mhurhangee/ep-ind-claims huggingface dataset:
Gear motor comprising a brushless electric motor, a planetary reduction gear and an output shaft secured in rotation to the planetary reduction gear, said electric motor including a stator, a rotor disposed in the stator, said rotor being suitable for being rotated about a longitudinal axis, said reduction gear being housed at least partially in the rotor, said reduction gear including at least a first sun gear, at least a first planet gear engaging said first sun gear, and an external ring gear disposed in the rotor and engaged by the first planet gear, the first sun gear and the first planet gear being rotated by the rotor, wherein said gear motor includes a centring shaft extending along the longitudinal axis and traversing the stator and the rotor, the centring shaft being mounted directly in the rotor, the output shaft and at least the first sun gear so as to guide the rotation of the rotor, the first sun gear and the first planet gear and the output shaft, the rotor being free to rotate in relation to the centring shaft, the gear motor also including a casing wherein the electric motor and the planetary reduction gear are housed, said casing including a first part and a second part engaging with one another so as to confine the electric motor and the planetary reduction gear, the second part including a passage traversed by the output shaft, the outline of said passage guiding the output shaft in rotation, and the first part including a non-opening receptacle receiving a longitudinal end (38.1) of the centring shaft, the other longitudinal end of the centring shaft being received in a receptacle formed in the output shaft, the receptacle of the output shaft being non-opening.
A method for the rendering comprising: estimating, using a multiple-core processor, a cost as the time needed for back end work to process a pair of neighboring tiles in a rendering pipeline, wherein the cost of the tile pair is the sum of the back end times for the two tiles; and merging smallest costing pairs of tiles until a ratio of the number of tiles and the number of cores in the processor is within a predefined range, wherein each core works on one tile at a time. estimating, using a multiple-core processor, a cost as the time needed for back end work to process a pair of neighboring tiles in a rendering pipeline, wherein the cost of the tile pair is the sum of the back end times for the two tiles; and merging smallest costing pairs of tiles until a ratio of the number of tiles and the number of cores in the processor is within a predefined range, wherein each core works on one tile at a time.
A method for evaluating toric contact lens rotational stability on-eye using self-photography, the method comprising the steps of: providing lens wearers with an electronic device including a camera having a macro lens and eyecup attachment and at least a first contact lens with visible fiducial markers; instructing each of the lens wearers to photograph an eye while wearing the first contact lens at fixed time intervals over an extended time period using the electronic device; for each of the lens wearers, photographing the eye of the lens wearer while the lens wearer is wearing the first contact lens at fixed time intervals over an extended time period using the electronic device, wherein the photographs of the eyes of the lens wearers are taken using self-photography by the lens wearers in question; and analyzing the photographs of the first contact lens on-eye using image processing software to determine the angle of the first contact lens with visible fiducial markers relative to a reference line connecting the nasal and temporal canthi to calculate and characterize the distribution of contact lens rotation data over the extended time period. providing lens wearers with an electronic device including a camera having a macro lens and eyecup attachment and at least a first contact lens with visible fiducial markers; instructing each of the lens wearers to photograph an eye while wearing the first contact lens at fixed time intervals over an extended time period using the electronic device; for each of the lens wearers, photographing the eye of the lens wearer while the lens wearer is wearing the first contact lens at fixed time intervals over an extended time period using the electronic device, wherein the photographs of the eyes of the lens wearers are taken using self-photography by the lens wearers in question; and analyzing the photographs of the first contact lens on-eye using image processing software to determine the angle of the first contact lens with visible fiducial markers relative to a reference line connecting the nasal and temporal canthi to calculate and characterize the distribution of contact lens rotation data over the extended time period.
A sticking substance removing apparatus for removing a sticking substance sticking on a surface of a rotating body, comprising: a contacting member having a plate shape and having a first surface and a second surface, the contacting member contacting the rotating body through the first surface; and a supporting section supporting the first surface and the second surface of the contacting member at an upstream side than a contact position between the rotating body and the contacting member with respect to a rotation direction of the rotating body, the supporting section adhesively supporting the second surface of the contacting member at a downstream side than the contact position between the rotating body and the contacting member with respect to the rotation direction of the rotating body, wherein the supporting section is formed so as to not contact with the contacting member at least in an area of the second surface which is opposite to a contact part of the rotating body and the contacting member, and wherein the first surface of the contacting member has a region which does not contact the rotating body at the downstream side than the contact position between the rotating body and the contacting member with respect to the rotation direction of the rotating body. a contacting member having a plate shape and having a first surface and a second surface, the contacting member contacting the rotating body through the first surface; and a supporting section supporting the first surface and the second surface of the contacting member at an upstream side than a contact position between the rotating body and the contacting member with respect to a rotation direction of the rotating body, the supporting section adhesively supporting the second surface of the contacting member at a downstream side than the contact position between the rotating body and the contacting member with respect to the rotation direction of the rotating body, wherein the supporting section is formed so as to not contact with the contacting member at least in an area of the second surface which is opposite to a contact part of the rotating body and the contacting member, and wherein the first surface of the contacting member has a region which does not contact the rotating body at the downstream side than the contact position between the rotating body and the contacting member with respect to the rotation direction of the rotating body.
A clevis for connecting a vehicle to a stanchion of a lifting and positioning system, comprising: - a frame, on which are provided: - a take-up shaft adapted to be inserted into a lashing ring of a vehicle; and - an interface (42, 14) for fastening onto a stanchion, characterised in that the interface for fastening onto a stanchion is formed by a hollow housing adapted to receive a head of a stanchion, and a flange for retaining the stanchion head in the hollow housing. - a frame, on which are provided: - a take-up shaft adapted to be inserted into a lashing ring of a vehicle; and - an interface (42, 14) for fastening onto a stanchion, - a take-up shaft adapted to be inserted into a lashing ring of a vehicle; and - an interface (42, 14) for fastening onto a stanchion,
A method for providing access by a subscriber wireless device to a wireless network, the method comprising: monitoring, by a core network of the wireless network, for usage of a reserved service for communication between the subscriber wireless device and a base station of the wireless network, wherein the reserved service provides extended coverage to the subscriber wireless device in marginal signal conditions; allowing usage of the reserved service only upon confirming that the subscriber wireless device is authorized to use the reserved service, wherein the reserved service is different from a general service; and adjusting, by a billing system communicatively connected with the core network, a monetary amount billed to an account associated with the subscriber wireless device based on usage of the reserved service; wherein the subscriber wireless device is configured to operate in one of a number of operating modes including: an operating mode in which the subscriber wireless device only selects services from a set of reserved services, an operating mode in which the subscriber wireless device only selects services not in the set of reserved services, and an operating mode in which the subscriber wireless device selects services within and outside of the set of reserved services, wherein the reserved service belongs to the set of reserved services. monitoring, by a core network of the wireless network, for usage of a reserved service for communication between the subscriber wireless device and a base station of the wireless network, wherein the reserved service provides extended coverage to the subscriber wireless device in marginal signal conditions; allowing usage of the reserved service only upon confirming that the subscriber wireless device is authorized to use the reserved service, wherein the reserved service is different from a general service; and adjusting, by a billing system communicatively connected with the core network, a monetary amount billed to an account associated with the subscriber wireless device based on usage of the reserved service; wherein the subscriber wireless device is configured to operate in one of a number of operating modes including: an operating mode in which the subscriber wireless device only selects services from a set of reserved services, an operating mode in which the subscriber wireless device only selects services not in the set of reserved services, and an operating mode in which the subscriber wireless device selects services within and outside of the set of reserved services, wherein the reserved service belongs to the set of reserved services.
A vane pump comprising: a drive shaft that passes through a pump frame; a rotor coupled to the drive shaft that has multiple vanes and rotates within the pump frame in an angular direction about an axis of rotation with an outer rotor surface that has a radius that extends from the axis of rotation; and a cam ring within the pump frame that circumscribes the rotor and vanes with a cam ring inner surface; side plates that radially extend from the drive shaft to the pump frame to enclose the rotor and the cam ring with at least one side plate having an inlet port and an outlet port; characterised in that said vane pump further comprises: multiple radial tilting pad bearings that support the cam ring; a bearing support ring coupled to the pump frame that generally circumscribes the cam ring and mounts the radial tilting pad bearings; and means for initiating rotation of the cam ring from rest. a drive shaft that passes through a pump frame; a rotor coupled to the drive shaft that has multiple vanes and rotates within the pump frame in an angular direction about an axis of rotation with an outer rotor surface that has a radius that extends from the axis of rotation; and a cam ring within the pump frame that circumscribes the rotor and vanes with a cam ring inner surface; side plates that radially extend from the drive shaft to the pump frame to enclose the rotor and the cam ring with at least one side plate having an inlet port and an outlet port; characterised in that said vane pump further comprises: multiple radial tilting pad bearings that support the cam ring; a bearing support ring coupled to the pump frame that generally circumscribes the cam ring and mounts the radial tilting pad bearings; and means for initiating rotation of the cam ring from rest. multiple radial tilting pad bearings that support the cam ring; a bearing support ring coupled to the pump frame that generally circumscribes the cam ring and mounts the radial tilting pad bearings; and means for initiating rotation of the cam ring from rest.
A composition comprising; (i) a first antibody molecule that specifically binds a cell surface antigen of a target cell and which is capable of being internalized into the target cell in an FcγRIIb-dependent manner, which antibody has a Fc domain capable of binding FcγRIIb wherein the cell surface antigen is selected from CD19, CD20 or CD40; in combination with (ii) a second antibody molecule that specifically binds FcγRIIb, and that prevents or reduces FcγRIIb binding to the Fc domain of the first antibody molecule; and wherein the second antibody molecule is any of an antibody; a chimeric antibody; a single chain antibody; a Fab, F(ab') 2, Fv, ScFv or dAb antibody fragment; and characterized in that the composition is for use in the treatment of cancer or an inflammatory disease in a patient with target cells having an elevated level of FcγRIIb expression relative to a control, wherein the control is the median expression level on the same cell type in patients having the same disease. (i) a first antibody molecule that specifically binds a cell surface antigen of a target cell and which is capable of being internalized into the target cell in an FcγRIIb-dependent manner, which antibody has a Fc domain capable of binding FcγRIIb wherein the cell surface antigen is selected from CD19, CD20 or CD40; in combination with (ii) a second antibody molecule that specifically binds FcγRIIb, and that prevents or reduces FcγRIIb binding to the Fc domain of the first antibody molecule; and wherein the second antibody molecule is any of an antibody; a chimeric antibody; a single chain antibody; a Fab, F(ab') 2, Fv, ScFv or dAb antibody fragment;
Method for treating the interiors of kegs, each of which is equipped with at least one keg fitting, using at least one treatment head (4, 4a), which has a mating-pressure and contact-pressure element on a treatment head housing for sealingly mating with the keg fitting of the keg to be treated during its treatment, wherein the keg which is to be treated is pressed by a feed and mating stroke with its keg fitting in a sealing position against the mating-pressure and contact pressure element, and then the keg fitting is opened by a relative movement between the keg fitting and a lifter of the treatment head (4, 4a) in an axial direction, and, as a result, at least one flow path (10, 21) formed in the treatment head (4, 4a) is connected to the interior of the keg, wherein the mating-pressure and contact-pressure element is moved during the feed and mating stroke of the keg fitting, this keg fitting being in contact against the mating-pressure and contact-pressure element, relative to the treatment head housing and against the effect of a resetting force, in the at least one axial direction, wherein the relative movement between the lifter, immovably provided at the treatment head housing, and the keg fitting required for the opening of the keg fitting takes place by the movement of the keg fitting in contact with sealing effect at the housing part (14, 22, 23) during the feed and mating stroke and with deflection of the mating-pressure and contact-pressure element against the resetting force, wherein, with this opening of the keg fitting, the interior of the keg which is to be treated is connected to the flow path (10, 21), which is formed on at least a part length inside a sleeve-type deformable seal, which surrounds the treatment head housing on at least a part length and with a distance spacing interval, and which is connected by one first end tight to the treatment head housing and by another second end tight to the mating-pressure and contact-pressure element, and wherein the seal form at its second end at least one slide surface (20.2.1), which is movably guided with the mating-pressure and contact-pressure element on a surface of the treatment head housing in the axial direction.
A "V" internal combustion engine comprising: a crankshaft; camshafts that activate intake and exhaust valves; an auxiliary shaft, which rotates in an opposite direction with respect to the crankshaft and is unbalanced so as to act as balancing countershaft; and a first mechanical transmission, which receives the motion from the crankshaft and controls the timing by causing the rotation of the camshafts, and causes the rotation of the auxiliary shaft; wherein the first mechanical transmission comprises: a first wheel, which is rigidly fixed to the crankshaft; a second wheel, which is rigidly fixed to the auxiliary shaft; a third wheel, which is coupled to a first head and transmits the movement to corresponding camshafts of the first head; and a first flexible transmission element, which is closed in a ring shape and is wound around the first wheel, the second wheel and the third wheel; the internal combustion engine is characterized in that the first mechanical transmission further comprises a second mechanical transmission which receives the movement from the second wheel and transmits the movement to corresponding camshafts of a second head opposite to the first head. a crankshaft; camshafts that activate intake and exhaust valves; an auxiliary shaft, which rotates in an opposite direction with respect to the crankshaft and is unbalanced so as to act as balancing countershaft; and a first mechanical transmission, which receives the motion from the crankshaft and controls the timing by causing the rotation of the camshafts, and causes the rotation of the auxiliary shaft; wherein the first mechanical transmission comprises: a first wheel, which is rigidly fixed to the crankshaft; a second wheel, which is rigidly fixed to the auxiliary shaft; a third wheel, which is coupled to a first head and transmits the movement to corresponding camshafts of the first head; and a first flexible transmission element, which is closed in a ring shape and is wound around the first wheel, the second wheel and the third wheel; the internal combustion engine is characterized in that the first mechanical transmission further comprises a second mechanical transmission which receives the movement from the second wheel and transmits the movement to corresponding camshafts of a second head opposite to the first head.
A multi-functional drawer cover, which enables to use and store electronic devices in the vehicle, and can be mounted on a drawer, and which is easy to mount and disassemble, characterized by - at least one body which can move horizontally and vertically, enables to house the electronic device, and covers the top of the drawer, - at least one holder, on which the electronic device is placed, and which can move circularly in vertical axis and forms a flat surface by covering the upper surface of the body when it is closed, - at least one rotator which enables to rotate the holder circularly perpendicular to the body or the drawer. - at least one body which can move horizontally and vertically, enables to house the electronic device, and covers the top of the drawer, - at least one holder, on which the electronic device is placed, and which can move circularly in vertical axis and forms a flat surface by covering the upper surface of the body when it is closed, - at least one rotator which enables to rotate the holder circularly perpendicular to the body or the drawer.
Migalastat or salt thereof for use in a method of reducing the risk of a cerebrovascular event in a patient having Fabry disease, the method comprising administering to the patient a formulation comprising an effective amount of the migalastat or salt thereof every other day for at least 2 years, wherein the effective amount is about 100 mg to about 150 mg free base equivalent.
A security device in which a strap (2, 52) with a central core (12, 34, 38, 62) consisting of at least one elongate body is contained within a flexible sleeve (14, 62, 64), with complementary locking units (4, 54) secured at opposite ends of the sleeve (14, 62, 64), which units receive respective ends of the core (12, 34, 38, 62); wherein the sleeve (14, 62, 64) is extensible independently of the core (12, 34, 38, 62) such that the core (12, 34, 38, 62) is not under tension, and wherein the length of the core (12, 34, 38, 62) is at least equal to the spacing between the locking units (4, 54) when the sleeve (14, 62, 64) is fully extended.
An underwater case for containing a device, such as mobile telephones, smartphones, tablets and the like, comprising control means, comprising at least one keypad comprising a plurality of magnetic keys (5 a, 5 b,..., 5 n), for activating said device when it is positioned internally of said underwater case, arranged on a portion of said underwater case, an integrated connection module in wireless mode for activating said device in a wireless mode by said control means, said underwater case being characterized in that it comprises an adaptation base, internal of said underwater case, comprising a first bracket, comprising said integrated connection module in a wireless mode, a logic control unit, storage means, connected to said logic control unit, power supply means, for operating said underwater case, at least one serial port of a USB type and/or at least one infrared module and a radio frequency module, for supporting the Bluetooth standard, for the data exchange between said underwater case and said device, a second bracket, comprising coupling means to be slidably coupled with said first bracket, which second bracket is the interface between said device and said underwater case, and in that the data exchange between said underwater case and said device takes place using said Bluetooth standard.
A liquid offset printing composition vehicle comprising a solvent composition, which solvent composition comprises at least one ester of a polyhydric alcohol with at least one carboxylic acid, characterised in that the solvent composition comprises at least 50 wt. % of a monomeric ester of isosorbide as a polyhydric alcohol with at least one carboxylic acid having a hydrocarbon chain containing from 4 up to 26 carbon atoms as a component of the solvent composition.
An analyte monitoring system comprising: an analyte meter comprising a meter housing, the meter housing comprising: a door having an open position and a closed position, the door including a cartridge-engagement projection; and a tower including an imaging system at least partially housed therein, wherein the cartridge-engagement projection is configured to maintain a position of the cartridge relative to the imaging system. an analyte meter comprising a meter housing, the meter housing comprising: a door having an open position and a closed position, the door including a cartridge-engagement projection; and a tower including an imaging system at least partially housed therein, a door having an open position and a closed position, the door including a cartridge-engagement projection; and a tower including an imaging system at least partially housed therein, wherein the cartridge-engagement projection is configured to maintain a position of the cartridge relative to the imaging system.