mhurhangee/ep-ind-claims huggingface dataset:
A needle module for connection to a drive module of a skin puncturing apparatus, with: - a connector attachable to the drive module, - a needle holder attached to a connecting rod and having at least one needle, said connecting rod being configured so as to be connectable to a drive of the drive module in such a manner that it transfers an up-and-down movement coming from the drive to the needle holder, - a cap accommodating the needle holder and a portion of the connecting rod, said cap being configured in such a manner that the at least one needle of the needle holder can be extended out of and retracted into an interior of the cap on an open side by means of the up-and-down movement in a puncturing direction (a), and - a collar attached to the connector and enclosing the connecting rod and the cap, wherein the connecting rod is mounted inside the cap and the collar so as to be glidable in the puncturing direction (a), wherein the collar can be opened on a side perpendicular to the puncturing direction (a) so that the connecting rod and the cap can be removed from the collar. - a connector attachable to the drive module, - a needle holder attached to a connecting rod and having at least one needle, said connecting rod being configured so as to be connectable to a drive of the drive module in such a manner that it transfers an up-and-down movement coming from the drive to the needle holder, - a cap accommodating the needle holder and a portion of the connecting rod, said cap being configured in such a manner that the at least one needle of the needle holder can be extended out of and retracted into an interior of the cap on an open side by means of the up-and-down movement in a puncturing direction (a), and - a collar attached to the connector and enclosing the connecting rod and the cap,
Electric distribution assembly comprising a multipole comb for distributing electric power between a plurality of modular electric units and comprising an electric power supply device of said comb, said comb comprising at least one conducting bar comprising a row of teeth disposed at a pitch equal to a predetermined distance corresponding to at least one module, said electric units having a modular format, each unit having a parallelepipedic shape on the whole and comprising two main faces and two side faces extending from one to the other of the main faces, with a width, that is to say a distance between the two main faces, equal to an integer module number, and with one of said side faces having at least one opening giving access to at least one terminal suitable for receiving a tooth of said comb, as well as a power supply device of said comb comprising an auxiliary module for electrically connecting downstream terminals of one of the units referred to as a lead unit to the different bars of the comb respectively so as to ensure the power supply to the comb, said auxiliary connection module being juxtaposed to the other units on a mounting rail and disposed between the lead unit and the other units, the downstream terminals and the comb being disposed on either side of the rail respectively, characterized in that said comb comprises at least one zone (Z, Z1, Z2, Z3, Z4) intended for the electrical connection of the auxiliary connection module to said comb, said zone comprising a certain number of bar portions p, q not equipped with teeth and a certain number of bar portions equipped with teeth d, in that said aforementioned auxiliary module comprises on the one hand at least one connection element referred to as first connection elements (45, 46), of which the number corresponds to the number of teeth present in this zone, and on the other hand a certain number of connection elements referred to as second connection elements (47, 48), this number corresponding to the number of bar portions p, q not comprising teeth in this zone, the connection elements referred to as first connection elements (45, 46) being intended to cooperate with the teeth present in this zone, whereas the connection elements referred to as second connection elements (47, 48) are intended to cooperate with the bar portions p, q not comprising teeth d during the electrical connection of the auxiliary module to said comb.
A computer-implemented method comprising: obtaining a first plural-channel audio signal having a set of objects; obtaining side information, at least some of which represents a relation between the first plural-channel audio signal and one or more source signals representing objects to be remixed; obtaining a gain parameter or a panning parameter through a graphical user interface; obtaining a gain adjustment factor or a panning adjustment factor to prevent extreme setting of the gain parameter or the panning parameter; multiplying the gain parameter or the panning parameter by the gain adjustment factor or panning adjustment factor, respectively, to provide a scaled gain parameter or scaled panning parameter; and generating a second plural-channel audio signal using the side information and the scaled gain parameter or scaled panning parameter. obtaining a first plural-channel audio signal having a set of objects; obtaining side information, at least some of which represents a relation between the first plural-channel audio signal and one or more source signals representing objects to be remixed; obtaining a gain parameter or a panning parameter through a graphical user interface; obtaining a gain adjustment factor or a panning adjustment factor to prevent extreme setting of the gain parameter or the panning parameter; multiplying the gain parameter or the panning parameter by the gain adjustment factor or panning adjustment factor, respectively, to provide a scaled gain parameter or scaled panning parameter; and generating a second plural-channel audio signal using the side information and the scaled gain parameter or scaled panning parameter.
A home base station for connection to a home base station gateway, HNB-GW, device and for providing communication service to one or more mobile communications devices, the home base station comprising a downlink unsuccessful packet control module operable to aggregate i) the number of downlink data packets unsuccessfully transmitted to a mobile communications device by one or more previous home base stations, connected to the same HNB-GW device, and the number being transferred to the home base station during an intra-HNB-GW handover with ii) the number of downlink data packets unsuccessfully transmitted by the home base station to the same mobile communications device, and being operable to transmit a data volume report to report the aggregated number of downlink unsuccessful data packets.
Method of preparing aluminum monohydrate comprising the steps of: - mixing an alumina feedstock with ethylenediamine tetraacetic acid, to obtain a feedstock mixture, and - subjecting the feedstock mixture to a hydrothermal treatment, wherein the pH of the feedstock mixture is at least 8. - mixing an alumina feedstock with ethylenediamine tetraacetic acid, to obtain a feedstock mixture, and - subjecting the feedstock mixture to a hydrothermal treatment,
A method, comprising: pre-processing a picture prior to, and in preparation for, compression by encoding, wherein said pre-processing step comprises selectively removing, based on location of pixels within the spatial domain of the picture, and not in the frequency domain, portions of said picture and leaving the remaining portions of said picture to be encoded using a data pruner having a processor, characterized in transmitting side information indicating a location of the removed portions within the picture to a decoder or other device, wherein the selectively removed portions are diagonal lines of said picture, and wherein the diagonal lines are neither rows nor columns and encoding the pre-processed picture.
A method for glueless assembly of extended area cushioning units, the method comprising the steps of repeatedly: loading first and second rows of pocketed springs onto first and second rows, respectively, of locator pins; wherein individual ones of said pocketed springs each comprise a coil spring in a pocket made of a flexible material; welding said first and second rows of pocketed springs together, with a relative alignment determined by said first and second rows of locator pins; loading said first row of pocketed springs onto said second row of locator pins, and loading an additional row of pocketed springs onto said first row of locator pins; and repeating said welding step to weld said first row of pocketed springs together with said additional row of pocketed springs. loading first and second rows of pocketed springs onto first and second rows, respectively, of locator pins; wherein individual ones of said pocketed springs each comprise a coil spring in a pocket made of a flexible material; welding said first and second rows of pocketed springs together, with a relative alignment determined by said first and second rows of locator pins; loading said first row of pocketed springs onto said second row of locator pins, and loading an additional row of pocketed springs onto said first row of locator pins; and repeating said welding step to weld said first row of pocketed springs together with said additional row of pocketed springs.
A narrowband Internet of Things, NB-IoT, user equipment performing power headroom reporting, comprising: a receiving unit configured to receive system information indicating whether or not a base station allows transmitting an extended Data Volume and Power Headroom reporting, DPR; and a reporting unit configured to report a DPR MAC control element in msg3 if the NB-IoT user equipment supports Power Headroom reporting with 4 bit power headroom field, wherein, the DPR MAC control element includes Power Headroom field and Data Volume field, the Power Headroom field is either 2 bit-field or 4 bit-field, and the Power Headroom field included in the DPR MAC control element, which is reported if the system information indicates that the base station allows transmitting the extended DPR, is 4 bit-field. a receiving unit configured to receive system information indicating whether or not a base station allows transmitting an extended Data Volume and Power Headroom reporting, DPR; and a reporting unit configured to report a DPR MAC control element in msg3 if the NB-IoT user equipment supports Power Headroom reporting with 4 bit power headroom field, wherein, the DPR MAC control element includes Power Headroom field and Data Volume field, the Power Headroom field is either 2 bit-field or 4 bit-field, and the Power Headroom field included in the DPR MAC control element, which is reported if the system information indicates that the base station allows transmitting the extended DPR, is 4 bit-field.
Metallization method of a metal component in a light alloy, comprising the steps of: - providing deposition means of a metal layer on a component, - addressing, by said deposition means, a flow of metal material on a first surface of a wall to be coated of the metal component wherein during the deposition of the metallization flow on the first surface it comprises the step of addressing a flow of coolant, by a cooling head, on a second surface of the wall to be coated, opposite said first surface and not impinged by the metallization flow, characterised in that the cooling fluid is delivered by the cooling head comprising a delivery duct, in fluid connection to a cooling fluid circuit, said delivery duct being provided with a plurality of delivery holes for the dispersion of coolant on said second surface of the wall to be coated, said holes being equally spaced along a prevailing extension axis X of the delivery duct, the method further comprising the step of rotating said component relative to a working axis during the metallization and cooling step, wherein said working axis coincides with a prevailing extension axis of the cooling head, the component rotating relative to the cooling head, and wherein said deposition means comprise a metallization gun suitable for realising a supersonic jet of metal particles to be addressed towards the wall to be metallized. - providing deposition means of a metal layer on a component, - addressing, by said deposition means, a flow of metal material on a first surface of a wall to be coated of the metal component
An air rescue simulator, wherein the simulator comprises a helicopter passenger cabin (1, 111), which is attached to a crane system (115, 114, 113, 112), wherein the helicopter passenger cabin (1, 111) is attached to the crane system (115, 114, 113, 112) via a frame structure, and wherein the frame structure supports the static load of the helicopter passenger cabin (1, 111) and is connected to a cross-member for suspension on the crane system (115, 114, 113, 112), wherein the cross-member comprises an upper part (31, 32, 33) for suspension on the crane system (115, 114, 113, 112) and a lower part (34, 35, 36, 37, 38) for suspension of the frame structure, characterised in that the frame structure is suspended on the lower part of the cross-member by means of a tilting joint.
A nostril dilator comprising a bridge member for resting against the outside of a nose, a first U-shaped dilator arm and a second U-shaped dilator arm for insertion into the nostrils and engagement of the nostrils wall, the first U-shaped dilator arm comprising an inner arm portion closest to a center point of the bridge member and an outer arm portion farthest away from the center point in a relaxed state of the nostril dilator, the second U-shaped dilator arm comprising an inner arm portion closest to a center point of the bridge member and an outer arm portion farthest away from the center point in a relaxed state of the nostril dilator, wherein the bridge member joins the inner arm portion of the first U-shaped dilator arm and the inner arm portion of the second U-shaped dilator arm, wherein the bridge member and the U-shaped dilator arms (101, 103) are configured so as to produce a torsional springing action about the inner arm portions (401, 403) when the outer arm portions (401A, 403A) of the U-shaped dilator arms (101, 103) are squeezed toward one another, wherein the first U-shaped dilator arm and the second U-shaped dilator arm are each provided as a torsional spring creating torsional flexion about the respective inner arm portion for causing the nostrils to be slightly flared.
Process for preparing an opaque composition comprising the steps of: a) providing a starting composition comprising A) 0.5 part by weight to 15 parts by weight of at least one surfactant, B) 0.5 part by weight to 15 parts by weight of at least one emulsifier, C) 10 parts by weight to 30 parts by weight of ethylene glycol distearate, D) 20 parts by weight to 85 parts by weight of water, b) stirring the starting composition at a temperature in a range from 60°C to 100°C, preferably 65°C to 95°C and particularly preferably 70°C to 90°C, c) cooling to a temperature in a range from 5°C to 55°C, preferably 10°C to 50°C, particularly preferably 15°C to 45°C to obtain the opaque composition, characterized in that component A), the at least one surfactant, is selected from optionally alkoxylated, in particular optionally ethoxylated, sulfosuccinates, or is a mixture of sodium lauryl ether sulfate and/or optionally ethoxylated sulfosuccinate with betaine, and component B), the at least one emulsifier, is selected from the group consisting of alkoxylates and fatty acid esters and glycosides. a) providing a starting composition comprising A) 0.5 part by weight to 15 parts by weight of at least one surfactant, B) 0.5 part by weight to 15 parts by weight of at least one emulsifier, C) 10 parts by weight to 30 parts by weight of ethylene glycol distearate, D) 20 parts by weight to 85 parts by weight of water, A) 0.5 part by weight to 15 parts by weight of at least one surfactant, B) 0.5 part by weight to 15 parts by weight of at least one emulsifier, C) 10 parts by weight to 30 parts by weight of ethylene glycol distearate, D) 20 parts by weight to 85 parts by weight of water, b) stirring the starting composition at a temperature in a range from 60°C to 100°C, preferably 65°C to 95°C and particularly preferably 70°C to 90°C, c) cooling to a temperature in a range from 5°C to 55°C, preferably 10°C to 50°C, particularly preferably 15°C to 45°C to obtain the opaque composition, characterized in that component A), the at least one surfactant, is selected from optionally alkoxylated, in particular optionally ethoxylated, sulfosuccinates, or is a mixture of sodium lauryl ether sulfate and/or optionally ethoxylated sulfosuccinate with betaine, and component B), the at least one emulsifier, is selected from the group consisting of alkoxylates and fatty acid esters and glycosides.
A method of examining whether or not a subject has a complication of polycystic kidney disease or a risk of developing the complication, comprising the following steps of: (a) measuring the expression level of MMP1 gene and measuring the expression levels of 1 or more genes selected from or all genes of the group consisting of NTNG1, POSTN, TNC, KAL1, BST1, ACAT2, INSIG1, SCD, HSD3B1, KRT7, USP40, SULT1E1, BMP6, CD274, CTGF, E2F7, EDN1, FAM43A, FRMD3, MMP10, MYEOV, NR2F1, NRCAM, PCSK1, PLXNA2, SLC30A3, SNAI1, SPOCD1, TFPI2, HMGA2, KRTAP4-7, KRTAP4-8, KRTAP4-9, MYPN, RPPH1, and SIAE genes in a sample from the subject; and (b) determining that the subject has the complication of polycystic kidney disease or the risk of developing the complication when the expression level of MMP1 is higher than that in a control sample; and when the expression levels of 1 or more genes selected from or all genes of the group consisting of ACAT2, INSIG1, SCD, BMP6, CD274, CTGF, E2F7, EDN1, FAM43A, FRMD3, MMP10, MYEOV, NR2F1, NRCAM, PCSK1, PLXNA2, SLC30A3, SNAI1, SPOCD1, TFPI2, HMGA2, KRTAP4-7, KRTAP4-8, KRTAP4-9, MYPN, RPPH1, and SIAE genes are higher than those in the control sample, or when the expression levels of 1 or more genes selected from or all genes of the group consisting of NTNG1, POSTN, TNC, KAL1, BST1, HSD3B1, KRT7, USP40, and SULT1E1 genes are lower than those in a control sample; wherein the complication of polycystic kidney disease is selected from the group consisting of: vascular lesions; valvular disease of heart; diverticula of colon; hernia; ductal lesions; and symptoms of cyst formation in the liver, pancreas, spleen, and generative organ. (a) measuring the expression level of MMP1 gene and measuring the expression levels of 1 or more genes selected from or all genes of the group consisting of NTNG1, POSTN, TNC, KAL1, BST1, ACAT2, INSIG1, SCD, HSD3B1, KRT7, USP40, SULT1E1, BMP6, CD274, CTGF, E2F7, EDN1, FAM43A, FRMD3, MMP10, MYEOV, NR2F1, NRCAM, PCSK1, PLXNA2, SLC30A3, SNAI1, SPOCD1, TFPI2, HMGA2, KRTAP4-7, KRTAP4-8, KRTAP4-9, MYPN, RPPH1, and SIAE genes in a sample from the subject; and (b) determining that the subject has the complication of polycystic kidney disease or the risk of developing the complication when the expression level of MMP1 is higher than that in a control sample; and
A fiber comprising a surface treatment, wherein the surface treatment comprises at least one clay nanoparticle component present in an amount greater than 2000 ppm on the surface of the fiber, wherein the at least one clay nanoparticle is synthetic hectorite in an amount from 2500 ppm to 15,000 ppm on the surface of the fiber
A method for storing a xylylene diisocyanate, the method comprising: a step of measuring an acid content of a xylylene diisocyanate, and a step of accommodating the xylylene diisocyanate in a first container provided with a zinc phosphate coating without a resin layer on an inner surface when the measured acid content is below 15 ppm, or accommodating the xylylene diisocyanate in a second container provided with a resin layer on an inner surface when the measured acid content is 15 ppm or more, wherein the acid content is determined as indicated in the specification. a step of measuring an acid content of a xylylene diisocyanate, and a step of accommodating the xylylene diisocyanate in a first container provided with a zinc phosphate coating without a resin layer on an inner surface when the measured acid content is below 15 ppm, or accommodating the xylylene diisocyanate in a second container provided with a resin layer on an inner surface when the measured acid content is 15 ppm or more, wherein the acid content is determined as indicated in the specification.
A method, in a Mobility Management Entity, MME, for monitoring a Visitor Location Register, VLR, node registration of a wireless device the MME is currently serving, wherein the MME is configured for use in wireless communications network, wherein a transport network failure is present in the wireless communications network, the method comprising: detecting that the wireless device is no longer being served by the MME after a CS fall-back, CSFB, procedure of the wireless device; sending, to the associated VLR node, a notification that the VLR node is to re-register the wireless device with a Home Location Register, HLR, or a Home Subscriber Server, HSS, wherein the re-registration is to take place when the wireless device returns to the VLR node via a Long Term Evolution based node, wherein the notification further informs the VLR node that the wireless device is no longer being served by the MME and that a HLR or a HSS registration shall be considered as unreliable; detecting that the VLR node failed to receive the notification message; based on the detected failure, flagging the wireless device and the VLR node as needing re-registration with the HSS or HLR, the re-registration being needed if the wireless device returns to the VLR node via a Long Term Evolution based node; and if the VLR node is to be contacted for a registration of the wireless device, triggering the VLR node to re-register the wireless device with the HSS or HLR. detecting that the wireless device is no longer being served by the MME after a CS fall-back, CSFB, procedure of the wireless device; sending, to the associated VLR node, a notification that the VLR node is to re-register the wireless device with a Home Location Register, HLR, or a Home Subscriber Server, HSS, wherein the re-registration is to take place when the wireless device returns to the VLR node via a Long Term Evolution based node, wherein the notification further informs the VLR node that the wireless device is no longer being served by the MME and that a HLR or a HSS registration shall be considered as unreliable; detecting that the VLR node failed to receive the notification message; based on the detected failure, flagging the wireless device and the VLR node as needing re-registration with the HSS or HLR, the re-registration being needed if the wireless device returns to the VLR node via a Long Term Evolution based node; and if the VLR node is to be contacted for a registration of the wireless device, triggering the VLR node to re-register the wireless device with the HSS or HLR.
A single strand anti-gene oligonucleotide complementary to the anti-sense DNA strand of a target gene, comprising 6-30 nucleotides, preferably 12-24 nucleotides, said oligonucleotide being characterized by a sequence comprising at least three groups of at least two consecutive guanines.