mhurhangee/patent-ind-claim-en huggingface dataset:
Method for producing capsules of cosmetic products, preferably lipsticks, said method comprising the steps of: - introducing a base volume of a cosmetic product into a melting and preparing machine according to claim 4 to melt and prepare cosmetic products, - providing at least one containment capsule , comprising at least one open cavity adapted to contain a predetermined amount of cosmetic product of less than 20g and provided with at least one thermally conductive portion; - introducing at least one empty containment capsule into an orifice or container of said melting and preparing machine; - melting at least one portion of said base volume of the cosmetic product; - injecting said predetermined amount of said molten cosmetic product into said containment capsule ; every injection cycle comprises an injection of a mass of cosmetic product lower than, or equal to, 20g; - sealing said containment capsule containing said predetermined amount of cosmetic product; said containment capsule and said predetermined amount of cosmetic product making up a semifinished product of said final cosmetic product adapted to be used by a user; - said semifinished product being intended to undergo subsequent steps of working and shape transformation in order to become a final cosmetic product, before being finally used by a user. - introducing a base volume of a cosmetic product into a melting and preparing machine according to claim 4 to melt and prepare cosmetic products, - providing at least one containment capsule , comprising at least one open cavity adapted to contain a predetermined amount of cosmetic product of less than 20g and provided with at least one thermally conductive portion; - introducing at least one empty containment capsule into an orifice or container of said melting and preparing machine; - melting at least one portion of said base volume of the cosmetic product; - injecting said predetermined amount of said molten cosmetic product into said containment capsule ; every injection cycle comprises an injection of a mass of cosmetic product lower than, or equal to, 20g; - sealing said containment capsule containing said predetermined amount of cosmetic product; said containment capsule and said predetermined amount of cosmetic product making up a semifinished product of said final cosmetic product adapted to be used by a user; - said semifinished product being intended to undergo subsequent steps of working and shape transformation in order to become a final cosmetic product, before being finally used by a user.
A process for pre-treatment of a surface of a chromium containing corrosion resistant metallic substrate prior to further processing, wherein a) the metallic substrate is brought into contact with a thermal decomposition product of a hydrofluoroolefin comprising HF, b) the substrate and the thermal decomposition product are heated, c) and optionally the remains of the thermal decomposition product are partly or entirely removed before further processing, wherein the thermal decomposition process comprises the steps of, preferably in that order, Ia) evacuating a decomposition reactor to below 50 kPa atmospheric pressure, then flushing the reactor with inert gas; or Ib) flushing the reactor with inert gas without prior evacuation; II) supplying a hydrofluoroolefin into a decomposition reactor either neat or together with an inert gas; III) raising the temperature in the reactor to decomposition temperature wherein the thermal decomposition product is the thermal decomposition product of tetrafluorpropylene, which may have one or two of its fluorine-atoms substituted by chlorine-atoms. a) the metallic substrate is brought into contact with a thermal decomposition product of a hydrofluoroolefin comprising HF, b) the substrate and the thermal decomposition product are heated, c) and optionally the remains of the thermal decomposition product are partly or entirely removed before further processing, Ia) evacuating a decomposition reactor to below 50 kPa atmospheric pressure, then flushing the reactor with inert gas; or Ib) flushing the reactor with inert gas without prior evacuation; II) supplying a hydrofluoroolefin into a decomposition reactor either neat or together with an inert gas; III) raising the temperature in the reactor to decomposition temperature
Cleaning station (R) at least for a wheel (G211, G221) of a trolley (G), in particular of a golf trolley, - having a platform (R1) for the trolley (G), - having an arrangement (W) with a cleaning roller (W1) and a drive roller (W3) for supporting a wheel (G211, G221) of the trolley (G) and also with a brush roller (W2), which is arranged between the cleaning roller and drive roller and is intended for cleaning at least the wheel-contact surface (G214, G224), wherein the rollers (W1, W2, W3) are arranged parallel to one another, in a direction transverse to the pushing direction (D2) of the trolley (G), beneath an opening (R122) in the platform (R1), and - having a drive (R6), by means of which the cleaning and drive rollers (W1, W3) are driven in the same direction and the brush roller (W2) is driven in the direction counter thereto. - having a platform (R1) for the trolley (G), - having an arrangement (W) with a cleaning roller (W1) and a drive roller (W3) for supporting a wheel (G211, G221) of the trolley (G) and also with a brush roller (W2), which is arranged between the cleaning roller and drive roller and is intended for cleaning at least the wheel-contact surface (G214, G224), wherein the rollers (W1, W2, W3) are arranged parallel to one another, in a direction transverse to the pushing direction (D2) of the trolley (G), beneath an opening (R122) in the platform (R1), and - having a drive (R6), by means of which the cleaning and drive rollers (W1, W3) are driven in the same direction and the brush roller (W2) is driven in the direction counter thereto.
A method for coating a surgical needle, comprising: providing a surgical needle having a tissue-penetrating end and a suture attachment end; applying a base coating to a surface of the surgical needle; and applying a top coating that differs from the base coating onto the base coating, the base coating bonding with the top coating; wherein the base coat and top coat are prepared using a hydrofluoroether as a solvent; and wherein the base and top coatings are spray-coated onto the surgical needle. providing a surgical needle having a tissue-penetrating end and a suture attachment end; applying a base coating to a surface of the surgical needle; and applying a top coating that differs from the base coating onto the base coating, the base coating bonding with the top coating; wherein the base coat and top coat are prepared using a hydrofluoroether as a solvent; and wherein the base and top coatings are spray-coated onto the surgical needle.
An absorbent article in which an absorbent body is provided between a liquid permeable topsheet and a backsheet , comprising: a concave groove-like or a slit-like absorbent body concave portion provided at a liquid permeable topsheet side of the absorbent body along a longitudinal direction of the absorbent article at an area including a urine expelling site, characterized in that : both end portions of the absorbent body concave portion in the longitudinal direction respectively being zones of a gradually decreasing width , each having a tapered shape whose width is gradually decreased toward an end portion side, each of the zones of a gradually decreasing width being formed to have a length that is greater than or equal to 20% of the total length of the absorbent body concave portion, and the zones of a gradually decreasing width are formed such that a rear-side zone of a gradually decreasing width is formed relatively longer than a front-side zone of a gradually decreasing width. a concave groove-like or a slit-like absorbent body concave portion provided at a liquid permeable topsheet side of the absorbent body along a longitudinal direction of the absorbent article at an area including a urine expelling site, characterized in that : both end portions of the absorbent body concave portion in the longitudinal direction respectively being zones of a gradually decreasing width , each having a tapered shape whose width is gradually decreased toward an end portion side, each of the zones of a gradually decreasing width being formed to have a length that is greater than or equal to 20% of the total length of the absorbent body concave portion, and the zones of a gradually decreasing width are formed such that a rear-side zone of a gradually decreasing width is formed relatively longer than a front-side zone of a gradually decreasing width. both end portions of the absorbent body concave portion in the longitudinal direction respectively being zones of a gradually decreasing width , each having a tapered shape whose width is gradually decreased toward an end portion side, each of the zones of a gradually decreasing width being formed to have a length that is greater than or equal to 20% of the total length of the absorbent body concave portion, and the zones of a gradually decreasing width are formed such that a rear-side zone of a gradually decreasing width is formed relatively longer than a front-side zone of a gradually decreasing width.
Ultrafine fibrous carbons wherein the ultrafine fibrous carbons having a linear structure wherein the branching degree is 0.01 branch/μm or less, an average fiber length of from 1 to 100 μm and an average fiber diameter of more than 200 nm to 900 nm, wherein the average fiber length and the average fiber diameter are measured using a scanning electron microscope, and wherein at least a part of the surface of said ultrafine fibrous carbons is modified with a surfactant, and/or wherein at least a part of the surface of said ultrafine fibrous carbons is oxidatively treated. wherein the ultrafine fibrous carbons having a linear structure wherein the branching degree is 0.01 branch/μm or less, an average fiber length of from 1 to 100 μm and an average fiber diameter of more than 200 nm to 900 nm, wherein the average fiber length and the average fiber diameter are measured using a scanning electron microscope, and wherein at least a part of the surface of said ultrafine fibrous carbons is modified with a surfactant, and/or wherein at least a part of the surface of said ultrafine fibrous carbons is oxidatively treated.
A row unit for a seeding machine, the row unit comprising: a frame ; a gauge wheel arm pivotally coupled to the frame ; a gauge wheel coupled to the gauge wheel arm ; a position sensor assembly having a position sensor configured to detect a rotational position of the gauge wheel arm ; and a controller coupled to the position sensor, wherein the controller is configured to receive a signal from the position sensor and to provide an alert based on the signal, characterised in that the alert is provided when the gauge wheel arm remains in a fixed position for a predetermined amount of time, or when the gauge wheel arm oscillates about an axis at a frequency greater than a predetermined frequency. a frame ; a gauge wheel arm pivotally coupled to the frame ; a gauge wheel coupled to the gauge wheel arm ; a position sensor assembly having a position sensor configured to detect a rotational position of the gauge wheel arm ; and a controller coupled to the position sensor, wherein the controller is configured to receive a signal from the position sensor and to provide an alert based on the signal, characterised in that the alert is provided when the gauge wheel arm remains in a fixed position for a predetermined amount of time, or when the gauge wheel arm oscillates about an axis at a frequency greater than a predetermined frequency.
A sealed system for an appliance, comprising: a linear compressor comprising a casing extending along an axial direction from a first end portion to a second end portion , the casing comprising a cylinder assembly defining a chamber proximal to the second end portion , and a piston slidably received within the chamber of the cylinder assembly ; a shell defining an internal volume enclosing the linear compressor and lubrication oil therein; a condenser in downstream fluid communication with the linear compressor to receive a compressed refrigerant therefrom; an oil outlet conduit extending through the shell to the casing of the linear compressor ; and a heat exchanger spaced apart from the internal volume in fluid communication with the oil outlet conduit to receive lubrication oil from the linear compressor , characterized in that the casing further defines an oil reservoir , an oil exhaust , and a gas vent , the oil reservoir positioned radially outward from the chamber of the cylinder assembly to selectively direct lubrication oil thereto, the oil exhaust extending from the oil reservoir to the oil outlet conduit , the gas vent extending from the oil reservoir to the internal volume in fluid parallel with the oil exhaust . a linear compressor comprising a casing extending along an axial direction from a first end portion to a second end portion , the casing comprising a cylinder assembly defining a chamber proximal to the second end portion , and a piston slidably received within the chamber of the cylinder assembly ; a casing extending along an axial direction from a first end portion to a second end portion , the casing comprising a cylinder assembly defining a chamber proximal to the second end portion , and a piston slidably received within the chamber of the cylinder assembly ; a shell defining an internal volume enclosing the linear compressor and lubrication oil therein; a condenser in downstream fluid communication with the linear compressor to receive a compressed refrigerant therefrom; an oil outlet conduit extending through the shell to the casing of the linear compressor ; and a heat exchanger spaced apart from the internal volume in fluid communication with the oil outlet conduit to receive lubrication oil from the linear compressor , characterized in that the casing further defines an oil reservoir , an oil exhaust , and a gas vent , the oil reservoir positioned radially outward from the chamber of the cylinder assembly to selectively direct lubrication oil thereto, the oil exhaust extending from the oil reservoir to the oil outlet conduit , the gas vent extending from the oil reservoir to the internal volume in fluid parallel with the oil exhaust .
An apparatus comprising: a housing that includes an inner space , an inlet connected to the inner space, and a plurality of outlets connected to the inner space, wherein the housing allows an inner cable of a Bowden cable comprising a sleeve to pass therethrough such that the inner cable passes through the inlet, the inner space, and any of the plurality of outlets; an inner hub rotatably mounted in the inner space of the housing , wherein the inner hub is configured to receive and guide the inner cable passing through the housing such that the inner cable forms a curved path about the inner hub; and a socket configured to receive the Bowden cable, wherein the socket can be coupled to the housing at a plurality of different positions to select any of the plurality outlets such that the inner cable of the Bowden cable passes through the selected outlet, wherein the plurality of outlets are connected to the inner space via a plurality of outlet channels , characterised in that each outlet channel includes a first portion that is wider than the inner cable of the Bowden cable and narrower than the sleeve of the Bowden cable. a housing that includes an inner space , an inlet connected to the inner space, and a plurality of outlets connected to the inner space, wherein the housing allows an inner cable of a Bowden cable comprising a sleeve to pass therethrough such that the inner cable passes through the inlet, the inner space, and any of the plurality of outlets; an inner hub rotatably mounted in the inner space of the housing , wherein the inner hub is configured to receive and guide the inner cable passing through the housing such that the inner cable forms a curved path about the inner hub; and a socket configured to receive the Bowden cable, wherein the socket can be coupled to the housing at a plurality of different positions to select any of the plurality outlets such that the inner cable of the Bowden cable passes through the selected outlet, wherein the plurality of outlets are connected to the inner space via a plurality of outlet channels , characterised in that each outlet channel includes a first portion that is wider than the inner cable of the Bowden cable and narrower than the sleeve of the Bowden cable.
A method in a user equipment, UE , for a measurement gap pattern configuration comprising: • receiving from a base station by means of RRC signalling, gNB a configuration information indicative of a bandwidth, BW, part configuration in a serving cell, • receiving from the gNB a layer 1 message to change the active BW part to one of the configured BW parts , • wherein the BW part configuration comprises a first BW part and a second BW part , and wherein the first BW part is associated with a first measurement gap pattern with gaps being different from zero length, and the second BW part is associated with a second measurement gap pattern with gaps of zero length, and • while changing the the active BW part, changing the measurement gap pattern according to the associated measurement configuration; characterized by • determining a threshold time (Td) to be applied for changing the measurement from the first measurement gap pattern to the second measurement gap pattern after changing the active BW part from the first BW part to the second BW part . • receiving from a base station by means of RRC signalling, gNB a configuration information indicative of a bandwidth, BW, part configuration in a serving cell, • receiving from the gNB a layer 1 message to change the active BW part to one of the configured BW parts , • wherein the BW part configuration comprises a first BW part and a second BW part , and wherein the first BW part is associated with a first measurement gap pattern with gaps being different from zero length, and the second BW part is associated with a second measurement gap pattern with gaps of zero length, and • while changing the the active BW part, changing the measurement gap pattern according to the associated measurement configuration; characterized by • determining a threshold time (Td) to be applied for changing the measurement from the first measurement gap pattern to the second measurement gap pattern after changing the active BW part from the first BW part to the second BW part .
A method for preparing an electrode for a secondary battery being any one selected from a lithium ion battery, a lithium polymer battery, and a lithium ion polymer battery, comprising: dispersing or dissolving a binder in a solvent to prepare a binder solution; preparing an electrode slurry by mixing the binder solution with an electrode material comprising an electrode active material, a conductive material, and amorphous selenium nanoparticles; coating a current collector with the electrode slurry; and drying the coating to vaporize the amorphous selenium nanoparticles and foaming a coating layer; wherein a size of the amorphous selenium nanoparticles is in a range of 500 nm to 1000 nm. dispersing or dissolving a binder in a solvent to prepare a binder solution; preparing an electrode slurry by mixing the binder solution with an electrode material comprising an electrode active material, a conductive material, and amorphous selenium nanoparticles; coating a current collector with the electrode slurry; and drying the coating to vaporize the amorphous selenium nanoparticles and foaming a coating layer; wherein a size of the amorphous selenium nanoparticles is in a range of 500 nm to 1000 nm.
A method for monitoring traffic between network members in a network by a network switch , wherein in the network different network members are connected with the network switch comprising a processor unit and a content addressable memory CAM , in which rules concerning data transmissions between different network members are stored; wherein upon receiving data to be transmitted between two network members , the data to be transmitted are compared with the rules stored in the CAM and depending on a result of this comparison it is selected whether to allow the data transmission or to deny the data transmission or to transfer the data to be transmitted to the processor unit ; wherein if the data to be transmitted have a size larger than a threshold which depends on the size of the rules stored in the CAM , only an amount of the data to be transmitted with the size of the rules stored in the CAM is compared with the rules stored in the CAM and if it is selected to transfer the data to be transmitted to the processor unit , a predetermined identification number is assigned to the data to be transmitted and by means of the identification number, the processor unit further evaluates an amount of the data to be transmitted, which has not been compared with the rules stored in the CAM . wherein in the network different network members are connected with the network switch comprising a processor unit and a content addressable memory CAM , in which rules concerning data transmissions between different network members are stored; wherein upon receiving data to be transmitted between two network members , the data to be transmitted are compared with the rules stored in the CAM and depending on a result of this comparison it is selected whether to allow the data transmission or to deny the data transmission or to transfer the data to be transmitted to the processor unit ; wherein if the data to be transmitted have a size larger than a threshold which depends on the size of the rules stored in the CAM , only an amount of the data to be transmitted with the size of the rules stored in the CAM is compared with the rules stored in the CAM and if it is selected to transfer the data to be transmitted to the processor unit , a predetermined identification number is assigned to the data to be transmitted and by means of the identification number, the processor unit further evaluates an amount of the data to be transmitted, which has not been compared with the rules stored in the CAM .
An aluminum alloy material having an alloy composition consisting of Mg: 0.2 to 1.8% by mass, Si: 0.2 to 2.0% by mass, Fe: 0.01 to 1.50% by mass, and at least one element selected from Ti, B, Cu, Ag, Zn, Ni, Co, Au, Mn, Cr, V, Zr and Sn: 0.00 to 2% by mass in total, with the balance being Al and inevitable impurities, wherein the aluminum alloy material has a Vickers hardness (HV) of 90 or more and 190 or less measured in accordance with JIS Z 2244:2009 and has a ribbon shape, and an end face in a width direction is in a form of a convex curved surface.