mhurhangee/ep-ind-claims huggingface dataset:
An electromagnetic relay comprising: a pair of fixed contacts (F1, F2); a moving contactor including a pair of moving contacts (M1, M2) corresponding one to one to the pair of fixed contacts (F1, F2) and a displaceable portion connected to, and electrically conductive with, the pair of moving contacts (M1, M2) and displaceable along with the pair of moving contacts (M1, M2); an overlay arranged to overlap with the displaceable portion; an electromagnet having an excitation coil; and an armature configured to actuate the moving contactor by being attracted toward the electromagnet with electromagnetic force generated by the electromagnet to bring each of the pair of moving contacts (M1, M2) into, or out of, contact with a corresponding one of the pair of fixed contacts (F1, F2), the armature having an adhering portion to be adhered onto the electromagnet with the electromagnetic force generated by the electromagnet, characterized in that the overlay has an opening that exposes a part of the displaceable portion, a space inside the opening crossing a predetermined plane that intersects at right angles with an arrangement direction in which the pair of moving contacts (M1, M2) is arranged side by side, the predetermined plane passing through a center between both ends (T1, T2) in the arrangement direction of the adhering portion. a pair of fixed contacts (F1, F2); a moving contactor including a pair of moving contacts (M1, M2) corresponding one to one to the pair of fixed contacts (F1, F2) and a displaceable portion connected to, and electrically conductive with, the pair of moving contacts (M1, M2) and displaceable along with the pair of moving contacts (M1, M2); an overlay arranged to overlap with the displaceable portion; an electromagnet having an excitation coil; and an armature configured to actuate the moving contactor by being attracted toward the electromagnet with electromagnetic force generated by the electromagnet to bring each of the pair of moving contacts (M1, M2) into, or out of, contact with a corresponding one of the pair of fixed contacts (F1, F2), the armature having an adhering portion to be adhered onto the electromagnet with the electromagnetic force generated by the electromagnet, characterized in that the overlay has an opening that exposes a part of the displaceable portion, a space inside the opening crossing a predetermined plane that intersects at right angles with an arrangement direction in which the pair of moving contacts (M1, M2) is arranged side by side, the predetermined plane passing through a center between both ends (T1, T2) in the arrangement direction of the adhering portion.
An electrical resonant network whose resonance frequency, impedance or admittance is electrically controlled comprising: a) at least one first inductance and at least one first capacitance which form together a resonant circuit, b) at least one reactance (CM, LM), c) at least one switch, controlled by at least one ON / OFF signal (E, E', E", F, F', F") for coupling the at least one reactance (CM, LM) to the resonant circuit, wherein the at least one reactance (CM, LM) is charged and discharged by the resonant circuit and the at least one ON / OFF signal (E, E', E", F, F', F") altering at least once within the resonant circuit period, d) a switch control circuit, which generates the at least one ON / OFF signal (E, E', E", F, F', F") based on a pulse width modulation and is characterized in that at least one quasi-zero detector (V-sense, I-sense, Q9, Q10, Q11, Q12) detecting the positive and negative voltage- or current half-waves of the resonant circuit by means of a threshold level for generating the at least one ON / OFF signal (E, E', E", F, F', F"). a) at least one first inductance and at least one first capacitance which form together a resonant circuit, b) at least one reactance (CM, LM), c) at least one switch, controlled by at least one ON / OFF signal (E, E', E", F, F', F") for coupling the at least one reactance (CM, LM) to the resonant circuit, wherein the at least one reactance (CM, LM) is charged and discharged by the resonant circuit and the at least one ON / OFF signal (E, E', E", F, F', F") altering at least once within the resonant circuit period, d) a switch control circuit, which generates the at least one ON / OFF signal (E, E', E", F, F', F") based on a pulse width modulation and is characterized
A data update system, comprising: a server system having a main server (13, 14) for storing a configuration data and a communication server; a terminal device for inputting an update data for updating a part of or the whole of the configuration data; a remote configuration device for communicating with the terminal device and the communication server; the remote configuration device comprising a configuration file having a configuration data that is the same as a configuration data stored in the main server (13, 14), an interface for communicating with the communication server, and an interface for communicating with the terminal device; wherein the remote configuration device is configured to share the configuration file with the terminal device using the interface for communicating with the terminal device, and wherein the terminal device cannot directly transmit a command to the communication server; wherein the terminal device is configured to access the remote configuration device and to update a part of the configuration file with the update data; and wherein the communication server is configured to differentially update the updated data among the configuration data stored in the main server (13, 14) with an updated configuration file received from the remote configuration device. a server system having a main server (13, 14) for storing a configuration data and a communication server; a terminal device for inputting an update data for updating a part of or the whole of the configuration data; a remote configuration device for communicating with the terminal device and the communication server; the remote configuration device comprising a configuration file having a configuration data that is the same as a configuration data stored in the main server (13, 14), an interface for communicating with the communication server, and an interface for communicating with the terminal device; wherein the remote configuration device is configured to share the configuration file with the terminal device using the interface for communicating with the terminal device, and wherein the terminal device cannot directly transmit a command to the communication server; wherein the terminal device is configured to access the remote configuration device and to update a part of the configuration file with the update data; and wherein the communication server is configured to differentially update the updated data among the configuration data stored in the main server (13, 14) with an updated configuration file received from the remote configuration device.
Apparatus to produce a three-dimensional object, the apparatus comprising: particulate material; a controller; a printhead; and an ultraviolet light emitting diode energy source to emit electromagnetic energy having a maximum intensity at a wavelength between about 200nm to about 405nm; wherein the controller is to: cause the printhead to deposit a liquid which absorbs ultraviolet radiation emitted by the ultraviolet light emitting diode energy source onto a layer of the particulate material; and cause the ultraviolet light emitting diode energy source to irradiate at least a portion of the layer of the particulate material, after the liquid has been deposited onto the layer of the particulate material, thereby to heat the liquid and cause a portion of the particulate material to solidify, wherein the wavelength is greater than 100nm from an absorbance peak of the particulate material. particulate material; a controller; a printhead; and an ultraviolet light emitting diode energy source to emit electromagnetic energy having a maximum intensity at a wavelength between about 200nm to about 405nm; wherein the controller is to: cause the printhead to deposit a liquid which absorbs ultraviolet radiation emitted by the ultraviolet light emitting diode energy source onto a layer of the particulate material; and cause the ultraviolet light emitting diode energy source to irradiate at least a portion of the layer of the particulate material, after the liquid has been deposited onto the layer of the particulate material, thereby to heat the liquid and cause a portion of the particulate material to solidify, cause the printhead to deposit a liquid which absorbs ultraviolet radiation emitted by the ultraviolet light emitting diode energy source onto a layer of the particulate material; and cause the ultraviolet light emitting diode energy source to irradiate at least a portion of the layer of the particulate material, after the liquid has been deposited onto the layer of the particulate material, thereby to heat the liquid and cause a portion of the particulate material to solidify, wherein the wavelength is greater than 100nm from an absorbance peak of the particulate material.
A crystalline form of abacavir that is essentially free of solvent and free of solvation of formula, characterized by having a powder X-ray diffractogram that comprises characteristic peaks at approximately 8.0, 10.0, 10.2, 10.6, 11.9, 12.4, 12.7, 15.0, 16.1, 16.6, 19.5, 20.2, 20.6, 20.7, 21.9, 23.0, 23.9, and 25.0 degrees 2 theta using Cu Kα1 radiation (λ = 1.54060 Å); and by having a purity greater than 99%.
A microwave antenna assembly for applying microwave energy therapy comprising: a proximal portion having an inner conductor and an outer conductor, each extending therethrough, the inner conductor disposed within the outer conductor; and a distal portion attached to the proximal portion such that the inner conductor extends at least partially therein, wherein the proximal and distal portions are configured to mate together such that the proximal and distal portions are fixedly positioned relative to one another by a mechanically engaging joint; wherein the mechanically engaging joint comprises a dielectric material and is configured to couple the distal portion to the proximal portion such that the antenna assembly is in a pre-stressed condition caused by a compressive force applied upon the mechanically engaging joint by the distal and proximal portions, wherein a compressive force is placed on at least a portion of the mechanically engaging joint by the distal portion in a first direction and the inner conductor is placed under tension in a second, opposite, direction, and wherein both the proximal and distal portions are further adapted to be penetrated directly into tissue. a proximal portion having an inner conductor and an outer conductor, each extending therethrough, the inner conductor disposed within the outer conductor; and a distal portion attached to the proximal portion such that the inner conductor extends at least partially therein, wherein the proximal and distal portions are configured to mate together such that the proximal and distal portions are fixedly positioned relative to one another by a mechanically engaging joint; wherein the mechanically engaging joint comprises a dielectric material and is configured to couple the distal portion to the proximal portion such that the antenna assembly is in a pre-stressed condition caused by a compressive force applied upon the mechanically engaging joint by the distal and proximal portions, wherein a compressive force is placed on at least a portion of the mechanically engaging joint by the distal portion in a first direction and the inner conductor is placed under tension in a second, opposite, direction, and wherein both the proximal and distal portions are further adapted to be penetrated directly into tissue.
An indexable drill comprising an approximately cylindrical rod-like drill body which rotates around an axis, and a cutting insert which has cutting edges at its tip and which is removably attached to the distal side of said drill body; wherein said drill body forms a recessed part at the tip which is recessed toward the proximal end side; the recessed part not only forms a bottom face which faces said distal side and which is orthogonal to the axis of said drill body, a pair of clamp faces configured to clamp and hold said cutting insert which inserts into said recessed part, and a pair of torque transmission faces which are crossed by and adjacent to each of the clamp faces and configured to transmit the rotary force of said drill body to said cutting insert, but is also provided with a slit which extends toward the proximal end side in said axial direction so as to bifurcate the tip of said drill body from said bottom face; said cutting insert forms a pair of clamp receiving faces which are respectively pressed by said pair of clamp faces of said drill body, and a pair of torque receiving faces which are crossed by and adjacent to the clamp receiving faces and to which is transmitted the rotary force of said drill body from each of said paired torque transmission faces; wherein at the distal side of said drill body, an insertion hole is formed which extends across said slit and whose inner surface is provided with a first female screw part and second female screw part, wherein said female screws of said first female screw part and said second female screw part are formed in mutually inverse directions; characterised in that: the crosshatch angles (θ2) of said clamp receiving faces and said torque receiving faces which are adjacent in said cutting insert are formed smaller than the crosshatch angles (θ1) of said clamp faces and said torque transmission faces which are adjacent in said drill body, within a range of 2° or less.
A regions identifying apparatus for identifying regions in an image showing a brain, wherein the regions identifying apparatus (1; 101) comprises: - an image providing unit (5; 105) configured to provide a three-dimensional image showing a brain of a living being, - a model providing unit configured to provide a three-dimensional model of a head of a living being, wherein the three-dimensional model includes Alberta Stroke Program Early CT Score regions, ASPECTS regions, (34...37) of a brain, wherein the three-dimensional model comprises a triangulated mesh representing at least the boundaries of different ASPECTS regions, - a regions identifying unit configured to identify ASPECTS regions in the three-dimensional image by applying the three-dimensional model to the three-dimensional image. - an image providing unit (5; 105) configured to provide a three-dimensional image showing a brain of a living being, - a model providing unit configured to provide a three-dimensional model of a head of a living being, wherein the three-dimensional model includes Alberta Stroke Program Early CT Score regions, ASPECTS regions, (34...37) of a brain, wherein the three-dimensional model comprises a triangulated mesh representing at least the boundaries of different ASPECTS regions, - a regions identifying unit configured to identify ASPECTS regions in the three-dimensional image by applying the three-dimensional model to the three-dimensional image.
Composition comprising: - a composition A comprising at least one polyurethane comprising at least two end functions T of formula below: in which R 1 and R 2, which may be identical or different, each represent a hydrogen atom, a linear or branched alkyl group, preferably a C1-C6 alkyl group, a cycloalkyl group, preferably a C5-C6 cycloalkyl group, a phenyl group, preferably a C6-C12 phenyl group, or an alkylphenyl group with a linear or branched alkyl chain, preferably a C1-C4 alkyl chain; or R 1 and R 2 may be bonded together to form a group -(CH 2) n - with n = 3, 4 or 5, and - a composition B comprising at least one amine. - a composition A comprising at least one polyurethane comprising at least two end functions T of formula below: - a composition B comprising at least one amine.
A pharmaceutical composition comprising in admixture a hyaluronic acid related component (HARC), wherein said HARC is selected from hyaluronic acid, hyaluronic acid salts, polymerized hyaluronic acid gels and cross-linked hyaluronic acid gels; and triamcinolone hexacetonide, in which the composition is stable in an accelerated shelf-life test compared to a control composition having said HARC but lacking TAH, said accelerated shelf-life test comprising heating at 80°C for 24 hours, and said composition exhibiting both following criteria: a) the change in the elastic modulus (ΔG') of the composition is no more than 10% greater than ΔG' of the control; b) the change in the viscosity (Δη) of the composition is no more than 10% greater than Δη of the control comprising the HARC component and lacking the TAH, and in which the composition comprises at least 5 mg of HARC per ml of the composition. a hyaluronic acid related component (HARC), wherein said HARC is selected from hyaluronic acid, hyaluronic acid salts, polymerized hyaluronic acid gels and cross-linked hyaluronic acid gels; and triamcinolone hexacetonide, in which the composition is stable in an accelerated shelf-life test compared to a control composition having said HARC but lacking TAH, said accelerated shelf-life test comprising heating at 80°C for 24 hours, and said composition exhibiting both following criteria: a) the change in the elastic modulus (ΔG') of the composition is no more than 10% greater than ΔG' of the control; b) the change in the viscosity (Δη) of the composition is no more than 10% greater than Δη of the control comprising the HARC component and lacking the TAH, and in which the composition comprises at least 5 mg of HARC per ml of the composition. a) the change in the elastic modulus (ΔG') of the composition is no more than 10% greater than ΔG' of the control; b) the change in the viscosity (Δη) of the composition is no more than 10% greater than Δη of the control comprising the HARC component and lacking the TAH, and in which the composition comprises at least 5 mg of HARC per ml of the composition.
A method for determining a control system for a robotic assembly operation, comprising: a) automatically selecting one or more control parameters; b) automatically selecting a control scheme; c) simulating performance of the robotic assembly operation using the one or more control parameters and the control scheme; d) automatically determining whether the control scheme satisfies a performance requirement from a result of the simulation; e) repeating steps (b)-(d) with a new control scheme if the performance requirement is not satisfied; the method further comprising: j) operating the robotic assembly operation in a production run if the control scheme satisfies the performance requirement; k) collecting production data on two iterations of the production run; l) determining if the production data varies between the two production runs; m) repeating the production run without changing the one or more control parameters if the production data varies by less than a threshold; n) changing the one or more control parameters if the production data varies by more than the threshold and repeating the production run, wherein changing the one or more control parameters comprises reducing the weighting applied to an out of calibration sensor and increasing the weighting applied to another sensor. a) automatically selecting one or more control parameters; b) automatically selecting a control scheme; c) simulating performance of the robotic assembly operation using the one or more control parameters and the control scheme; d) automatically determining whether the control scheme satisfies a performance requirement from a result of the simulation; e) repeating steps (b)-(d) with a new control scheme if the performance requirement is not satisfied; j) operating the robotic assembly operation in a production run if the control scheme satisfies the performance requirement; k) collecting production data on two iterations of the production run; l) determining if the production data varies between the two production runs; m) repeating the production run without changing the one or more control parameters if the production data varies by less than a threshold; n) changing the one or more control parameters if the production data varies by more than the threshold and repeating the production run,
A near field magnetically coupled contactless tag, comprising: • a control chip comprising a programmable input/output pin, configured for implementing both a cleartext information delivery and an authentication operation using cryptography; • a sacrificial conductive track (12-1, 12-2) located across a sacrificial area of the tag, and connected between the input/output pin and a supply pin of the microcircuit; and the microcircuit being programmed for delivering the cleartext information while omitting the authentication operation when the state of the input/output pin indicates that the sacrificial track is broken. • a control chip comprising a programmable input/output pin, configured for implementing both a cleartext information delivery and an authentication operation using cryptography; • a sacrificial conductive track (12-1, 12-2) located across a sacrificial area of the tag, and connected between the input/output pin and a supply pin of the microcircuit; and
A handheld push-button device, preferably intended to be used as a service-call unit in the medical, healthcare and geriatric field, comprising: a housing accommodating an electric switch element; and a force-transmitting element including an activation region arranged such that it is accessible for a user, wherein said force-transmitting element is supported by the housing so as to be able to transmit an actuation force applied to it by the user to a movement that can act on the electric switch element, wherein the force-transmitting element has plural activation regions (311, 312) arranged such that they are accessible for a user from at least two opposite sides of the housing, characterized in that the force-transmitting element is a ring-like element that has the activation regions (311, 312) on opposite sides and that is supported in the housing so as to be movable to act on the electric switch element upon application of the activation force on any one of the activation regions (311, 312), and the ring-like element has a central hole/opening extending through the device between the two opposite sides. a housing accommodating an electric switch element; and a force-transmitting element including an activation region arranged such that it is accessible for a user, wherein said force-transmitting element is supported by the housing so as to be able to transmit an actuation force applied to it by the user to a movement that can act on the electric switch element, wherein the force-transmitting element has plural activation regions (311, 312) arranged such that they are accessible for a user from at least two opposite sides of the housing, characterized in that the force-transmitting element is a ring-like element that has the activation regions (311, 312) on opposite sides and that is supported in the housing so as to be movable to act on the electric switch element upon application of the activation force on any one of the activation regions (311, 312), and the ring-like element has a central hole/opening extending through the device between the two opposite sides.