mhurhangee/ep-ind-claims huggingface dataset:
An expandable intragastric device, configured for being positioned into the stomach by an endoscopic procedure, which device comprises: - a supporting tubular body having an oblong shape along a longitudinal extension, said supporting tubular body comprising a sidewall skirt defining an inner through lumen, wherein said supporting tubular body is expandable along said longitudinal extension so as to be capable of assuming a minimum-encumbrance configuration for delivery into the stomach and an expanded configuration for use in situ, characterized in that said device also comprises: - a balloon structure, connected to said sidewall skirt of said supporting tubular body, which balloon structure is capable of assuming a deflated configuration for delivery into the stomach and an inflated configuration for occupying a part of the stomach inner space, the overall configuration of the device being such that, once the device is delivered in the stomach, food passes into said inner lumen of supporting tubular body and into the intestine. - a supporting tubular body having an oblong shape along a longitudinal extension, said supporting tubular body comprising a sidewall skirt defining an inner through lumen, wherein said supporting tubular body is expandable along said longitudinal extension so as to be capable of assuming a minimum-encumbrance configuration for delivery into the stomach and an expanded configuration for use in situ, - a balloon structure, connected to said sidewall skirt of said supporting tubular body, which balloon structure is capable of assuming a deflated configuration for delivery into the stomach and an inflated configuration for occupying a part of the stomach inner space, the overall configuration of the device being such that, once the device is delivered in the stomach, food passes into said inner lumen of supporting tubular body and into the intestine.
System for attaching a headboard to a bed, wherein said bed has at least two openings and inner beam attachment means in the framework of the bed, said system further comprising beams, each beam comprising a frame part and a headboard part, the frame part being introducible into the framework through the openings and fastenable to the framework by means of the attachment means, thereby connecting the headboard to the bed, characterized in that the headboard is provided with at least two recesses in the bottom, in that the beams are L-shaped or angled and in that the headboard part of said beams is introducible into the headboard through the recesses in said headboard.
An imaging system, comprising: a stationary gantry; a rotating gantry that rotates around an examination region about a z-axis, the rotating gantry including a first recess, and a second recess located in the first recess; an annular support that is statically affixed to the stationary gantry and that rotatably couples the rotating gantry to the stationary gantry, the annular support having an outer first surface, characterised in that a sub-portion of the annular support protrudes in the first recess and said first surface is adjacent to the second recess; and a radial compliant ring disposed between the annular support and the rotating gantry in the second recess and adjacent to the first surface.
A system for wind turbine control, the system comprising: state dependent quadratic regulator (SDQR) control unit including a processor unit and a memory unit, the memory unit containing executable instructions; a linear quadratic regulator configured to generate control acceleration commands for wind turbine speed and wind turbine power regulation; an actuator dynamic model configured to compute a gain value for the LQR at predetermined sampling intervals; and a wind turbine model (122, 215) to augment the actuator dynamic model. state dependent quadratic regulator (SDQR) control unit including a processor unit and a memory unit, the memory unit containing executable instructions; a linear quadratic regulator configured to generate control acceleration commands for wind turbine speed and wind turbine power regulation; an actuator dynamic model configured to compute a gain value for the LQR at predetermined sampling intervals; and a wind turbine model (122, 215) to augment the actuator dynamic model.
An optical connector (1A,B) configured to attach an optical fiber cord including an optical fiber ribbon and a sheath, the optical fiber ribbon containing a plurality of optical fibers, and the sheath covering the optical fiber ribbon, comprising: a ferrule member holding a plurality of embedded fibers respectively to be fusion-spliced to the plurality of optical fibers; a fusion splice protection sleeve for protecting the fusion-spliced portion of the optical fibers and the embedded fibers; a front housing for accommodating the ferrule member and a part of the fusion splice protection sleeve, characterized by a rear housing connected to the front housing and collaborating with the front housing in accommodating the fusion splice protection sleeve and having a male screw part around the outer circumference and having, at the rear end, a recess for receiving a torn portion of the sheath; and a fixing member for fixing the sheath to the rear housing by clamping the sheath between the rear housing and the fixing member, the fixing member having a female screw part around the inner circumference so as to engage with the male screw part and being attached to the rear portion of the rear housing, wherein the recess is arranged on an outer circumference of the rear housing and the cross-section of the rear end portion of the rear housing is an ellipse expanding in a width direction of the optical fiber ribbon, and the recess is provided on a side having a smaller curvature of the ellipse. a ferrule member holding a plurality of embedded fibers respectively to be fusion-spliced to the plurality of optical fibers; a fusion splice protection sleeve for protecting the fusion-spliced portion of the optical fibers and the embedded fibers; a front housing for accommodating the ferrule member and a part of the fusion splice protection sleeve, characterized by a rear housing connected to the front housing and collaborating with the front housing in accommodating the fusion splice protection sleeve and having a male screw part around the outer circumference and having, at the rear end, a recess for receiving a torn portion of the sheath; and a fixing member for fixing the sheath to the rear housing by clamping the sheath between the rear housing and the fixing member, the fixing member having a female screw part around the inner circumference so as to engage with the male screw part and being attached to the rear portion of the rear housing, wherein the recess is arranged on an outer circumference of the rear housing and the cross-section of the rear end portion of the rear housing is an ellipse expanding in a width direction of the optical fiber ribbon, and the recess is provided on a side having a smaller curvature of the ellipse.
Reflector arrangement having a base, at least one LED circuit board and at least one reflector element, the base having a holding area for holding the at least one LED circuit board, the at least one LED circuit board being arranged in the holding area of the base and having at least one recess, the reflector element having a first connecting element, characterized in that the reflector arrangement comprises at least one fixing element, wherein the fixing element comprises an upper side and an underside, wherein the upper side is arranged at a distance from the underside, wherein the underside has a second connecting element, which has a longitudinal extent in a longitudinal direction from the upper side to the underside, wherein the upper side of the fixing element has a depression in the longitudinal direction, wherein the second connecting element of the fixing element and the recess in the LED circuit board are formed in such a way that the second connecting element can be inserted into the recess in the LED circuit board, so that the LED circuit board can contact the underside of the fixing element, and wherein the depression in the upper side of the fixing element and the first connecting element of the reflector element are formed in such a way that the first connecting element of the reflector element can be inserted into the depression in the upper side of the fixing element, so that the upper side of the fixing element can contact the reflector element.
A pneumatic tire comprising: a tread portion being provided with at least one circumferentially and continuously extending main groove to separate a first land portion located on one side of the main groove and a second land portion located on the other side of the main groove; recesses being provided on the first land portion and the second land portion, the recesses comprising a plurality of first recesses provided on a first edge of the first land portion wherein the first edge faces the main groove and a plurality of second recesses provided on a second edge of the second land portion wherein the second edge faces the main groove; and each second recess being arranged so as not to overlap each projected region in which each first recess is projected onto the second edge in an axial direction of the tire characterized in that each recess comprises a substantially tetrahedron void surrounded by four triangular surfaces (41, 42, 43, 44), and the substantially tetrahedron void comprising a first surface located on a ground contact surface of the first or second land portion (11, 12), a second surface located on a groove wall of the main groove, a third surface forming a bottom side of the recess, and a fourth surface facing the second surface, wherein the third surface is a spherical triangle surface that protrudes radially outwardly. a tread portion being provided with at least one circumferentially and continuously extending main groove to separate a first land portion located on one side of the main groove and a second land portion located on the other side of the main groove; recesses being provided on the first land portion and the second land portion, the recesses comprising a plurality of first recesses provided on a first edge of the first land portion wherein the first edge faces the main groove and a plurality of second recesses provided on a second edge of the second land portion wherein the second edge faces the main groove; and each second recess being arranged so as not to overlap each projected region in which each first recess is projected onto the second edge in an axial direction of the tire characterized in that each recess comprises a substantially tetrahedron void surrounded by four triangular surfaces (41, 42, 43, 44), and the substantially tetrahedron void comprising a first surface located on a ground contact surface of the first or second land portion (11, 12), a second surface located on a groove wall of the main groove, a third surface forming a bottom side of the recess, and a fourth surface facing the second surface, wherein the third surface is a spherical triangle surface that protrudes radially outwardly.
A method for processing video data, comprising: providing video data representing a first view and a second view, each view comprising a plurality of regions; and asymmetrically processing the regions of the first view according to a first view processing pattern and asymmetrically processing the regions of the second view according to a second view processing pattern; wherein the step of asymmetrically processing the regions of the first view according to the first view processing pattern comprises the step of asymmetrically coding the regions of the first view, and asymmetrically processing the regions of the second view according to the second view processing pattern comprises the step of asymmetrically coding the regions of the second view; wherein the step of asymmetrically coding the regions of the first view and the regions of the second view comprises the step of varying a coding parameter from region to region of the first view and varying a coding parameter from region to region of the second view, wherein the first view processing pattern is different from the second view processing pattern wherein the regions of view are based on object segmentation or are depth regions estimated through disparity segmentation. providing video data representing a first view and a second view, each view comprising a plurality of regions; and asymmetrically processing the regions of the first view according to a first view processing pattern and asymmetrically processing the regions of the second view according to a second view processing pattern; wherein the step of asymmetrically processing the regions of the first view according to the first view processing pattern comprises the step of asymmetrically coding the regions of the first view, and asymmetrically processing the regions of the second view according to the second view processing pattern comprises the step of asymmetrically coding the regions of the second view; wherein the step of asymmetrically coding the regions of the first view and the regions of the second view comprises the step of varying a coding parameter from region to region of the first view and varying a coding parameter from region to region of the second view, wherein the first view processing pattern is different from the second view processing pattern wherein the regions of view are based on object segmentation or are depth regions estimated through disparity segmentation.
Packaging machine, in which a material web is transported cyclically with - a thermoforming station, which forms a format of a plurality of pack cavities in the material web per cycle, - a filling station in which an article to be packed is charged into each pack cavity, - a sealing station, which fastens an upper material web to the material web with an integral bond, wherein the gas is introduced into or evacuated from the pack cavity prior to the integral bond being made and - a cutting device, which separates the packs so produced from the material webs (8, 14), characterised in that it has a gas supply means and/or a degassing means, with which gas can be supplied to or evacuated from the individual pack cavities of a format. - a thermoforming station, which forms a format of a plurality of pack cavities in the material web per cycle, - a filling station in which an article to be packed is charged into each pack cavity, - a sealing station, which fastens an upper material web to the material web with an integral bond, wherein the gas is introduced into or evacuated from the pack cavity prior to the integral bond being made and - a cutting device, which separates the packs so produced from the material webs (8, 14),
A method, at a server system, of providing a mobile network operator, MNO, profile to a client device, the client device having a SIM software application stored thereon so as to provide the client device with a secured software implementation of SIM card functionality, wherein the client device is configured to receive content over a broadcast network from the server system and to use a mobile network to provide a return communication path to the server system, the method comprising: based on a unique identifier of the client device, identifying a unique key, K SIM, of the SIM software application stored on the client device; based on an MNO associated with the client device, identifying an unused MNO profile associated with the MNO; encrypting the identified MNO profile so as to provide an encrypted MNO profile, wherein the encrypting comprises encrypting at least part of the identified MNO profile using K SIM; generating an MNO profile download message comprising the encrypted MNO profile and the unique identifier of the client device; and broadcasting the MNO profile download message over the broadcast network so as to enable the client device to access the MNO profile download message. based on a unique identifier of the client device, identifying a unique key, K SIM, of the SIM software application stored on the client device; based on an MNO associated with the client device, identifying an unused MNO profile associated with the MNO; encrypting the identified MNO profile so as to provide an encrypted MNO profile, generating an MNO profile download message comprising the encrypted MNO profile and the unique identifier of the client device; and broadcasting the MNO profile download message over the broadcast network so as to enable the client device to access the MNO profile download message.
An orthodontic device comprising a biasing member and first and second anchors for attaching the biasing member within a patient's mouth, wherein the biasing member exerts a biasing force under compression, wherein the biasing member comprises a limiter for preventing movement of the biasing member past a predetermined limit, and wherein at least one of the first and second anchors is inelastic, wherein the biasing member exerts said biasing force in a linear direction, and wherein said two anchors (14,16) are orientated to place said biasing member under compression, and wherein said limiter is provided by a maximum compression of said biasing member, and wherein the biasing member is elongate and has a first end and a second end, wherein the first anchor is attached to the first end, and wherein the first anchor is threaded along the biasing member to pass the second end so that, in use, the first anchor exerts a compression force on the biasing member, and wherein the second anchor is attached to the second end, and wherein the second anchor is threaded along the biasing member to pass the first end so that, in use, the second anchor exerts a compression force on the biasing member, wherein the orthodontic device comprises a first part and a second part wherein the first and second parts co-operate, wherein the first part comprises a first spring and the first anchor, and wherein the second part comprises a second spring and the second anchor, wherein the first and second springs are helical springs, and wherein the first anchor of the first part extends through a helix formed by the first spring, and the second anchor of the second part extends through a helix formed by the second spring, and wherein the first anchor extends through the helix of the second springs and the second anchor extends through the helix of the first spring. wherein the orthodontic device comprises a first part and a second part wherein the first and second parts co-operate, wherein the first part comprises a first spring and the first anchor, and wherein the second part comprises a second spring and the second anchor, wherein the first and second springs are helical springs, and wherein the first anchor of the first part extends through a helix formed by the first spring, and the second anchor of the second part extends through a helix formed by the second spring, and wherein the first anchor extends through the helix of the second springs and the second anchor extends through the helix of the first spring.
A presentation system for a solution sample for use in an analysis system comprising: an adapter configured for positioning aliquots of the solution for measurement by the analysis system, and a sample holder; wherein the adapter includes a recess formed in an upper surface of the adapter for removable receipt of the sample holder that holds the aliquots of the solution sample such that the sample holder is seated in the recess when the sample holder is inserted into the recess; the recess having a shape that conforms to at least a portion of a shape of the sample holder such that the recess maintains the sample holder in place during measurement of the aliquots; and the recess having a predetermined depth sufficient to receive the sample holder and a cover plate when the sample holder and the cover plate are inserted into the recess; characterized in that the cover plate comprises a separating member attached to a lower surface of a substrate, wherein, when the sample holder and the cover plate are seated in the recess of the adapter, the separating member rests upon an upper surface of the sample holder to separate the cover plate from the sample holder at a predetermined distance. an adapter configured for positioning aliquots of the solution for measurement by the analysis system, and a sample holder; wherein the adapter includes a recess formed in an upper surface of the adapter for removable receipt of the sample holder that holds the aliquots of the solution sample such that the sample holder is seated in the recess when the sample holder is inserted into the recess; the recess having a shape that conforms to at least a portion of a shape of the sample holder such that the recess maintains the sample holder in place during measurement of the aliquots; and the recess having a predetermined depth sufficient to receive the sample holder and a cover plate when the sample holder and the cover plate are inserted into the recess;
A method for automatically creating a PC program for controlling a PLC, characterized in that a source code of the PC program is automatically generated using data included in a data section of a source code of a PLC program and a PC program template, the data section including data indicating services to be exposed by the PLC when running the PLC program, wherein the data section serves as a common source code portion for both the PC program and the PLC program. characterized in that a source code of the PC program is automatically generated using data included in a data section of a source code of a PLC program and a PC program template, the data section including data indicating services to be exposed by the PLC when running the PLC program, wherein the data section serves as a common source code portion for both the PC program and the PLC program.
A nozzle assembly (110, 210. 310) for use in a pressure vessel (116, 216. 316), the nozzle assembly (110, 210. 310) comprising: a pressure vessel (116, 216. 316) having a wall, an inner surface of which defines an interior area, at least one aperture extends through a thickness defined by the wall; a nozzle (114, 214, 314) positioned in the at least one aperture, the nozzle (114, 214, 314) has a body portion (118, 218, 318) defining a bore extending there through and in communication with the interior area of the pressure vessel; characterized in, that the nozzle (114, 214, 314) has an end portion (120, 220) extending into the interior area defined by the pressure vessel, the end portion (120, 220) of the nozzle (114, 214, 314) defining a radius (122, 222) extending circumferentially around the end portion (120, 220), the radius (122, 222) being tangent to a contour defined by the inner surface of the pressure vessel wall. a pressure vessel (116, 216. 316) having a wall, an inner surface of which defines an interior area, at least one aperture extends through a thickness defined by the wall; a nozzle (114, 214, 314) positioned in the at least one aperture,
An aqueous adjuvant composition comprising a) a mixute of octanoyl-N-methylglucamide and decanoyl-N-methylglucamide of the formula in which R1 is C 7 alkyl and C 9 alkyl, R2 is a methyl group, where the fraction of octanoyl-N-methylglucamide is 10 to 90 wt% and the fraction of decanoyl-N-methylglucamide is 10 to 90 wt%, based on the total amount of alkylglucamides present in said mixture b) water, and c) optionally a cosolvent. a) a mixute of octanoyl-N-methylglucamide and decanoyl-N-methylglucamide of the formula in which R1 is C 7 alkyl and C 9 alkyl, R2 is a methyl group, where the fraction of octanoyl-N-methylglucamide is 10 to 90 wt% and the fraction of decanoyl-N-methylglucamide is 10 to 90 wt%, based on the total amount of alkylglucamides present in said mixture R1 is C 7 alkyl and C 9 alkyl, R2 is a methyl group, where the fraction of octanoyl-N-methylglucamide is 10 to 90 wt% and the fraction of decanoyl-N-methylglucamide is 10 to 90 wt%, based on the total amount of alkylglucamides present in said mixture b) water, and c) optionally a cosolvent.