mhurhangee/ep-ind-claims huggingface dataset:
Composition comprising: a) a B subunit of Shiga toxin or polypeptide which is able to bind the Gb3 receptor, complexed with an antigen, wherein the amino acid sequence of the polypeptide is at least 50% identical to the amino acid sequence of the B subunit of Shiga toxin, and b) at least one ligand of CD1d capable of stimulating NK T cells, wherein said ligand is α-GalCer, Galα1-6Galα1-1'Cer, Galα1-2Galα1-1'Cer, or a C-glycoside derivative thereof. a) a B subunit of Shiga toxin or polypeptide which is able to bind the Gb3 receptor, complexed with an antigen, wherein the amino acid sequence of the polypeptide is at least 50% identical to the amino acid sequence of the B subunit of Shiga toxin, and b) at least one ligand of CD1d capable of stimulating NK T cells, wherein said ligand is α-GalCer, Galα1-6Galα1-1'Cer, Galα1-2Galα1-1'Cer, or a C-glycoside derivative thereof.
An exhaust aftertreatment system, comprising: a first exhaust aftertreatment component; a second exhaust aftertreatment component in fluid communication with the first exhaust aftertreatment component, the first and second exhaust aftertreatment components arranged in a switch-back configuration; a first sensor table coupled to a housing of the first exhaust aftertreatment component; a first sensor assembly mounted to the first sensor table; a remote mounting bracket configured to provide a space between the first sensor table and the housing, the remote mounting bracket including two spaced-apart legs (324, 326) that are elongated so as to diverge away from the first sensor assembly towards the housing and generally form a V-shape, each of the two spaced-apart legs (324, 326) having a footing and an aperture formed proximate to the footing; and a band extending through the aperture of each of the two spaced-apart legs (324, 326) to couple the remote mounting bracket to the first exhaust aftertreatment components. a first exhaust aftertreatment component; a second exhaust aftertreatment component in fluid communication with the first exhaust aftertreatment component, the first and second exhaust aftertreatment components arranged in a switch-back configuration; a first sensor table coupled to a housing of the first exhaust aftertreatment component; a first sensor assembly mounted to the first sensor table; a remote mounting bracket configured to provide a space between the first sensor table and the housing, the remote mounting bracket including two spaced-apart legs (324, 326) that are elongated so as to diverge away from the first sensor assembly towards the housing and generally form a V-shape, each of the two spaced-apart legs (324, 326) having a footing and an aperture formed proximate to the footing; and a band extending through the aperture of each of the two spaced-apart legs (324, 326) to couple the remote mounting bracket to the first exhaust aftertreatment components.
A method for monitoring quality of an Internet access service of a mobile terminal, comprising: collecting (101, 202), by a mobile terminal, an IP data packet of the Internet access service; identifying (102, 203), by the mobile terminal, an Internet access service type corresponding to the IP data packet; performing (103, 205), by the mobile terminal, deep packet inspection on the IP data packet to obtain an inspection result; collecting statistics (104, 206), by the mobile terminal, on a key quality indicator of the Internet access service corresponding to the Internet access service type according to the inspection result of the IP data packet; and uploading (105, 207), by the mobile terminal, the key quality indicator obtained by means of statistics to a network server, so that the network server monitors quality of the Internet access service of the mobile terminal according to the key quality indicator. collecting (101, 202), by a mobile terminal, an IP data packet of the Internet access service; identifying (102, 203), by the mobile terminal, an Internet access service type corresponding to the IP data packet; performing (103, 205), by the mobile terminal, deep packet inspection on the IP data packet to obtain an inspection result; collecting statistics (104, 206), by the mobile terminal, on a key quality indicator of the Internet access service corresponding to the Internet access service type according to the inspection result of the IP data packet; and uploading (105, 207), by the mobile terminal, the key quality indicator obtained by means of statistics to a network server, so that the network server monitors quality of the Internet access service of the mobile terminal according to the key quality indicator.
Scoliosis treatment device for the relative movement of bones for the treatment of scoliosis in humans, with: - a first shaft element, - a second shaft element, which is connected movably to the first shaft element, and - an electric motor, which is connected to the first shaft element, wherein an output shaft of the electric motor is operatively connected to the second shaft element in order to permit a movement of the shaft elements (1, 2) relative to each other, and - a control means, which is connected to the electric motor and is suitable for receiving energy wirelessly to supply the electric motor with energy, - wherein at least one of the shaft elements (1, 2) comprises a bone fixation means, which is suitable for being connected with costal arches or vertebral bodies, characterized in that - the electric motor is arranged lengthways adjacent to at least one of the shaft elements (1, 2). - a first shaft element, - a second shaft element, which is connected movably to the first shaft element, and - an electric motor, which is connected to the first shaft element, wherein an output shaft of the electric motor is operatively connected to the second shaft element in order to permit a movement of the shaft elements (1, 2) relative to each other, and - a control means, which is connected to the electric motor and is suitable for receiving energy wirelessly to supply the electric motor with energy, - wherein at least one of the shaft elements (1, 2) comprises a bone fixation means, which is suitable for being connected with costal arches or vertebral bodies, - the electric motor is arranged lengthways adjacent to at least one of the shaft elements (1, 2).
Drilling mast for a drilling rig having a drill floor with a well center, wherein the drilling mast has a U-shaped horizontal cross section with a left- hand mast wal, a rear mast wall, and a right-hand mast wall, and with an open front side, e.g. said mast being composed of interconnected mast sections, characterized in that a left-hand fingerboard device is mounted to the left-hand side of the drilling mast and a right-hand side fingerboard device is mounted to the right-hand side of the drilling mast, wherein each fingerboard devices has fingers defining slots that extend parallel to the respective side of the drilling mast and are open at the front side of the fingerboard device.
Floor panel (100, 106) for a floor of a passenger cabin of a mobile platform, the floor panel comprising: a base body having a cable channel extending along a longitudinal direction of the base body for accommodating electric cables; a cover element (303, 304) arranged on top of the cable channel and a part of the top surface of the base body, covering the cable channel and being attached to the base body, such that the floor panel is self-supporting when being supported along its left and right edges only; wherein the base body is realized in the form of a sandwich component that includes two honeycomb structures, the first honeycomb structure extending from a left edge of the base body to a left side of the cable channel and the second honeycomb structure extending from a right edge of the base body to a right side of the cable channel, such that the cable channel is located between the two honeycomb structures; wherein both honeycomb structures share a common top cover layer and a common bottom cover layer; and wherein the bottom of the cable channel is formed by the top cover layer and the bottom cover layer. a base body having a cable channel extending along a longitudinal direction of the base body for accommodating electric cables; a cover element (303, 304) arranged on top of the cable channel and a part of the top surface of the base body, covering the cable channel and being attached to the base body, such that the floor panel is self-supporting when being supported along its left and right edges only; wherein the base body is realized in the form of a sandwich component that includes two honeycomb structures, the first honeycomb structure extending from a left edge of the base body to a left side of the cable channel and the second honeycomb structure extending from a right edge of the base body to a right side of the cable channel, such that the cable channel is located between the two honeycomb structures; wherein both honeycomb structures share a common top cover layer and a common bottom cover layer; and wherein the bottom of the cable channel is formed by the top cover layer and the bottom cover layer.
A computer-implemented method for predicting a probability that a patient may have a particular neurological disease, the method comprising: - analyzing a pre-stored brain image of the patient by means of a Convolutional Neural Network, CNN, (110, 200) to determine brain image analysis results including a presence of a tumor or lesion, brain age, brain health based on an evaluation of the combined effects of whole brain tissue atrophy and vascular disease in a single measure, and gyrification coefficient: - receiving additional data, including: voice recognition index corresponding to the patient's capability to retell a story and additional symptom checks corresponding to at least one of blurry vision, speech disorders, hypertension, memory problems or headaches, - combining the brain image analysis result with the additional data to create a health portrait of the patient and comparing said health portrait with a dataset composed of normal and pathological portraits of other individuals with neurodegenerative conditions to determine a score related to the probability that the patient may have a particular neurological disease. - analyzing a pre-stored brain image of the patient by means of a Convolutional Neural Network, CNN, (110, 200) to determine brain image analysis results including a presence of a tumor or lesion, brain age, brain health based on an evaluation of the combined effects of whole brain tissue atrophy and vascular disease in a single measure, and gyrification coefficient: - receiving additional data, including: voice recognition index corresponding to the patient's capability to retell a story and additional symptom checks corresponding to at least one of blurry vision, speech disorders, hypertension, memory problems or headaches, - combining the brain image analysis result with the additional data to create a health portrait of the patient and comparing said health portrait with a dataset composed of normal and pathological portraits of other individuals with neurodegenerative conditions to determine a score related to the probability that the patient may have a particular neurological disease. - receiving additional data, including: voice recognition index corresponding to the patient's capability to retell a story and additional symptom checks corresponding to at least one of blurry vision, speech disorders, hypertension, memory problems or headaches, - combining the brain image analysis result with the additional data to create a health portrait of the patient and comparing said health portrait with a dataset composed of normal and pathological portraits of other individuals with neurodegenerative conditions to determine a score related to the probability that the patient may have a particular neurological disease.
A compound of Formula: or a pharmaceutically acceptable salt thereof, where: R 1 is H, methoxy, difluoromethoxy or trifluoromethoxy; R 2 is H, methoxy, trifluoromethoxy or trifluoromethyl; and R 3 is H or methoxy. R 1 is H, methoxy, difluoromethoxy or trifluoromethoxy; R 2 is H, methoxy, trifluoromethoxy or trifluoromethyl; and R 3 is H or methoxy.
Shackle of a vehicle lock having two side arms (13, 14) and a transverse arm to provide a substantially U-shaped basic form, characterised in that one side arm is disposed so as to be rotatable relative to the transverse arm.
A pneumatic tire comprising: a tread portion being provided with a circumferentially and continuously extending central main groove on each side of a tire equator to form a pair of shoulder portions each dispose axially outward of each central main groove, the tread portion having a direction to install on a vehicle; the shoulder portions comprising an outboard shoulder portion to be located on outboard of the vehicle when the tire is installed to the vehicle and an inboard shoulder portion to be located on inboard of the vehicle when the tire is installed to the vehicle; each of the shoulder portions (21, 22) being provided with a plurality of shoulder lug grooves each extending axially inwardly from each tread edge (Te) and terminating within the shoulder portion (21, 22) and a plurality of axially extending first sipes each arranged between a pair of circumferentially adjacent shoulder lug grooves; the inboard shoulder portion being provided with a circumferentially extending second sipe located axially inward of the first sipes, characterized by the first sipe having an axially inner and an outer end (25i, 25o) each of which terminates within the shoulder portion (21, 22) and the axially outer end located axially inward of the tread edge; and a total sum Σ Lai of lengths of the first sipes provided on the inboard shoulder portion being greater than a total sum Σ Lao of lengths of the first sipes provided on the outboard shoulder portion. a tread portion being provided with a circumferentially and continuously extending central main groove on each side of a tire equator to form a pair of shoulder portions each dispose axially outward of each central main groove, the tread portion having a direction to install on a vehicle; the shoulder portions comprising an outboard shoulder portion to be located on outboard of the vehicle when the tire is installed to the vehicle and an inboard shoulder portion to be located on inboard of the vehicle when the tire is installed to the vehicle; each of the shoulder portions (21, 22) being provided with a plurality of shoulder lug grooves each extending axially inwardly from each tread edge (Te) and terminating within the shoulder portion (21, 22) and a plurality of axially extending first sipes each arranged between a pair of circumferentially adjacent shoulder lug grooves; the inboard shoulder portion being provided with a circumferentially extending second sipe located axially inward of the first sipes,
Process for preparing a body having an osseointegrative topography formed on its surface, the process comprising the subsequent steps of A) providing a primary body made of a titanium-zirconium alloy containing 13 to 17 wt-% of zirconium, the alloy further containing iron as an alloy component in an amount of less than 0.05 wt-%, B) sandblasting the primary body, C) at least partially removing the native oxide layer formed on the titanium-zirconium alloy by treating the implant with a pickling solution comprising HF and HNO 3; and D) etching the sandblasted primary body with an etching solution comprising hydrochloric acid, sulfuric acid and water, the temperature of the etching solution during the entire etching being higher than 80°C, wherein the sandblasted primary body is pre-heated to a temperature above room temperature immediately prior to step D). A) providing a primary body made of a titanium-zirconium alloy containing 13 to 17 wt-% of zirconium, the alloy further containing iron as an alloy component in an amount of less than 0.05 wt-%, B) sandblasting the primary body, C) at least partially removing the native oxide layer formed on the titanium-zirconium alloy by treating the implant with a pickling solution comprising HF and HNO 3; and D) etching the sandblasted primary body with an etching solution comprising hydrochloric acid, sulfuric acid and water, the temperature of the etching solution during the entire etching being higher than 80°C,
Application device for a handling device and for dispensing a moulded fibre composite strand, comprising: a coupling unit by means of which the application device can be detachably attached to the handling device so that the application device can be moved in space by the handling device; a preform unit; an impregnation unit; and a postforming unit comprising a drive unit and an adjustable output unit; wherein the preforming unit is designed to continuously form a raw fibre strand continuously fed to the preforming unit with a plurality of continuous fibres into a shaped fibre strand with a shaped fibre cross-section adjustable by the preforming unit; wherein the impregnation unit is configured to continuously form a fibre composite strand from the shaped fibre strand continuously supplied from the preform unit by impregnation with a matrix material which is incompletely cross-linked; wherein the drive unit of the postforming unit is designed to continuously press the fibre composite strand, which is continuously fed from the impregnation unit, towards and through the output unit; wherein the output unit is configured to continuously form and output a fibre composite strand continuously pressed by the output unit into a moulded fibre composite strand having an output cross-section adjustable by the output unit; and wherein the preform unit and the output unit are adjusted in such a way that the shaped fibre cross-section is at least 70% congruent with the output cross-section. a coupling unit by means of which the application device can be detachably attached to the handling device so that the application device can be moved in space by the handling device; a preform unit; an impregnation unit; and a postforming unit comprising a drive unit and an adjustable output unit; wherein the preforming unit is designed to continuously form a raw fibre strand continuously fed to the preforming unit with a plurality of continuous fibres into a shaped fibre strand with a shaped fibre cross-section adjustable by the preforming unit; wherein the impregnation unit is configured to continuously form a fibre composite strand from the shaped fibre strand continuously supplied from the preform unit by impregnation with a matrix material which is incompletely cross-linked; wherein the drive unit of the postforming unit is designed to continuously press the fibre composite strand, which is continuously fed from the impregnation unit, towards and through the output unit; wherein the output unit is configured to continuously form and output a fibre composite strand continuously pressed by the output unit into a moulded fibre composite strand having an output cross-section adjustable by the output unit; and wherein the preform unit and the output unit are adjusted in such a way that the shaped fibre cross-section is at least 70% congruent with the output cross-section.
Textile fabric to be placed onto the skin and/or a wound of a patient, comprising a top side facing away from the skin and/or wound and an underside which faces the skin and/or wound and on which the textile fabric has a moisture-impermeable barrier, the textile fabric being formed from non-conductive warp threads and non-conductive weft threads and from conductive warp threads and/or conductive weft threads which are arranged such that an electrically conductive structure consisting of conductive warp and/or weft threads (K, S) is formed in the textile fabric, characterised in that the moisture-impermeable barrier on the underside of the textile fabric comprises at least one opening (18, 19), conductive warp and/or weft threads (K, S) being arranged in the region of the opening in the moisture-impermeable barrier such that the conductive warp and/or weft threads can come into contact with moisture from the patient's skin in the region of the opening.
A surface acoustic wave device including a plurality of surface acoustic wave elements (2,3), each of the surface acoustic wave elements (2,3) including: an IDT electrode disposed on a piezoelectric body having a Cut-angle, and a confinement layer, which is disposed on the piezoelectric body at a side opposite to a side where the IDT electrode is disposed, and which confines the surface acoustic wave inside the piezoelectric body, wherein each of the surface acoustic wave elements utilizes a surface acoustic wave with a higher acoustic velocity than a bulk wave that propagates through the piezoelectric body, wherein the plurality of surface acoustic wave elements are constituted on a common piezoelectric body or are made of plural piezoelectric bodies having the same Cut-Angle as each other, and wherein, in the plural surface acoustic wave elements (2,3), a propagation azimuth of the surface acoustic wave in at least one surface acoustic wave element is different from a propagation azimuth of the surface acoustic wave in at least another one surface acoustic wave element.
Gas flow sputter source having a hollow cathode and an anode, wherein at least one inflow device for inert gas is attached to a first side of the hollow cathode and an opening for the transfer of sputtered cathode material to a substrate is present on a second side of the hollow cathode, wherein a high power pulse generator is connected between the anode and the hollow cathode, with which a pulsed voltage is able to be generated, characterised in that the source has a duty cycle between the duration of a pulse for generating target ions having high energy and a high degree of ionisation and the period duration of less than or equal to 50%.
A build material management system for a 3D printing system, the build material management system configured to recover at least a portion of non-fused build material from a collection source of the build material management system and comprising: a waste port to output recovered non-fused build material; a recoverable build material container (108,208) to store recyclable non-fused build material; a non-fused build material transportation system to transport at least a portion of the non-fused build material within the build material management system; and a processing circuitry to determine a recyclability indicator indicative of the presence of recyclable material in the collected non-fused build material based on the type of build material used, wherein the type refers to the material of the build material, and to control the non-fused build material transportation system to transport the collected non-fused build material from the collection source to at least one of the waste port and the recoverable build material container based on the recyclability indicator. a waste port to output recovered non-fused build material; a recoverable build material container (108,208) to store recyclable non-fused build material; a non-fused build material transportation system to transport at least a portion of the non-fused build material within the build material management system; and a processing circuitry to determine a recyclability indicator indicative of the presence of recyclable material in the collected non-fused build material based on the type of build material used, wherein the type refers to the material of the build material, and to control the non-fused build material transportation system to transport the collected non-fused build material from the collection source to at least one of the waste port and the recoverable build material container based on the recyclability indicator.