mhurhangee/ep-ind-claims huggingface dataset:
A non-spill lid device for a drinking container, comprising: a collar; a sealing element; and a twist fastener configured for attachment to the collar to secure the sealing element; and wherein the lid device is configured to seal the drinking container and prevent spills even when tipped or shaken, characterized in that the collar comprises: an interior wall that forms an opening in the collar; a recess configured to seat the sealing element; a cylindrical ridge that extends up from the recess; and the recess having a plurality of apertures to provide fluid flow from the container; the sealing element rests against the rim of the collar and has a sealing surface along its lower surface that sits within the recess so that when suction by mouth is applied at the rim the sealing element deforms and separates from the rim providing for liquid to flow from the container. a collar; a sealing element; and a twist fastener configured for attachment to the collar to secure the sealing element; and wherein the lid device is configured to seal the drinking container and prevent spills even when tipped or shaken, characterized in that the collar comprises: an interior wall that forms an opening in the collar; a recess configured to seat the sealing element; a cylindrical ridge that extends up from the recess; and the recess having a plurality of apertures to provide fluid flow from the container; the sealing element rests against the rim of the collar and has a sealing surface along its lower surface that sits within the recess so that when suction by mouth is applied at the rim the sealing element deforms and separates from the rim providing for liquid to flow from the container. an interior wall that forms an opening in the collar; a recess configured to seat the sealing element; a cylindrical ridge that extends up from the recess; and the recess having a plurality of apertures to provide fluid flow from the container; the sealing element rests against the rim of the collar and has a sealing surface along its lower surface that sits within the recess so that when suction by mouth is applied at the rim the sealing element deforms and separates from the rim providing for liquid to flow from the container.
A process for the preparation of a chocolate tablet comprising co-milling a dry precursor comprising (i) cocoa nibs and/or particulate cocoa butter and/or particulate cocoa butter equivalent/substitute; (ii) a solid bulk sweetener; and (iii) optionally dairy powder; to obtain a powdered composition having a particle size of < 10μm (mean) and / or < 30μm; and compressing the powdered composition at a pressure of at least 7000kPa to obtain the chocolate tablet. (i) cocoa nibs and/or particulate cocoa butter and/or particulate cocoa butter equivalent/substitute; (ii) a solid bulk sweetener; and (iii) optionally dairy powder;
An arrangement having an electrical connection module and an electronics arrangement, particularly a printed circuit board arrangement, characterized by a) an adapter as the electrical connector between the electrical connection module and the electronics arrangement, in particular the printed circuit board arrangement, b) wherein the adapter has at least one first connector and at least one second connector, c) wherein the at least one first connector extends in an extension direction and wherein the at least one second connector extends at a predefined angle (α) relative to the extension direction, d) wherein second connectors extend at an angle (α) relative to the vertical direction, e) wherein the angle (α) is 20° to 70°. a) an adapter as the electrical connector between the electrical connection module and the electronics arrangement, in particular the printed circuit board arrangement, b) wherein the adapter has at least one first connector and at least one second connector, c) wherein the at least one first connector extends in an extension direction and wherein the at least one second connector extends at a predefined angle (α) relative to the extension direction, d) wherein second connectors extend at an angle (α) relative to the vertical direction, e) wherein the angle (α) is 20° to 70°.
A housing assembly, comprising: a substrate having a display surface, wherein a penetrating accommodation hole is defined in the substrate, and an opening of the accommodation hole is located on the display surface; a plastic member disposed in the accommodation hole and fixedly connected to the substrate; and a covering layer covering an entirety of the display surface and shielding the opening of the accommodation hole located on the display surface, wherein the housing assembly further comprises a spacing unit disposed between the display surface and the covering layer, the spacing unit shielding the opening of the accommodation hole located on the display surface, wherein the spacing unit comprises an isolation layer disposed between the display surface and the covering layer, and a spacing layer disposed between the isolation layer and the covering layer, characterized in that, the spacing layer has a smaller density than the isolation layer. a substrate having a display surface, wherein a penetrating accommodation hole is defined in the substrate, and an opening of the accommodation hole is located on the display surface; a plastic member disposed in the accommodation hole and fixedly connected to the substrate; and a covering layer covering an entirety of the display surface and shielding the opening of the accommodation hole located on the display surface, wherein the housing assembly further comprises a spacing unit disposed between the display surface and the covering layer, the spacing unit shielding the opening of the accommodation hole located on the display surface, wherein the spacing unit comprises an isolation layer disposed between the display surface and the covering layer, and a spacing layer disposed between the isolation layer and the covering layer, characterized in that, the spacing layer has a smaller density than the isolation layer.
A computer program product for assessing the severity of chronic obstructive pulmonary disease, COPD, in a subject, the computer program product comprising a computer readable medium having computer readable code embodied therein, the computer readable code being configured such that, on execution on the control unit of an apparatus or system of any of claims 10-14, the apparatus or system caused to perform the steps of: determining by means of an accelerometer measurements of a breathing rate of the subject, an activity level of the subject, a measure of the respiratory effort of the subject and a measure of the severity or intensity of coughing by the subject; and combining the measurements of the breathing rate, the activity level, the measure of the respiratory effort and the measure of the severity or intensity of coughing to determine a score representing the severity of COPD in the subject. determining by means of an accelerometer measurements of a breathing rate of the subject, an activity level of the subject, a measure of the respiratory effort of the subject and a measure of the severity or intensity of coughing by the subject; and combining the measurements of the breathing rate, the activity level, the measure of the respiratory effort and the measure of the severity or intensity of coughing to determine a score representing the severity of COPD in the subject.
Oil or gas production facility comprising: - at least one processing unit, - at least one water uptake unit designed to take up water from an expanse of water and to deliver at least one stream of cooling water to the processing unit, - a pressure regulating unit designed to receive a stream of cooling water at a first pressure coming from the processing unit and to supply at least one stream of cooling water at a second pressure lower than the first pressure, - at least one discharge system designed to receive at least some of the stream of cooling water at the second pressure, and - at least one control member designed to measure the first pressure, characterized in that: - the pressure regulating unit comprises at least one turbine configured to receive at least part of the stream of cooling water coming from the processing unit and to produce mechanical energy, and - the control member is designed to perform feedback control on the turbine so as to regulate the first pressure to a setpoint value. - at least one processing unit, - at least one water uptake unit designed to take up water from an expanse of water and to deliver at least one stream of cooling water to the processing unit, - a pressure regulating unit designed to receive a stream of cooling water at a first pressure coming from the processing unit and to supply at least one stream of cooling water at a second pressure lower than the first pressure, - at least one discharge system designed to receive at least some of the stream of cooling water at the second pressure, and - at least one control member designed to measure the first pressure, - the pressure regulating unit comprises at least one turbine configured to receive at least part of the stream of cooling water coming from the processing unit and to produce mechanical energy, and - the control member is designed to perform feedback control on the turbine so as to regulate the first pressure to a setpoint value.
Tubular fuel distributor pipe which is closed at the ends by a plug (5, 6), which is inserted in the fuel distributor pipe and soldered thereto, characterised in that a pipe wall of the fuel distributor pipe is provided internally with a recess at the end and the plug (5, 6) engages with the recess, wherein the said plug (5, 6) has a shoulder on the side to be inserted in the fuel distributor pipe, so that an inner diameter of the plug (5, 6) at this point is equal to an inner diameter of the fuel distributor pipe without a recess and the shoulder of the plug (5, 6) is flush with the pipe wall of the fuel distributor pipe.
A tripping mechanism for a circuit breaker, comprising a connecting rod assembly and a control assembly, wherein one end of the connecting rod assembly is connected with a rotating shaft assembly for driving the circuit breaker to be switched off in a driving manner, and the other end of the connecting rod assembly is provided with a jump pin which can be connected with the control assembly in a latching manner; the jump pin is also provided with a U-shaped groove; the control assembly comprises a switching-off latch which is rotatably mounted; the end part of the switching-off latch can be connected with the U-shaped groove in a latching and limiting manner, and the circuit breaker triggers the end part of the switching-off latch to be tripped from the U-shaped groove when being switched off, and therefore the rotating shaft assembly connected with the connecting rod assembly drives the circuit breaker to be switched off, characterised in that: the control assembly further comprises a switching-off half-shaft which can be connected with the switching-off latch in a latching manner; two ends of the switching-off latch are respectively provided with a latch bearing and a latch tail end; the latch bearing is connected with the U-shaped groove in a latching and limiting manner; the latch tail end is connected with a semicircular plane in the middle of the switching-off half-shaft in a latching manner.
A method of devulcanizing rubber comprising contacting a vulcanized rubber with a turpentine liquid in a reaction mixture in an absence of an alkali metal, carbon dioxide, high-pressures vessels, microwaves, ultrasonic waves and catalysts, wherein the turpentine liquid is used as a devulcanization agent to reduce sulfur content and break sulfur cross-links of the vulcanized rubber, wherein said turpentine liquid is selected from the group consisting of: natural turpentine, synthetic turpentine, pine oil, α-pinene, β-pinene, α-terpineol, β-terpineol, 3-carene, anethole, dipentene ( p -mentha-1,8-diene), terpene resins, nopol, pinane, camphene, p -cymene, anisaldehyde, 2-pinane hydroperoxide, 3,7-dimethyl-1,6-octadiene, isobornyl acetate, terpin hydrate, ocimene, 2-pinanol, dihydromyrcenol, isoborneol, γ-terpineol, alloocimene, alloocimene alcohols, geraniol, 2-methoxy-2,6-dimethyl-7,8-epoxyoctane, camphor, p -menthan-8-ol, α-terpinyl acetate, citral, citronellol, 7-methoxydihydrocitronellal, 10-camphorsulphonic acid, p -menthene, p -menthan-8-yl acetate, citronellal,7-hydroxydihydrocitronellal, menthol, menthone, polymers thereof, and mixtures thereof.
Apparatus suitable for treating hypertension of a subject, comprising an implantable device shaped to define: - at least three separate artery-contacting strut portions generally parallel to each other, - at least three crimping arches, each crimping arch comprising outward projections connecting adjacent strut portions to one another, wherein the outward projections are configured to connect adjacent artery-contacting strut portions and a crimping arch at an angle greater than 30 degrees to define a space between the adjacent artery-contacting strut portions, and wherein the artery-contacting strut portions are configured to flatten a region of an artery while allowing the region of the artery to pulsate at the space between the adjacent strut portions. - at least three separate artery-contacting strut portions generally parallel to each other, - at least three crimping arches, each crimping arch comprising outward projections connecting adjacent strut portions to one another,
A process for producing a supported cobalt-based Fischer-Tropsch synthesis catalyst, which process includes in a first activation stage, treating a particulate supported cobalt-based Fischer-Tropsch synthesis catalyst precursor comprising a catalyst support impregnated with cobalt and containing cobalt oxide, with a hydrogen-containing reducing gas or a nitrogen-containing gas, at a first heating rate, HR1, until the precursor has reached a temperature, T 1, where 80°C≤T 1 ≤ 180°C, to obtain a partially treated catalyst precursor; in a second activation stage, treating the partially treated catalyst precursor with a hydrogen-containing reducing gas, at a second heating rate, HR2, where 0≤HR2<HR1, for a time, t 1, where t 1 is from 0.1 to 20 hours, to obtain a partially reduced catalyst precursor; and thereafter in a third activation stage, treating the partially reduced catalyst precursor with a hydrogen-containing reducing gas, at a third heating rate, HR3, where HR3>HR2 until the partially reduced catalyst precursor reaches a temperature, T 2 wherein 300°C≤T2≤600°C, and maintaining the partially reduced catalyst precursor at T 2 for a time, t 2, where 0<t 2 ≤20 hours, to obtain an activated supported cobalt-based Fischer-Tropsch synthesis catalyst.
A Fabry-Perot sensor comprising: - a substrate; and - a diaphragm mounted on the substrate, the diaphragm having a center and comprising: - a first layer comprising a first material; and - a second layer comprising a second material, characterized in that: the second layer forms a dot mounted on the first layer and centered about the center of the diaphragm, the second material comprises internal pre-stresses to cause the center of the diaphragm to camber away from the substrate upon relaxing the internal pre-stresses, and the first layer comprises an internal surface used for mounting on the substrate and an external surface opposite the internal surface, the second layer being mounted on the external surface and pre-stressed in compression. - a substrate; and - a diaphragm mounted on the substrate, the diaphragm having a center and comprising: - a first layer comprising a first material; and - a second layer comprising a second material, characterized in that: the second layer forms a dot mounted on the first layer and centered about the center of the diaphragm, the second material comprises internal pre-stresses to cause the center of the diaphragm to camber away from the substrate upon relaxing the internal pre-stresses, and the first layer comprises an internal surface used for mounting on the substrate and an external surface opposite the internal surface, the second layer being mounted on the external surface and pre-stressed in compression. - a first layer comprising a first material; and - a second layer comprising a second material, the second layer forms a dot mounted on the first layer and centered about the center of the diaphragm, the second material comprises internal pre-stresses to cause the center of the diaphragm to camber away from the substrate upon relaxing the internal pre-stresses, and the first layer comprises an internal surface used for mounting on the substrate and an external surface opposite the internal surface, the second layer being mounted on the external surface and pre-stressed in compression.
A microchip comprising: a channel permitting a sheath liquid and a sample liquid to flow therethrough, wherein liquid feeding is performed in a condition where a laminar flow of the sample liquid introduced into the channel is surrounded by a laminar flow of the sheath liquid, the channel includes a narrow-down section where a bottom surface and/or an upper surface of the channel is formed as an inclined surface so that the area of the channel in a section orthogonal to a liquid feed direction decreases gradually along the liquid feed direction and where side walls of the channel are formed to exhibit gradual constriction along the liquid feed direction, and the channel is adapted to feed the sheath liquid laminar flow and the sample liquid laminar flow by isotropically reducing and narrowing down while deflecting toward an upper side or a lower side of the microchip, characterized in that an inclination angle of the bottom surface or the upper surface of the channel at the narrow-down section and a constriction angle of the side walls of the channel are equal to each other, and in that the channel is formed by two substrate layers (1a, 1b). a channel permitting a sheath liquid and a sample liquid to flow therethrough, wherein liquid feeding is performed in a condition where a laminar flow of the sample liquid introduced into the channel is surrounded by a laminar flow of the sheath liquid, the channel includes a narrow-down section where a bottom surface and/or an upper surface of the channel is formed as an inclined surface so that the area of the channel in a section orthogonal to a liquid feed direction decreases gradually along the liquid feed direction and where side walls of the channel are formed to exhibit gradual constriction along the liquid feed direction, and the channel is adapted to feed the sheath liquid laminar flow and the sample liquid laminar flow by isotropically reducing and narrowing down while deflecting toward an upper side or a lower side of the microchip, characterized in that an inclination angle of the bottom surface or the upper surface of the channel at the narrow-down section and a constriction angle of the side walls of the channel are equal to each other, and in that the channel is formed by two substrate layers (1a, 1b).
A recombinant ganoderma immunoregulatory protein (rLZ-8) for use as a medicament in the treatment of melanoma with maintaining the leukocyte number during the treatment.
A method for manufacturing a porous carbon electrode substrate comprising short carbon fibers and carbonized resin bonding the short carbon fibers, and having a. an average short circuit current value measured at a first surface (referred to as surface A) of 10 mA or less, and/or b. a short circuit current of 10 mA or less at 90% or more of measurement points when the short circuit current is measured at a first surface (referred to as surface A), the method comprising heating a composition containing short carbon fibers and a resin having a residual carbon rate of 35% (mass basis) or more (hereinafter referred to as resin A) wherein, as for a mass ratio of the short carbon fibers to resin A in the composition, the composition contains 100 to 150 parts by mass of resin A based on 100 parts by mass of the short carbon fibers. characterized in that the heating takes place at a rate of 2000 to 15000 °C /min to carbonize resin A. a. an average short circuit current value measured at a first surface (referred to as surface A) of 10 mA or less, and/or b. a short circuit current of 10 mA or less at 90% or more of measurement points when the short circuit current is measured at a first surface (referred to as surface A),
Pipe welding device with a rotary table, to which a pipe section to be welded can be coupled, and with a motor for driving the rotary table, wherein the pipe welding device has a ground connection, which is connected by way of a rotary tap to the rotary table, characterised in that the rotary table comprises a forming gas and/or vacuum opening, via which the interior of a pipe section coupled to the rotary table can be acted upon by forming gas and/or vacuum.
A microcontroller having capacitive voltage division capabilities, comprising: a digital processor with memory; a plurality of input/output ports (728; 730) that can be programmed to support an analog function, a multiplexer (B, 1450; 1538) controlled by the digital processor for selecting one of said input/output ports programmed to support an analog function and coupling it to an analog bus; a sample and hold capacitor operable to be coupled with the analog bus, wherein during a capacitive voltage division function, the sample and hold capacitor is coupled with an external sensor capacitor through said selected input/output port to perform a charge transfer; and an analog-to-digital converter, ADC, coupled with the sample and hold capacitor for converting an analog voltage on the sample and hold capacitor to a digital representation thereof and having a digital output coupled to the digital processor for conveying the digital representation; characterized by another input/output port coupled to the analog bus, wherein the another input/output port is configured to be coupled with an external capacitor to control an effective capacitance on said analog bus during said charge transfer. a digital processor with memory; a plurality of input/output ports (728; 730) that can be programmed to support an analog function, a multiplexer (B, 1450; 1538) controlled by the digital processor for selecting one of said input/output ports programmed to support an analog function and coupling it to an analog bus; a sample and hold capacitor operable to be coupled with the analog bus, wherein during a capacitive voltage division function, the sample and hold capacitor is coupled with an external sensor capacitor through said selected input/output port to perform a charge transfer; and an analog-to-digital converter, ADC, coupled with the sample and hold capacitor for converting an analog voltage on the sample and hold capacitor to a digital representation thereof and having a digital output coupled to the digital processor for conveying the digital representation; characterized by another input/output port coupled to the analog bus, wherein the another input/output port is configured to be coupled with an external capacitor to control an effective capacitance on said analog bus during said charge transfer.
Planet carrier arrangement, comprising a planet carrier mounted in a suspended manner on a first end of a traction element, wherein the traction element is accommodated at a first end in a bearing assembly in a manner enabling it to oscillate, characterised in that the bearing assembly has at least one first and one second roller bearing (32, 34), wherein one of the roller bearings (32, 34) is designed to absorb an axial force lifting the planet carrier.