18 millimeters and having three or six straight teeth , without pole shoes, which teeth extend radially and are supported by an integral, peripheral, annular ring , at least some of the teeth carrying coils , said teeth being rigidly connected to one another and forming between them an integral planar assembly, the coiled teeth having a rectangular cross section of width I and length L in a plane perpendicular to the axis of rotation of the machine, where 1 L 2 ≥ 20 , said peripheral ring having a thickness (ep) and an external diameter (dext) such that 1,220 − 25 − 131 ep 2 dext − ep 2 − 8 ep 2 dext − ep 2 + 5 dext − ep ≥ 16,000 , expressed in SI units.
A scintillator panel comprising: a substrate ; barrier ribs placed on the substrate ; and a phosphor packed into cells separated by the barrier ribs, the phosphor being a compound selected from the group consisting of CsI:Tl, NaI:Tl and SrI2:Eu, characterized in that : the phosphor has a porosity of 20% or less and has a grain boundary.
An aqueous adhesive composition comprising; (a) lignin; and (b) a source of lupine protein, wherein the combined wt% of the lignin and source of lupine protein in the aqueous adhesive composition is at least 30%, and wherein the weight ratio between the source of lupine protein and lignin in the aqueous adhesive composition is between 1:3 and 5:1, preferably between 1:2 and 3:1, even more preferably between 1:1 and 2:1. (a) lignin; and (b) a source of lupine protein,
Aluminium alloy for wire production for cold forming, in particular for the production of connecting elements, having an alloy content of aluminium greater than 88% and copper greater than or equal to 5% as main alloy elements, characterized in that the aluminium alloy consists of: - 5.0% to 6.1% copper - 0.15% to 1.0% nickel, - 0.4% to 1.0% silicon, - 0% to 0.2% iron, - 0% to 0.2% manganese, - 1.5% to 2.2% magnesium, - 0% to 0.2% chromium, - 0% to 0.3% zinc, - 0% to 0.25% titanium, - 0% to 0.15% addition and - aluminium as the balance. - 5.0% to 6.1% copper - 0.15% to 1.0% nickel, - 0.4% to 1.0% silicon, - 0% to 0.2% iron, - 0% to 0.2% manganese, - 1.5% to 2.2% magnesium, - 0% to 0.2% chromium, - 0% to 0.3% zinc, - 0% to 0.25% titanium, - 0% to 0.15% addition and - aluminium as the balance.