mhurhangee/patent-ind-claim-en huggingface dataset:
A metallic spring ring comprising: a spring length having a spring body with a plurality of interconnected coils or interconnected V-bodies and a first end connected to a second end to form a closed loop, said second end being on an end of the spring body opposite the first end ; Characterized by wherein the first end and the second end are ends of a wire or a ribbon strip; wherein the first end comprises a first tip and the second end comprises a second tip ; if the first end is of the wire, the first end has a conical shape tip and the tip most point of the conical shape tip is rounded or pointed; and if the first end is of the ribbon strip, the first end has tip most point is rounded or flat with a sloped surface on either side of the flat tip that terminates at the tip most point resembling a V-shape when viewing a cross-sectional end view; and wherein the first tip and the second tip have complementary surfaces for aligning the first and second ends (200, 240; 202, 242) along a first direction and along at least one radial direction relative to the first direction. a spring length having a spring body with a plurality of interconnected coils or interconnected V-bodies and a first end connected to a second end to form a closed loop, said second end being on an end of the spring body opposite the first end ; Characterized by wherein the first end and the second end are ends of a wire or a ribbon strip; wherein the first end comprises a first tip and the second end comprises a second tip ; if the first end is of the wire, the first end has a conical shape tip and the tip most point of the conical shape tip is rounded or pointed; and if the first end is of the ribbon strip, the first end has tip most point is rounded or flat with a sloped surface on either side of the flat tip that terminates at the tip most point resembling a V-shape when viewing a cross-sectional end view; and wherein the first tip and the second tip have complementary surfaces for aligning the first and second ends (200, 240; 202, 242) along a first direction and along at least one radial direction relative to the first direction.
A feces treatment agent for colostomy, wherein a water-soluble base material contains an agent A including, a granular water-soluble lubricant, a granular water-absorbing gelling agent, sodium bicarbonate, and a component including at least one selected from the group consisting of zinc oxide, limonite and zinc sulfide, characterised in that an average particle diameter of the granular water-absorbing gelling agent is 24 to 40 μm, the average particle diameter being an average value obtained by arbitrarily selecting the statistically reliable number of particles, measuring the longest particle size of each particle with a microscope, and arithmetically averaging the values. a granular water-soluble lubricant, a granular water-absorbing gelling agent, sodium bicarbonate, and a component including at least one selected from the group consisting of zinc oxide, limonite and zinc sulfide, characterised in that
Method for visually scaring avian species, according to which at least one visual signal (S1, S2, S3) is generated, the visual signal being managed by management means and being emitted by emission means including an electronic screen or a projection system, characterised in that said at least one visual signal (S1, S2, S3) comprises at least one image (I1, I2A, I2B, I3), varying in size over time, which simulates approach by an increase in the size (x) of the image (I1, I2A, I2B, I3).
A filter assembly for a high-voltage system, comprising: a casing adapted to contain an electrically insulating medium, said casing including a main tubular section and a side tubular section connected to said main tubular section and arranged to intersect said main tubular section, wherein an end of said side tubular section distant from the intersection with said main tubular section is sealed, said side tubular section including an electrically conducting material; a conductor arranged within said main tubular section, said conductor extending along a longitudinal direction of said main tubular section and being adapted to convey a power at high voltage of 100 kV or more, and a capacitor arranged within said side tubular section, said capacitor extending along a longitudinal direction of said side tubular section and being electrically connected between said conductor and the sealed end of said side tubular section. a casing adapted to contain an electrically insulating medium, said casing including a main tubular section and a side tubular section connected to said main tubular section and arranged to intersect said main tubular section, wherein an end of said side tubular section distant from the intersection with said main tubular section is sealed, said side tubular section including an electrically conducting material; a conductor arranged within said main tubular section, said conductor extending along a longitudinal direction of said main tubular section and being adapted to convey a power at high voltage of 100 kV or more, and a capacitor arranged within said side tubular section, said capacitor extending along a longitudinal direction of said side tubular section and being electrically connected between said conductor and the sealed end of said side tubular section.
A thermoacoustic sensor for measuring ultrasound, the sensor comprising: a heat flux sensor , having a front and a back, for detecting a temperature difference between the front and back of the heat flux sensor; and an ultrasound absorbing layer comprising rubber, attached to the heat flux sensor for absorbing ultrasound and converting it to heat, the ultrasound absorbing layer configured to act as an acoustic impedance matching layer. a heat flux sensor , having a front and a back, for detecting a temperature difference between the front and back of the heat flux sensor; and an ultrasound absorbing layer comprising rubber, attached to the heat flux sensor for absorbing ultrasound and converting it to heat, the ultrasound absorbing layer configured to act as an acoustic impedance matching layer.
Reciprocating gas horizontal compressor, with free lifting piston, having a piston , which includes a crankcase , a crankshaft a cross head , a distance piece , a cylinder , a piston rod , an oil wiper case , an auxiliary gas case , a main gas case , some suction valves and some discharge valves , characterized in that the piston has some straight ends and some inclined compression chambers (m, k) which are making, together with zone (n) from the inclined cylinder head element and zone (p) from an inclined cylinder head element , two inclined gas compression chambers in the cylinder , one at each end of the cylinder for gas compression and free lifting of the piston with an alternative movement and provided with some permanent magnets fixed to the lower part of the piston , on two or more rows and some permanent magnets fixed in the cylinder under the cylinder liner , with a magnetic field opposed versus to the field created by permanent magnets that produces simultaneous free lifting and sliding effects, without friction or with low friction.
A method for manufacturing a preparation for injection, comprising: a first step of performing at least one treatment selected from the group consisting of a treatment of mixing benzyl benzoate with an antioxidant, a treatment of heating benzyl benzoate, and a treatment of purifying benzyl benzoate; and a second step of mixing the benzyl benzoate treated by the first step with fulvestrant, wherein the antioxidant in the treatment of mixing benzyl benzoate with an antioxidant is at least one kind of compound selected from the group consisting of ascorbic acid, ascorbic acid palmitate, thiourea, α-tocopherol, δ-tocopherol, α-thioglycerin, cysteine hydrochloride, dihydrolipoic acid, dibutylhydroxytoluene, and propyl gallate, wherein, in the treatment of heating benzyl benzoate, benzyl benzoate is heated to 40 °C to 150°C in a nitrogen atmosphere, and wherein, in the treatment of purifying benzyl benzoate, benzyl benzoate is purified using a solid phase column. a first step of performing at least one treatment selected from the group consisting of a treatment of mixing benzyl benzoate with an antioxidant, a treatment of heating benzyl benzoate, and a treatment of purifying benzyl benzoate; and a second step of mixing the benzyl benzoate treated by the first step with fulvestrant, wherein the antioxidant in the treatment of mixing benzyl benzoate with an antioxidant is at least one kind of compound selected from the group consisting of ascorbic acid, ascorbic acid palmitate, thiourea, α-tocopherol, δ-tocopherol, α-thioglycerin, cysteine hydrochloride, dihydrolipoic acid, dibutylhydroxytoluene, and propyl gallate, wherein, in the treatment of heating benzyl benzoate, benzyl benzoate is heated to 40 °C to 150°C in a nitrogen atmosphere, and wherein, in the treatment of purifying benzyl benzoate, benzyl benzoate is purified using a solid phase column.
A method for use in a data processing apparatus, comprising: receiving resources of an enterprise, each resource having a respective access control list specifying access privileges to the resource for one or more members of the enterprise, and the resources including data describing entities related to the enterprise and relationships among the entities; identifying entity facts of the entities from the resources of the enterprise, each entity fact describing at least one feature of the entity, wherein the features include corresponding relationships between the entities; determining , for each entity fact , from the access control list of each resource , an entity fact access control list ; storing data describing the entities , entity facts and the respective entity fact access control lists in a searchable index, wherein each entity fact is associated with its corresponding entity fact access control list; and providing, to each of the members of the enterprise, access privileges to the data describing the entities and the entity facts in the searchable index according to the respective entity fact access control lists . receiving resources of an enterprise, each resource having a respective access control list specifying access privileges to the resource for one or more members of the enterprise, and the resources including data describing entities related to the enterprise and relationships among the entities; identifying entity facts of the entities from the resources of the enterprise, each entity fact describing at least one feature of the entity, wherein the features include corresponding relationships between the entities; determining , for each entity fact , from the access control list of each resource , an entity fact access control list ; storing data describing the entities , entity facts and the respective entity fact access control lists in a searchable index, wherein each entity fact is associated with its corresponding entity fact access control list; and providing, to each of the members of the enterprise, access privileges to the data describing the entities and the entity facts in the searchable index according to the respective entity fact access control lists .
A head mountable display, HMD, having a head motion detection function configured to detect a first head motion and a second head motion and a control function configured to: control the execution of an operation of displaying an object on a display area of the HMD, the execution of which is varied in dependence upon the first detected head motion, store the first detected head motion as motion data, and apply the second detected head motion to the operation, wherein the control function is further configured to apply a scaling or threshold to the second detected head motion in dependence upon the stored motion data, wherein the stored motion data comprises data dependent upon the first head motion of the user of that HMD aggregated with motion data for other users, and wherein if a range of the second head motion carried out by the user in response to a predetermined exercise is lower than that associated with the stored motion data, the size of the display area is reduced. control the execution of an operation of displaying an object on a display area of the HMD, the execution of which is varied in dependence upon the first detected head motion, store the first detected head motion as motion data, and apply the second detected head motion to the operation, wherein the control function is further configured to apply a scaling or threshold to the second detected head motion in dependence upon the stored motion data, wherein the stored motion data comprises data dependent upon the first head motion of the user of that HMD aggregated with motion data for other users, and wherein if a range of the second head motion carried out by the user in response to a predetermined exercise is lower than that associated with the stored motion data, the size of the display area is reduced.
A drum washing machine comprising: a cabinet ; a tub disposed within the cabinet; a drum rotatably disposed within the tub; a drying duct for performing drying of laundry in the drum; a mount part between the tub and the drying duct , in which an air blower fan for circulation of air through the drying duct is located, the mount part comprising an inlet for receiving air from the tub ; and a connection member connecting the inlet of the mount part to one side of the tub; and a plurality of first lint collecting parts for preventing inflow of lint into the air blower fan; characterised by : a plurality of second lint collecting parts protruding from the inner surface of the connection member towards the centre of the connection member to collect lint; wherein the plurality of first lint collecting parts are provided at one side of the mount part and extend towards the tub , or wherein the plurality of first lint collecting parts extend from the outer region of the mount part to the centre of the mount part. a cabinet ; a tub disposed within the cabinet; a drum rotatably disposed within the tub; a drying duct for performing drying of laundry in the drum; a mount part between the tub and the drying duct , in which an air blower fan for circulation of air through the drying duct is located, the mount part comprising an inlet for receiving air from the tub ; and a connection member connecting the inlet of the mount part to one side of the tub; and a plurality of first lint collecting parts for preventing inflow of lint into the air blower fan; characterised by : a plurality of second lint collecting parts protruding from the inner surface of the connection member towards the centre of the connection member to collect lint; wherein the plurality of first lint collecting parts are provided at one side of the mount part and extend towards the tub , or wherein the plurality of first lint collecting parts extend from the outer region of the mount part to the centre of the mount part. a plurality of second lint collecting parts protruding from the inner surface of the connection member towards the centre of the connection member to collect lint; wherein the plurality of first lint collecting parts are provided at one side of the mount part and extend towards the tub , or wherein the plurality of first lint collecting parts extend from the outer region of the mount part to the centre of the mount part.
A propulsion system for an unmanned underwater vehicle comprising: at least one fuel storage tank ; a plurality of combustors connected to the at least one fuel storage tank; a single turbine ; an output shaft connected to the turbine and configured to output rotational energy; characterized in : each of the combustors in the plurality of combustors being sufficiently sized to provide a turbine blade velocity to gas velocity, U/C, ratio for a low power mode of operations in which the system runs on only one of the plurality of combustors; each of the combustors being connected to the single turbine via a corresponding nozzle . at least one fuel storage tank ; a plurality of combustors connected to the at least one fuel storage tank; a single turbine ; an output shaft connected to the turbine and configured to output rotational energy; characterized in : each of the combustors in the plurality of combustors being sufficiently sized to provide a turbine blade velocity to gas velocity, U/C, ratio for a low power mode of operations in which the system runs on only one of the plurality of combustors; each of the combustors being connected to the single turbine via a corresponding nozzle . each of the combustors in the plurality of combustors being sufficiently sized to provide a turbine blade velocity to gas velocity, U/C, ratio for a low power mode of operations in which the system runs on only one of the plurality of combustors; each of the combustors being connected to the single turbine via a corresponding nozzle .
A low-concentration polyurethane-modified epoxy resin comprising a polyurethane having a bisphenol-based epoxy resin (a) represented by the following Formula added to both terminals and/or a single terminal thereof, wherein the epoxy resin (a) having an epoxy equivalent of 150 to 200 g/eq and a hydroxyl equivalent of 2,000 to 2,600 g/eq is modified with a middle- and high-molecular-weight polyol compound (b) having a number average molecular weight of 200 or larger, a polyisocyanate compound (c), and a low-molecular-weight polyol compound (d) as a chain extender having a number average molecular weight of less than 200, and wherein it is obtained such that the epoxy resin (a) is used in an amount of 68 to 92 weighty based on a total amount of the components (a), (b), (c), and (d), the middle- and high-molecular-weight polyol compound (b) and the polyisocyanate compound (c) are used in such amounts that a molar ratio of OH groups in the component (b) to NCO groups in the component (c) is within a range of 1:2 to 1:30 and are reacted with each other in the presence of the epoxy resin (a) to produce a urethane prepolymer (P), and then, the low-molecular-weight polyol compound (d) is added to the urethane prepolymer (P) so that a molar ratio of NCO groups in the urethane prepolymer (P) to OH groups in the low-molecular-weight polyol compound (d) is within a range of 0.9:1 to 1:0.9 to cause a polyurethane reaction, where, R and R 1 each independently represent H or a methyl group, and a is a number of 0 to 10. wherein the epoxy resin (a) having an epoxy equivalent of 150 to 200 g/eq and a hydroxyl equivalent of 2,000 to 2,600 g/eq is modified with a middle- and high-molecular-weight polyol compound (b) having a number average molecular weight of 200 or larger, a polyisocyanate compound (c), and a low-molecular-weight polyol compound (d) as a chain extender having a number average molecular weight of less than 200, and wherein it is obtained such that the epoxy resin (a) is used in an amount of 68 to 92 weighty based on a total amount of the components (a), (b), (c), and (d), the middle- and high-molecular-weight polyol compound (b) and the polyisocyanate compound (c) are used in such amounts that a molar ratio of OH groups in the component (b) to NCO groups in the component (c) is within a range of 1:2 to 1:30 and are reacted with each other in the presence of the epoxy resin (a) to produce a urethane prepolymer (P), and then, the low-molecular-weight polyol compound (d) is added to the urethane prepolymer (P) so that a molar ratio of NCO groups in the urethane prepolymer (P) to OH groups in the low-molecular-weight polyol compound (d) is within a range of 0.9:1 to 1:0.9 to cause a polyurethane reaction, where, R and R 1 each independently represent H or a methyl group, and a is a number of 0 to 10.
A multimode MM laser diode, comprising: a substrate extending between spaced high-reflection coated HR and anti-reflection coated AR reflectors ; a gain region provided in the substrate and operative to emit radiation in multiple lateral modes at a desired wavelength, the gain region being configured with a main resonator. and at least one side resonator together forming a uniformly or non uniformly dimensioned gain region , the main resonator bridging portions of the respective HR and AR reflectors , and the side resonator located adjacent to the main resonator and configured with a lasing threshold higher than a lasing threshold of the main resonator , wherein the radiation is emitted in multiple lateral modes through the portion of the AR reflector bridged by the main resonator with a desired near field. a substrate extending between spaced high-reflection coated HR and anti-reflection coated AR reflectors ; a gain region provided in the substrate and operative to emit radiation in multiple lateral modes at a desired wavelength, the gain region being configured with a main resonator. and at least one side resonator together forming a uniformly or non uniformly dimensioned gain region , the main resonator bridging portions of the respective HR and AR reflectors , and the side resonator located adjacent to the main resonator and configured with a lasing threshold higher than a lasing threshold of the main resonator , wherein the radiation is emitted in multiple lateral modes through the portion of the AR reflector bridged by the main resonator with a desired near field.
A plated steel wire comprising: a steel wire; and a brass plating layer covering an outer peripheral surface of the steel wire and composed of Cu, Zn, Al, and impurities, in which, assuming a total of Cu, Zn, and Al to be 100% by mass, a Cu content is from 60% by mass to less than 70% by mass and an Al content is from 5.5% by mass to less than 15% by mass, and an average thickness is from 180 nm to 2,000 nm. a steel wire; and a brass plating layer covering an outer peripheral surface of the steel wire and composed of Cu, Zn, Al, and impurities, in which, assuming a total of Cu, Zn, and Al to be 100% by mass, a Cu content is from 60% by mass to less than 70% by mass and an Al content is from 5.5% by mass to less than 15% by mass, and an average thickness is from 180 nm to 2,000 nm.
A method of producing vials containing a liquid composition comprising a recombinant protein, the method comprising: a. providing a container containing a composition comprising a recombinant protein optionally wherein the container has been stored under positive pressure; b. applying a vacuum to the container; c. allowing the vacuum to degas the composition; and filling vials with the degassed composition comprising a recombinant protein, wherein a bubble indicator (BI) value is at least 5.9 and is calculated using the following formula: BI = h a ∗ t ∗ 1000 / h l ∗ PV , wherein V= volume of solution (mL) P=degassing vacuum (mbar) t=degassing time (hr) h 1 =height of liquid (cm) (calculated assuming tank is cylinder) and h a =height of air/headspace (cm). a. providing a container containing a composition comprising a recombinant protein optionally wherein the container has been stored under positive pressure; b. applying a vacuum to the container; c. allowing the vacuum to degas the composition; and V= volume of solution (mL) P=degassing vacuum (mbar) t=degassing time (hr) h 1 =height of liquid (cm) (calculated assuming tank is cylinder) and h a =height of air/headspace (cm).