mhurhangee/patent-ind-claim-en huggingface dataset:
High voltage three-phase cable comprising: - three cores positioned so as to assume the configuration with minimum radial dimension; and - a sheath surrounding the three cores ; wherein each core comprises: - an electric conductor having a substantially triangular shaped cross-section with vertex portions and edges ; - an insulating system surrounding the electric conductor , the insulating system comprising an inner semiconducting layer surrounding the electric conductor , an insulating layer surrounding and in contact with the inner semiconducting layer and an outer semiconducting layer surrounding and in contact with the insulating layer , the layers of the insulating system being made of an extruded polymeric material having a dielectric constant ε comprised from 2 to 2.5, the insulating system having a thickness variable around the electric conductor cross-section, the thickness of the insulating system being greater at the vertex portions of the electric conductor cross-section than at the edges thereof; and - a metallic screen surrounding the insulating system . - three cores positioned so as to assume the configuration with minimum radial dimension; and - a sheath surrounding the three cores ; - an electric conductor having a substantially triangular shaped cross-section with vertex portions and edges ; - an insulating system surrounding the electric conductor , the insulating system comprising an inner semiconducting layer surrounding the electric conductor , an insulating layer surrounding and in contact with the inner semiconducting layer and an outer semiconducting layer surrounding and in contact with the insulating layer , the layers of the insulating system being made of an extruded polymeric material having a dielectric constant ε comprised from 2 to 2.5, the insulating system having a thickness variable around the electric conductor cross-section, the thickness of the insulating system being greater at the vertex portions of the electric conductor cross-section than at the edges thereof; and - a metallic screen surrounding the insulating system .
An information recording medium formed by laminating a transparent protective layer 40) and a base material having laser color-developing properties, comprising: an intermediate layer that is disposed between the transparent protective layer and the base material, wherein the intermediate layer includes a diffraction structure layer that has a diffraction structure , and a first reflective layer ; whereby light, when incident from the transparent protective layer side, causes a diffracted light pattern to appear in the diffraction structure layer so as to be observable from the transparent protective layer side; characterised in that a laser beam, when applied from the transparent protective layer side, passes through the diffraction structure layer, destroys the first reflective layer, and develops color in the base material. an intermediate layer that is disposed between the transparent protective layer and the base material, wherein the intermediate layer includes a diffraction structure layer that has a diffraction structure , and a first reflective layer ; whereby light, when incident from the transparent protective layer side, causes a diffracted light pattern to appear in the diffraction structure layer so as to be observable from the transparent protective layer side; characterised in that a laser beam, when applied from the transparent protective layer side, passes through the diffraction structure layer, destroys the first reflective layer, and develops color in the base material.
A method for transmitting signals by a first device of a base station transmitting and receiving signals of a wireless communication system, the method comprising: receiving a plurality of uplink signals from a plurality of terminals for a first time duration; identifying uplink transmission shaping information to be applied to the plurality of uplink signals; and transmitting the plurality of uplink signals to a second device using a fronthaul based on the uplink transmission shaping information, wherein the uplink transmission shaping information comprises information indicating a number of time intervals to transmit the plurality of uplink signals using the fronthaul, wherein the plurality of uplink signals are transmitted by the first device to the second device for a second time duration determined based on the uplink transmission shaping information and the first time duration, and wherein the second time duration corresponds to an increased number of time intervals and a decreased portion of a fronthaul frequency band. receiving a plurality of uplink signals from a plurality of terminals for a first time duration; identifying uplink transmission shaping information to be applied to the plurality of uplink signals; and transmitting the plurality of uplink signals to a second device using a fronthaul based on the uplink transmission shaping information, wherein the uplink transmission shaping information comprises information indicating a number of time intervals to transmit the plurality of uplink signals using the fronthaul, wherein the plurality of uplink signals are transmitted by the first device to the second device for a second time duration determined based on the uplink transmission shaping information and the first time duration, and wherein the second time duration corresponds to an increased number of time intervals and a decreased portion of a fronthaul frequency band.
A method for the removal of ammonia from the off-gas of a finishing section of a urea production plant, wherein the finishing section operates to convert a urea melt into solid urea products, thereby generating ammonia-containing off-gas; said urea melt being obtained by evaporating water from an aqueous urea solution in a first stage evaporation section, so as to form a concentrated urea solution, and further evaporating water from said concentrated urea solution in at least one second stage evaporation section so as to form the urea melt; the method comprising subjecting the off-gas to contact with an acidic scrubbing liquid so as to provide a scrubbed off-gas and a utilized scrubbing liquid comprising ammonium salt; wherein the method comprises sending utilized scrubbing liquid to a second stage evaporation section, thereby subjecting it to evaporation of water together with the concentrated urea solution.
A method for bi-directional ventilator communication, comprising: at a ventilator , receiving communications from a remote device pertaining to manipulating ventilator functionality: capturing one or more images of a patient using a patient orientation monitoring device comprising a camera ; determining , from the one or more captured images, a physical orientation of a patient; modifying , based on the physical orientation of the patient, a protocol of the ventilator or an amount of a fresh gas to be provided to the patient by the ventilator ; and transmitting said modification to a remote device for display at the remote device, the remote device being remote from the ventilator and the patient orientation monitoring device. capturing one or more images of a patient using a patient orientation monitoring device comprising a camera ; determining , from the one or more captured images, a physical orientation of a patient; modifying , based on the physical orientation of the patient, a protocol of the ventilator or an amount of a fresh gas to be provided to the patient by the ventilator ; and transmitting said modification to a remote device for display at the remote device, the remote device being remote from the ventilator and the patient orientation monitoring device.
A method performed by a user equipment, UE, in a wireless communication system, the method comprising: receiving (S604), from an access and mobility management function, AMF, entity , a non-access stratum, NAS, message; and releasing (S606) at least one protocol data unit, PDU, session not associated with at least one emergency service by identifying that the UE is only registered for the at least one emergency service, in case that the NAS message includes information indicating that the UE is registered for the at least one emergency service. receiving (S604), from an access and mobility management function, AMF, entity , a non-access stratum, NAS, message; and releasing (S606) at least one protocol data unit, PDU, session not associated with at least one emergency service by identifying that the UE is only registered for the at least one emergency service, in case that the NAS message includes information indicating that the UE is registered for the at least one emergency service.
A gas-insulated switching apparatus (101;103;104;105;106) of a three-phase-isolated type, the apparatus comprising: two first main buses extending in parallel at an identical height; a first connection bus interconnecting the first main buses; a first divergence bus diverging downward from the first connection bus; a first circuit breaker connected to the first divergence bus; two second main buses extending at an identical height below the first main buses in parallel with the first main buses; a second connection bus interconnecting the second main buses; a second divergence bus diverging downward from the second connection bus; a second circuit breaker connected to the second divergence bus; two third main buses extending at an identical height below the second main buses in parallel with the first main buses; a third connection bus interconnecting the third main buses; a third divergence bus diverging downward from the third connection bus; and a third circuit breaker connected to the third divergence bus, wherein a connection portion (60;62) between the first connection bus and the first divergence bus is disposed at a position lower than the height at which the first main buses extend, characterized in that a grounding switch is disposed above the connection portion between the first connection bus and the first divergence bus. two first main buses extending in parallel at an identical height; a first connection bus interconnecting the first main buses; a first divergence bus diverging downward from the first connection bus; a first circuit breaker connected to the first divergence bus; two second main buses extending at an identical height below the first main buses in parallel with the first main buses; a second connection bus interconnecting the second main buses; a second divergence bus diverging downward from the second connection bus; a second circuit breaker connected to the second divergence bus; two third main buses extending at an identical height below the second main buses in parallel with the first main buses; a third connection bus interconnecting the third main buses; a third divergence bus diverging downward from the third connection bus; and a third circuit breaker connected to the third divergence bus, wherein a connection portion (60;62) between the first connection bus and the first divergence bus is disposed at a position lower than the height at which the first main buses extend, characterized in that a grounding switch is disposed above the connection portion between the first connection bus and the first divergence bus.
An acetaminophen and tramadol compound oral solution, characterized in , a total weight of the acetaminophen and tramadol compound oral solution being 100 wt%, comprising: an acetaminophen having a weight percentage of 1.447 wt% to 6.702 wt%; a tramadol having a weight percentage of 0.167 wt% to 0.773 wt%; and a solvent system, weighted 90.828 wt% to 98.02 wt%, consisting of: a glycerin, a water and at least one polyethylene glycol, wherein the polyethylene glycol has a weight percentage of 17 wt% to 65 wt% of the total weight of the acetaminophen and tramadol compound oral solution; wherein the polyethylene glycol is selected from the group consisting of PEG300, PEG400, PEG1000, PEG1450 and PEG3350. an acetaminophen having a weight percentage of 1.447 wt% to 6.702 wt%; a tramadol having a weight percentage of 0.167 wt% to 0.773 wt%; and a solvent system, weighted 90.828 wt% to 98.02 wt%, consisting of: a glycerin, a water and at least one polyethylene glycol, wherein the polyethylene glycol has a weight percentage of 17 wt% to 65 wt% of the total weight of the acetaminophen and tramadol compound oral solution; wherein the polyethylene glycol is selected from the group consisting of PEG300, PEG400, PEG1000, PEG1450 and PEG3350.
Soft intraocular lens injection device, comprising - a tubular body presenting a casing and an axial cavity, as well as a proximal end and a distal end , - a pushbutton introduced in said axial cavity, at the abovesaid proximal end , and moveable in this cavity along an axial direction , - a barrel arranged at said distal end of the tubular body and presenting an ejection cavity in communication with the axial cavity of the tubular body , this ejection cavity having a transversal cross-section decreasing in the direction opposite the tubular body , and - a housing in the axial cavity of the tubular body intended to receive a storage container containing a soft intraocular lens , characterised in that the casing of the tubular body presents a side opening, which gives access to the outside of said housing , so as to make it possible to introduce the storage container in it, and in that , the abovesaid casing carries, protruding externally, a first rotating fixing means , capable of engaging with a second rotating fixing means provided on the storage container , so as to make it possible, in the engaging position of the two abovesaid rotating fixing means, a rotation of the storage container about an axis of rotation parallel to said axial direction of the axial cavity of the tubular body , between a first position of the storage container where it is outside of the tubular body and a second position of the storage container where it is loaded into the abovesaid housing . - a tubular body presenting a casing and an axial cavity, as well as a proximal end and a distal end , - a pushbutton introduced in said axial cavity, at the abovesaid proximal end , and moveable in this cavity along an axial direction , - a barrel arranged at said distal end of the tubular body and presenting an ejection cavity in communication with the axial cavity of the tubular body , this ejection cavity having a transversal cross-section decreasing in the direction opposite the tubular body , and - a housing in the axial cavity of the tubular body intended to receive a storage container containing a soft intraocular lens , characterised in that the casing of the tubular body presents a side opening, which gives access to the outside of said housing , so as to make it possible to introduce the storage container in it, and in that , the abovesaid casing carries, protruding externally, a first rotating fixing means , capable of engaging with a second rotating fixing means provided on the storage container , so as to make it possible, in the engaging position of the two abovesaid rotating fixing means, a rotation of the storage container about an axis of rotation parallel to said axial direction of the axial cavity of the tubular body , between a first position of the storage container where it is outside of the tubular body and a second position of the storage container where it is loaded into the abovesaid housing .
A cleansing composition comprising: a) a partially neutralized 4-oxovaleric acid present in an amount of 0.02 to 0.4% by weight of the composition, b) leuconostoc/radish root ferment filtrate, c) at least one surfactant present in an amount of 1 to 45% by weight of the composition, and d) water, wherein the combination of the partially neutralized 4-oxovaleric acid and leuconostoc/radish root ferment filtrate provides preservative protection against gram positive bacteria, gram negative bacteria, mold, yeast and fungus. a) a partially neutralized 4-oxovaleric acid present in an amount of 0.02 to 0.4% by weight of the composition, b) leuconostoc/radish root ferment filtrate, c) at least one surfactant present in an amount of 1 to 45% by weight of the composition, and d) water,
A device (100; 200) for handheld operation, the device comprising: a touchscreen , and processing means (111; 400; 600) being operative to: display a plurality of user-interface, UI, elements (121-124) on the touchscreen, each of the plurality of UI elements being associated with an action which is performed in response to touching the UI element, determine one or more of the displayed UI elements which a user (150-152, 155) of the device is likely to touch based on a touch pattern stored in a data storage of the device or in a data storage accessible to the device over a communications network and reflecting a relative probability that the user touches a specific position on, or region of, the touch screen , in response to detecting a characteristic change in orientation of the device, and perform, for at least one of the one or more UI elements which the user of the device is likely to touch, the action associated with the UI element. a touchscreen , and processing means (111; 400; 600) being operative to: display a plurality of user-interface, UI, elements (121-124) on the touchscreen, each of the plurality of UI elements being associated with an action which is performed in response to touching the UI element, determine one or more of the displayed UI elements which a user (150-152, 155) of the device is likely to touch based on a touch pattern stored in a data storage of the device or in a data storage accessible to the device over a communications network and reflecting a relative probability that the user touches a specific position on, or region of, the touch screen , in response to detecting a characteristic change in orientation of the device, and perform, for at least one of the one or more UI elements which the user of the device is likely to touch, the action associated with the UI element. display a plurality of user-interface, UI, elements (121-124) on the touchscreen, each of the plurality of UI elements being associated with an action which is performed in response to touching the UI element, determine one or more of the displayed UI elements which a user (150-152, 155) of the device is likely to touch based on a touch pattern stored in a data storage of the device or in a data storage accessible to the device over a communications network and reflecting a relative probability that the user touches a specific position on, or region of, the touch screen , in response to detecting a characteristic change in orientation of the device, and perform, for at least one of the one or more UI elements which the user of the device is likely to touch, the action associated with the UI element.
A method of controlling a motor driver circuit of a wearable device, the method comprising: measuring , via a sensor , a first angle of a first joint of the user; determining a resistance level to apply to the first j oint based on the first angle; determining a connection ratio between a connected time for which terminals of a motor are to be electrically connected in a closed loop and a disconnected time for which the terminals of the motor are to be electrically disconnected, based on the resistance level; characterised in that , the method further comprises the step of controlling the motor driver circuit electrically connected to the motor based on the connection ratio while the motor is electrically disconnected from a power source. measuring , via a sensor , a first angle of a first joint of the user; determining a resistance level to apply to the first j oint based on the first angle; determining a connection ratio between a connected time for which terminals of a motor are to be electrically connected in a closed loop and a disconnected time for which the terminals of the motor are to be electrically disconnected, based on the resistance level;
A method comprising the following steps performed by a wireless device: receiving: a first scheduling request, SR, configuration corresponding to at least one first logical channel; and a second SR configuration corresponding to at least one second logical channel; based on the at least one first logical channel having data available for uplink transmission: setting a first counter, of the first SR configuration, to a first initial value; incrementing the first counter based on a transmission of a first SR associated with the at least one first logical channel; and transmitting a random access preamble in response to the first counter reaching a first counter value; and based on the at least one second logical channel having data available for uplink transmission: setting a second counter, of the second SR configuration, to a second initial value; incrementing the second counter based on a transmission of a second SR associated with the at least one second logical channel; and transmitting a random access preamble in response to the second counter reaching a second counter value. a first scheduling request, SR, configuration corresponding to at least one first logical channel; and a second SR configuration corresponding to at least one second logical channel; based on the at least one first logical channel having data available for uplink transmission: setting a first counter, of the first SR configuration, to a first initial value; incrementing the first counter based on a transmission of a first SR associated with the at least one first logical channel; and transmitting a random access preamble in response to the first counter reaching a first counter value; and based on the at least one second logical channel having data available for uplink transmission: setting a second counter, of the second SR configuration, to a second initial value; incrementing the second counter based on a transmission of a second SR associated with the at least one second logical channel; and transmitting a random access preamble in response to the second counter reaching a second counter value. setting a first counter, of the first SR configuration, to a first initial value; incrementing the first counter based on a transmission of a first SR associated with the at least one first logical channel; and transmitting a random access preamble in response to the first counter reaching a first counter value; and based on the at least one second logical channel having data available for uplink transmission: setting a second counter, of the second SR configuration, to a second initial value; incrementing the second counter based on a transmission of a second SR associated with the at least one second logical channel; and transmitting a random access preamble in response to the second counter reaching a second counter value. setting a second counter, of the second SR configuration, to a second initial value; incrementing the second counter based on a transmission of a second SR associated with the at least one second logical channel; and transmitting a random access preamble in response to the second counter reaching a second counter value.