mhurhangee/ep-ind-claims huggingface dataset:
A method of treating an ophthalmic product (100, 201) formed via a polymerization process, wherein the ophthalmic product is located in an apparatus comprising a mandrel (145, 212, 313) with a surface for supporting said ophthalmic product and a chamber enclosing a gaseous environment proximate to the surface of the mandrel, the method comprising: controlling the gaseous environment surrounding the formed ophthalmic product to a vapor phase (170, 203, 314) with different constituents, wherein at least one of the constituents affects a physical or chemical property of the ophthalmic product, wherein the ophthalmic product is an ophthalmic contact lens precursor, wherein the ophthalmic contact lens precursor (100, 201) is a composite object consisting of an ophthalmic contact lens precursor form and a fluent lens reactive mixture in contact with the ophthalmic contact lens precursor form.
A method for setting up a push session, comprising: obtaining device identity information of a client corresponding to a public user identity bound with multiple clients; characterised by adding the device identity information of the client to a Session Initiation Request, SIR, message; and sending the SIR message to the client according to the device identity information of the client, and requesting the client to set up a push session connection based on a Session Initiation Protocol, SIP, with a server according to the SIR message. obtaining device identity information of a client corresponding to a public user identity bound with multiple clients; characterised by adding the device identity information of the client to a Session Initiation Request, SIR, message; and sending the SIR message to the client according to the device identity information of the client, and requesting the client to set up a push session connection based on a Session Initiation Protocol, SIP, with a server according to the SIR message.
A Braille display including a number of Braille cells, the display comprising: a first housing having forward and rearward extents, the first housing also having an interior, an upper cover, and a lower tray, the upper cover having apertures for receiving tactile pins, a motherboard mounted within the interior of the first housing, the motherboard being interconnected to a series of Braille cell assemblies, each of the Braille cell assemblies adapted to control the operation of one of the Braille cells by selectively liftings its tactile pins, the Braille display characterized by: a mounting block having a second housing, the mounting block being positioned within the interior of the first housing; a series of tactile pins housed within the mounting block, the series of tactile pins associated with a series of cells, whereby the mounting block keeps the tactile pins together as a modular unit; a plate secured over top of the mounting block, wherein the plate limits the upward movement of the tactile pins; a channel with opposing walls formed within an interior surface of the upper cover, the mounting block being releasably retained within the upper cover by way of the channel. a mounting block having a second housing, the mounting block being positioned within the interior of the first housing; a series of tactile pins housed within the mounting block, the series of tactile pins associated with a series of cells, whereby the mounting block keeps the tactile pins together as a modular unit; a plate secured over top of the mounting block, wherein the plate limits the upward movement of the tactile pins; a channel with opposing walls formed within an interior surface of the upper cover, the mounting block being releasably retained within the upper cover by way of the channel.
A method for signalling in a Multiple-Input Multiple-Output, MIMO, system, the MIMO system comprising a base station, BS, and a plurality of relay stations, RSs, the plurality of RSs operating in half duplex realized using Time Division Duplex, wherein the BS and the plurality of RSs distribute channels to a plurality of mobile stations, MSs, characterized in the steps where: - selecting, by the BS, a set of RSs and a set of MSs, where the selected sets are served during a first time slot, T1, and selecting, by the BS, another set of MSs, where the selected another set of MSs is served during a second time slot, T2, - selecting, by the BS, each RS from the selected set of RSs and each MS from the selected set of MSs or from the selected another set of MSs jointly such that interference-free channels can be created, during T1 or T2, by the BS to any selected MS, by using MU-MIMO techniques, - creating, by the BS, interference-free channels, during T1, to said selected set of RSs and selected set of MSs, wherein the selected set of RSs are considered, by the BS, as additional MSs during T1, and - creating, by the BS and said selected set of RSs, interference-free channels during T2 to said selected another set of MSs, wherein the BS and the selected set of RSs, during T2, are considered as one distributed antenna array comprising antenna arrays of both the BS and the selected set of RSs. - selecting, by the BS, a set of RSs and a set of MSs, where the selected sets are served during a first time slot, T1, and selecting, by the BS, another set of MSs, where the selected another set of MSs is served during a second time slot, T2, - selecting, by the BS, each RS from the selected set of RSs and each MS from the selected set of MSs or from the selected another set of MSs jointly such that interference-free channels can be created, during T1 or T2, by the BS to any selected MS, by using MU-MIMO techniques, - creating, by the BS, interference-free channels, during T1, to said selected set of RSs and selected set of MSs, wherein the selected set of RSs are considered, by the BS, as additional MSs during T1, and - creating, by the BS and said selected set of RSs, interference-free channels during T2 to said selected another set of MSs, wherein the BS and the selected set of RSs, during T2, are considered as one distributed antenna array comprising antenna arrays of both the BS and the selected set of RSs.
A method of producing (2R,3R,4S)-2-vinyltetrahydrofuran-3,4-diol, comprising the step of reacting 1,4-sorbitan with a Rhenium-compound (Re-compound), selected from HReO 4, Re 2 O 7, H 3 CReO 3, AReO 4 with A is selected from a monovalent metal or ammonium ion, Re 5 Br and Re 2 10 and mixtures thereof, in the presence of a protic solvent, which is a mono- or polyvalent alcohol, whereby the Re-compound is immobilized or present in heterogenous form.
A marker device (115, 119, 202, 1001) for an image guided surgery system, comprising: an electronics unit comprising at least one light source; a rigid frame attached to the electronics unit, the rigid frame having at least one channel extending from the electronics unit to at least one opening in the rigid frame; and an optical guide apparatus located within the at least one channel to couple light from the at least one light source of the electronics unit to the at least one opening in the rigid frame. an electronics unit comprising at least one light source; a rigid frame attached to the electronics unit, the rigid frame having at least one channel extending from the electronics unit to at least one opening in the rigid frame; and an optical guide apparatus located within the at least one channel to couple light from the at least one light source of the electronics unit to the at least one opening in the rigid frame.
Shaped lyocell article having a cellulose matrix and being of low flammability by virtue of the presence therein of melamine cyanurate or of partly or wholly crosslinked melamine resin, characterized in that the melamine cyanurate or the melamine resin is distributed homogeneously in the form of particles over the cross section of the cellulose matrix, the shaped article having a fraction of melamine cyanurate or melamine resin particles of 10 to 50 wt% for textile applications with flame retardancy properties, or a fraction of 50 to 95 wt% for industrial applications.
A charge-coupled device comprising: a substrate; a well of a second conductivity type, opposite a first conductivity type, over the substrate; a channel for transfer of charge carriers therein, the channel being of the first conductivity type and disposed in the well of the second conductivity type; disposed over the channel, a plurality of gate electrodes (H1S, H1B, H2S, H2B) for controlling transfer of charge carriers within the channel; and laterally spaced away from opposite sides of the channel, first and second channel stops having the second conductivity type and disposed inside the well of the second conductivity type; wherein: the gate electrodes are configured to provide for charge multiplication within the channel of the first conductivity type by applying voltages to the gate electrodes; characterized in that the substrate is of the first conductivity type; a doping level of the well of the second conductivity type is sufficiently low that it is fully depleted of charge carriers when a voltage is applied to the substrate so as to provide a fully depleted region disposed between the channel and each of the first and second channel stops; and the first and second channel stops are laterally spaced away from said plurality of gate electrodes. a substrate; a well of a second conductivity type, opposite a first conductivity type, over the substrate; a channel for transfer of charge carriers therein, the channel being of the first conductivity type and disposed in the well of the second conductivity type; disposed over the channel, a plurality of gate electrodes (H1S, H1B, H2S, H2B) for controlling transfer of charge carriers within the channel; and laterally spaced away from opposite sides of the channel, first and second channel stops having the second conductivity type and disposed inside the well of the second conductivity type; wherein: the gate electrodes are configured to provide for charge multiplication within the channel of the first conductivity type by applying voltages to the gate electrodes; characterized in that the substrate is of the first conductivity type; a doping level of the well of the second conductivity type is sufficiently low that it is fully depleted of charge carriers when a voltage is applied to the substrate so as to provide a fully depleted region disposed between the channel and each of the first and second channel stops; and the first and second channel stops are laterally spaced away from said plurality of gate electrodes. the gate electrodes are configured to provide for charge multiplication within the channel of the first conductivity type by applying voltages to the gate electrodes; characterized in that the substrate is of the first conductivity type; a doping level of the well of the second conductivity type is sufficiently low that it is fully depleted of charge carriers when a voltage is applied to the substrate so as to provide a fully depleted region disposed between the channel and each of the first and second channel stops; and the first and second channel stops are laterally spaced away from said plurality of gate electrodes.
A filtering system for continuous renal replacement therapies having an inlet (I; I1) for the fluid to be treated, namely blood, and an outlet for the treated fluid; the filtering system comprising a blood circuit, which in turn comprises, a plurality of treatment seats (30; 301, 3011), which are interposed between said inlet (I; I1) and said outlet; each treatment seat being connected to said inlet (I; I1, 12) through a respective delivery branch (8;); each treatment seat being connected to said outlet through a respective outlet branch; said seats (30; 301, 3011) being connected to said outlet in parallel to each other; the filtering system comprising a regulation assembly, which selectively regulates the fluid flow through each treatment seat (30; 301, 3011); wherein the treatment seats (30; 301, 3011) are connected to a delivery duct and an outlet duct in parallel to each another; wherein the blood circuit comprises a pump, which is configured to push the fluid along said delivery duct towards all said treatment seats (30; 30I, 30II); characterized in that the blood circuit comprises an auxiliary branch, which can be selectively connected either to an inlet for the fluid to be treated or to a saline solution inlet; wherein said auxiliary branch is connected to said delivery duct upstream of said treatment seats (30; 301, 3011); wherein the blood circuit comprises an auxiliary pump, which is configured to push the fluid to be treated or the saline solution towards said delivery duct; wherein said auxiliary pump exchanges data with said control unit.
A shelving system comprising a mounting surface and at least one shelf unit, the mounting surface comprising a plurality of mounting holes and one or more elongate power supply rails, the at least one shelf unit comprising, a top face defined on a top wall of the shelf unit, a bottom face defined on a bottom wall of the shelf unit, and a back face defined on a back wall of the shelf unit, the back face comprising at least two mounting hole connectors configured for mounting the shelf unit on the mounting surface, the at least two mounting hole connectors comprising thru holes through the back wall with the back face, and the at least one shelf unit comprising power fittings, wherein the shelving system comprises a first power supply bracket and at least one flexible power cable comprising a first and a second end, where the at least one flexible power cable is at the first end electrically connected to the first power supply bracket (33, and the second end of the at least one flexible power cable is electrically connected to the power fittings of the at least one shelf unit, and the first power supply bracket is configured to electrically connect the first end of the at least one flexible power cable and one of the one or more elongate power supply rails, and where the shelving system is configured to supply power from the elongate power supply rails to electronics connected to the power fittings at or inside the at least one shelf unit, characterized in that the at least one shelf unit comprises a front face, an oblong opening arranged at the front face, a detachable front portion configured to be positioned juxtaposed the front face to cover the front face and to thereby cover the front face and the front face oblong opening, and an inner volume, the oblong opening providing access to the inner volume and the at least two thru holes, where the detachable front portion is arranged at the front face, and is configured to cover the oblong opening, and where the front portion comprises an elongate fitting horizontally arranged on a back face of the front portion, and configured to rest on a side face of the oblong opening.
An electronic device comprising: a memory; an application processor; and a state determination unit configured to at least: control to operate, while the application processor is in a sleep state, a sensor of the electronic device to continually obtain motion information of the electronic device, and control to write the continually obtained motion information in the memory for processing by the application processor, wherein the application processor is configured to read the written motion information from the memory based on the application processor being awakened, and to provide activity information for a user of the electronic device by processing the read motion information. a memory; an application processor; and a state determination unit configured to at least: control to operate, while the application processor is in a sleep state, a sensor of the electronic device to continually obtain motion information of the electronic device, and control to write the continually obtained motion information in the memory for processing by the application processor, wherein the application processor is configured to read the written motion information from the memory based on the application processor being awakened, and to provide activity information for a user of the electronic device by processing the read motion information. control to operate, while the application processor is in a sleep state, a sensor of the electronic device to continually obtain motion information of the electronic device, and control to write the continually obtained motion information in the memory for processing by the application processor, wherein the application processor is configured to read the written motion information from the memory based on the application processor being awakened, and to provide activity information for a user of the electronic device by processing the read motion information.
A method for controlling a motorized awning installation, the installation comprising an awning cloth and arms that can unfold for guidance of the cloth whose movement accompanies a movement for deployment or retraction of the cloth, the cloth being capable of being rolled around a tube set in motion by an actuator, the method comprising: - during deployment of the cloth, a step of supervising a magnitude representative of the tension of the cloth, - a step of rolling the cloth on the tube initiated automatically in response to a magnitude representative of the tension of the cloth, the method being characterized in that said step of rolling the cloth on the tube is initiated automatically in response to a drop in the tension of the cloth following a stoppage of the associated movement of the arms during deployment, this rolling step being stopped automatically before a perceptible folding of the arms. - during deployment of the cloth, a step of supervising a magnitude representative of the tension of the cloth, - a step of rolling the cloth on the tube initiated automatically in response to a magnitude representative of the tension of the cloth,
A fuel gas burner, for use with a source of fuel gas, comprising: a cavity defined, at least in part, by a fuel gas impermeable surrounding and a fuel gas permeable burner element having an interior surface exposed to the cavity and an exterior surface exposed to the environment, wherein the fuel gas impermeable surrounding has at least one opening; a mixing element having a first end and a second end, wherein the first end is fluidly coupled to the at least one opening and the second end is fluidly coupled to the cavity; and a fuel gas injector operatively coupled to the source of fuel gas and positioned at or proximate to the first end of the mixing element for injecting fuel gas into the mixing element, whereby introduction of pressurized fuel gas by the injector into the mixing element and entrainment of an oxidizer from the first end of the mixing element creates a volume of pressurized pre-combustion gas within the cavity by means of a Venturi effect established at the opening, which diffuses from the interior surface of the burner element to the exterior surface of the burner element; said fuel gas burner characterized in that it further comprises: at least one heat transfer post thermally linked to at least part of the fuel gas impermeable surrounding. a cavity defined, at least in part, by a fuel gas impermeable surrounding and a fuel gas permeable burner element having an interior surface exposed to the cavity and an exterior surface exposed to the environment, wherein the fuel gas impermeable surrounding has at least one opening; a mixing element having a first end and a second end, wherein the first end is fluidly coupled to the at least one opening and the second end is fluidly coupled to the cavity; and a fuel gas injector operatively coupled to the source of fuel gas and positioned at or proximate to the first end of the mixing element for injecting fuel gas into the mixing element, whereby introduction of pressurized fuel gas by the injector into the mixing element and entrainment of an oxidizer from the first end of the mixing element creates a volume of pressurized pre-combustion gas within the cavity by means of a Venturi effect established at the opening, which diffuses from the interior surface of the burner element to the exterior surface of the burner element; at least one heat transfer post thermally linked to at least part of the fuel gas impermeable surrounding.
A method of production of a nut for ball screw use which produces a nut for ball screw use which is formed at its inner circumferential surface with a ball rolling groove which forms a raceway through which balls are made to roll together with a spiral groove of a threaded shaft and with a ball recirculation groove which returns balls from an end point of the raceway to a starting point, the method comprising: a blank forming step which forms a tubular blank from a nut blank, a recirculation groove forming step which forms the ball recirculation groove at the inner circumferential surface of the blank, and a rolling groove forming step which forms the ball rolling groove at an inner circumferential surface of the blank, characterized in that the method forms a working reference by a step before the rolling groove forming step and uses a holding member (105, 107, 109) at which the working reference can be set so as to perform the rolling groove forming step after the recirculation groove forming step, the working reference includes a phase reference, axial direction reference, and radial direction reference which are formed by the blank forming step and are used in common in the recirculation groove forming step and the rolling groove forming step, and in that in the blank forming step, forming the phase reference at an end face or outer circumferential surface of the blank, continuously finishing the inner circumferential surface and one end face in the axial direction of the blank and an outer circumferential surface which continues from this one end face in the axial direction, using the one end face in the axial direction as the axial direction reference, and using the outer circumferential surface as the radial direction reference. a blank forming step which forms a tubular blank from a nut blank, a recirculation groove forming step which forms the ball recirculation groove at the inner circumferential surface of the blank, and a rolling groove forming step which forms the ball rolling groove at an inner circumferential surface of the blank, characterized in that the method forms a working reference by a step before the rolling groove forming step and uses a holding member (105, 107, 109) at which the working reference can be set so as to perform the rolling groove forming step after the recirculation groove forming step, the working reference includes a phase reference, axial direction reference, and radial direction reference which are formed by the blank forming step and are used in common in the recirculation groove forming step and the rolling groove forming step, and in that in the blank forming step, forming the phase reference at an end face or outer circumferential surface of the blank, continuously finishing the inner circumferential surface and one end face in the axial direction of the blank and an outer circumferential surface which continues from this one end face in the axial direction, using the one end face in the axial direction as the axial direction reference, and using the outer circumferential surface as the radial direction reference.
An animal feed composition comprising transgenic corn material comprising corn pellets, corn silage, dry-rolled corn kernels, coarsely cracked corn kernels, high moisture corn, or any combination thereof, wherein the transgenic corn material comprises a recombinant α-amylase, and wherein said recombinant α-amylase comprises a polypeptide having at least 90%, more preferably 95%, even more preferably 99%, sequence identity to the amino acid sequence of SEQ ID NO: 1.