mhurhangee/ep-ind-claims huggingface dataset:
A razor (1; 2; 3; 4; 5; 6) assembled by folding, the razor comprising: a holding part that is held by a user; a head supporting part that is formed integrally with the holding part; and a razor head that is provided on the head supporting part, wherein the entire of the holding part and the head supporting part is formed of paper, the entire of the razor head is formed of metal, and the razor head includes a blade body and a frame body (65, 66; 65x, 66x) housing the blade body, wherein the head supporting part includes a both end supporting portion that supports at least both ends in a width direction of the razor head, characterized in that the frame body is formed at least at a part of a periphery portion from a side facing the head supporting part, and includes a cut-out portion (65h; 65i) through which body hairs cut by the blade body can pass and that has a force point portion for removing the razor head from the head supporting part. a holding part that is held by a user; a head supporting part that is formed integrally with the holding part; and a razor head that is provided on the head supporting part, wherein the entire of the holding part and the head supporting part is formed of paper, the entire of the razor head is formed of metal, and the razor head includes a blade body and a frame body (65, 66; 65x, 66x) housing the blade body, wherein the head supporting part includes a both end supporting portion that supports at least both ends in a width direction of the razor head, characterized in that the frame body is formed at least at a part of a periphery portion from a side facing the head supporting part, and includes a cut-out portion (65h; 65i) through which body hairs cut by the blade body can pass and that has a force point portion for removing the razor head from the head supporting part.
Motorhome with a superstructure which has a fixed part and displaceably attached thereto at least one first room extension module, wherein the first room extension module is laterally slid out of the fixed part and retracted into the fixed part, characterized in that at least one shower tray is arranged in the fixed part of the superstructure, recessed into a floor of the fixed part of the superstructure in such a way that the first room extension module can be displaced at least partially over the shower tray to cover the shower tray.
A self-propelled ground milling machine in particular a road cold milling machine, stabilizer or recycler, comprising - a milling device for milling a ground at a milling depth; - a machine frame supported by front and rear travel units; - a primary drive unit arranged on the machine frame, in particular an internal combustion engine; - a hydraulic system having at least two hydraulic pumps, a pump transfer gear and a hydraulic tank; and - an operator platform; characterized in that the hydraulic tank is arranged at least partially in vertical extension of the pump transfer gear above the pump transfer gear. in particular a road cold milling machine, stabilizer or recycler, comprising - a milling device for milling a ground at a milling depth; - a machine frame supported by front and rear travel units; - a primary drive unit arranged on the machine frame, in particular an internal combustion engine; - a hydraulic system having at least two hydraulic pumps, a pump transfer gear and a hydraulic tank; and - an operator platform; - a milling device for milling a ground at a milling depth; - a machine frame supported by front and rear travel units; - a primary drive unit arranged on the machine frame, in particular an internal combustion engine; - a hydraulic system having at least two hydraulic pumps, a pump transfer gear and a hydraulic tank; and - an operator platform; characterized in that the hydraulic tank is arranged at least partially in vertical extension of the pump transfer gear above the pump transfer gear.
A method for electric current leakage detection in a land seismic system comprising: generating at least one test signal for input to an analog to digital converter "ADC" circuitry; using a digital to analog converter "DAC" circuitry, wherein the DAC circuitry includes an output operatively connected to earth ground; alternately grounding a positive path to the analog to digital converter "ADC" circuitry during a first time window and a negative path to the analog to digital converter during a second time window while measuring an ADC signal, which is a result of conversion of the test signal; determining an average amplitude of the measured ADC signal of the first time window and the second time window; and determining a leakage resistance based upon, at least in part, the average amplitude of the measured ADC signal of the first time window and the second time window. generating at least one test signal for input to an analog to digital converter "ADC" circuitry; using a digital to analog converter "DAC" circuitry, wherein the DAC circuitry includes an output operatively connected to earth ground; alternately grounding a positive path to the analog to digital converter "ADC" circuitry during a first time window and a negative path to the analog to digital converter during a second time window while measuring an ADC signal, which is a result of conversion of the test signal; determining an average amplitude of the measured ADC signal of the first time window and the second time window; and determining a leakage resistance based upon, at least in part, the average amplitude of the measured ADC signal of the first time window and the second time window.
A method of making a catalyst for the production of hydrogen, said catalyst comprising from 60 wt% to 95 wt% Fe 2 O 3, up to 20 wt% Cr 2 O 3, and from 0 wt% to 10 wt% CuO, and said method comprising: a) preparing an aqueous organic acid solution, wherein said organic acid is a carboxylic acid having at least one carboxylic acid group with a pK a at ambient temperature of from 0.5 to 6; b) adding iron metal to said acid solution; c) forcing an oxidative agent through said acid solution until said iron metal is consumed and an iron slurry is formed; d) milling said iron slurry to a particle size with a D50 of less than 2 micrometers; e) adding at least one promoter to said milled iron slurry to form a product slurry, said promoter being added at a concentration such that said product slurry has a solids content of from 10 % to 40 % inclusive of said promoter; f) drying said slurry to form particles; g) mixing in chromic acid flakes; and h) calcining said particles to form said catalyst, wherein said oxidizing agent is air, compressed air, oxygen, hydrogen peroxide, an organic peroxide, ozone or a combination thereof. a) preparing an aqueous organic acid solution, wherein said organic acid is a carboxylic acid having at least one carboxylic acid group with a pK a at ambient temperature of from 0.5 to 6; b) adding iron metal to said acid solution; c) forcing an oxidative agent through said acid solution until said iron metal is consumed and an iron slurry is formed; d) milling said iron slurry to a particle size with a D50 of less than 2 micrometers; e) adding at least one promoter to said milled iron slurry to form a product slurry, said promoter being added at a concentration such that said product slurry has a solids content of from 10 % to 40 % inclusive of said promoter; f) drying said slurry to form particles; g) mixing in chromic acid flakes; and h) calcining said particles to form said catalyst,
An infusion pump system (10, 10A, 100) comprising: a pumping mechanism for pumping fluid through tubing; a controller connected to the pumping mechanism for controlling the pumping mechanism and a flow rate of fluid through tubing; said tubing having at least a first portion that is electrically conductive and is at least in part acted upon by the pumping mechanism during the pumping of fluid through the tubing; characterized by a plurality of spaced apart electrodes operatively contacting the first portion of the tubing so as to provide an electric signal indicative of at least one electrical property of the tubing; and wherein the controller adjusts the pumping mechanism in response to the electric signal and varies the flow rate of the fluid through the tubing as a result of the electric signal. a pumping mechanism for pumping fluid through tubing; a controller connected to the pumping mechanism for controlling the pumping mechanism and a flow rate of fluid through tubing; said tubing having at least a first portion that is electrically conductive and is at least in part acted upon by the pumping mechanism during the pumping of fluid through the tubing; characterized by a plurality of spaced apart electrodes operatively contacting the first portion of the tubing so as to provide an electric signal indicative of at least one electrical property of the tubing; and wherein the controller adjusts the pumping mechanism in response to the electric signal and varies the flow rate of the fluid through the tubing as a result of the electric signal.
A method for monitoring sound quality in a tuned theatre sound system that is positioned in a theatre, wherein the theatre comprises seat locations, said method comprising: capturing, by a microphone (122, 126, 128) positioned at a location within the audio dispersion path of a loudspeaker of the tuned theatre sound system, (110, 112, 114, 116, 118, 140) other than the seat locations so as to avoid interfering with a patron's view of the presentation in the theatre, a reference signature response of the loudspeaker (110, 112, 114, 116, 118, 140) to a test signal, the reference signature response having localized acoustical effects; whereby the reference signature response indicates what the profile should be at the location of the microphone for the loudspeaker of the tuned theatre sound system; storing the reference signature response; subsequent to capturing the reference signature response, capturing, by the microphone positioned at said location within the audio dispersion path of the loudspeaker (110, 112, 114, 116, 118, 140) other than the seat locations, a subsequent response (703, 707) of the loudspeaker (110, 112, 114, 116, 118, 140) to a subsequent test signal; and providing the reference signature response and the subsequent response for comparing the subsequent response (703, 707) to predetermined limits determined as offsets to the reference signature response. capturing, by a microphone (122, 126, 128) positioned at a location within the audio dispersion path of a loudspeaker of the tuned theatre sound system, (110, 112, 114, 116, 118, 140) other than the seat locations so as to avoid interfering with a patron's view of the presentation in the theatre, a reference signature response of the loudspeaker (110, 112, 114, 116, 118, 140) to a test signal, the reference signature response having localized acoustical effects; whereby the reference signature response indicates what the profile should be at the location of the microphone for the loudspeaker of the tuned theatre sound system; storing the reference signature response; subsequent to capturing the reference signature response, capturing, by the microphone positioned at said location within the audio dispersion path of the loudspeaker (110, 112, 114, 116, 118, 140) other than the seat locations, a subsequent response (703, 707) of the loudspeaker (110, 112, 114, 116, 118, 140) to a subsequent test signal; and providing the reference signature response and the subsequent response for comparing the subsequent response (703, 707) to predetermined limits determined as offsets to the reference signature response.
Gas recirculation device comprising a main pipe (21, 23, 24, 25), known as the main gas flow pipe, comprising a mixing means (6, 23) defining the downstream portion (24, 25) and the upstream portion of said main gas flow pipe (21, 23, 24, 25), and a bypass circuit (3, 5), known as the diverted flow circuit, comprising a heat exchange means, said mixing means (6, 23) comprising a first inlet connected to the upstream portion of said main gas flow pipe (21, 23, 24, 25), a second inlet connected to one end of the bypass circuit (3, 5), and an outlet connected to the downstream portion (24, 25) of said main gas flow pipe (21, 23, 24, 25), the other end of said bypass circuit (3, 5) being connected to the downstream portion (24, 25) of said main gas flow pipe (21, 23, 24, 25) at a point known as the first bypass point, said bypass circuit (3, 5, 16, 17) comprising, on the one hand a primary circuit (3, 5) connected to said main gas flow pipe (21, 23, 24, 25) at said first bypass point and at said mixing means (6, 23), and on the other hand a secondary circuit (16, 17) comprising said heat exchange means and one of the ends whereof, known as the downstream end, is connected to said primary circuit (3, 5) via a second mixing means, and the other end whereof, known as the upstream end, is connected to said primary circuit (3, 5) at a second bypass point placed downstream of said second mixing means on said primary circuit, said secondary circuit (16, 17) further comprising a pressurising means and a purifying means.
A process for the production of nano-fibrillar cellulose suspensions wherein the cellulose fibres are at least partly broken down to primary fibrils, characterized by the steps of: (a) providing cellulose fibres in the form of a suspension; (b) providing at least one filler and/or pigment, wherein the filler and/or pigment particles have a median particle size of from 0.03 to 15 μm; (c) combining the cellulose fibres and the at least one filler and/or pigment in a weight ratio of fibres to filler and/or pigment on a dry weight basis is from 1: 10 to 10: 1, wherein the pH of the combination of cellulose fibres and at least one filler and/or pigment is adjusted to a pH of 10 to 12; (d) fibrillating the cellulose fibres in the presence of the at least one filler and/or pigment until a final Schopper-Riegler degree of ≥50 °SR and ≤ 95 °SR is reached. (a) providing cellulose fibres in the form of a suspension; (b) providing at least one filler and/or pigment, wherein the filler and/or pigment particles have a median particle size of from 0.03 to 15 μm; (c) combining the cellulose fibres and the at least one filler and/or pigment in a weight ratio of fibres to filler and/or pigment on a dry weight basis is from 1: 10 to 10: 1, wherein the pH of the combination of cellulose fibres and at least one filler and/or pigment is adjusted to a pH of 10 to 12; (d) fibrillating the cellulose fibres in the presence of the at least one filler and/or pigment until a final Schopper-Riegler degree of ≥50 °SR and ≤ 95 °SR is reached.
A throttle valve for an internal combustion engine; the throttle valve comprises: a valve body; a tubular feeding duct, which is defined in the valve body and through which the air taken in by the internal combustion engine flows; and a throttle plate, which is arranged inside the feeding duct and is splined to a shaft mounted in a rotary manner, so as to rotate around a rotation axis between a maximum opening position and a closing position to open and close the feeding duct; an actuating device, which controls the rotation of the throttle plate around the rotation axis and comprises an electric motor as well as a gear drive, which transmits the motion from the electric motor to the shaft of the throttle plate; an actuating device conditioning circuit defined in the valve body; the throttle valve is characterised in that the valve body is entirely made of a first metal material and the conditioning circuit comprises a pipe made of a second metal material, and wherein the valve body is injection-overmoulded around the pipe. a valve body; a tubular feeding duct, which is defined in the valve body and through which the air taken in by the internal combustion engine flows; and a throttle plate, which is arranged inside the feeding duct and is splined to a shaft mounted in a rotary manner, so as to rotate around a rotation axis between a maximum opening position and a closing position to open and close the feeding duct; an actuating device, which controls the rotation of the throttle plate around the rotation axis and comprises an electric motor as well as a gear drive, which transmits the motion from the electric motor to the shaft of the throttle plate; an actuating device conditioning circuit defined in the valve body; the throttle valve is characterised in that the valve body is entirely made of a first metal material and the conditioning circuit comprises a pipe made of a second metal material, and wherein the valve body is injection-overmoulded around the pipe.
A method of manufacturing a strip of livestock tags, each tag having a male part and a corresponding female part, said method is characterized by, (i) forming a plurality of said livestock tags such that in each said tag, inner surface, that is to face the animal ear, of each female part is detachably welded on the inner surface, that is to face the animal ear, of a corresponding male part so as to form a single piece, (ii) welding overapping surfaces of the male parts (1a, 1b) of different live stocklivestock tags in an overlapping fashion, one after another so as to form a strip. (i) forming a plurality of said livestock tags such that in each said tag, inner surface, that is to face the animal ear, of each female part is detachably welded on the inner surface, that is to face the animal ear, of a corresponding male part so as to form a single piece, (ii) welding overapping surfaces of the male parts (1a, 1b) of different live stocklivestock tags in an overlapping fashion, one after another so as to form a strip.
Method for manufacturing a frame, such as a wall or ceiling frame for the purpose of constructing for instance a plasterboard wall or ceiling, comprising of: - providing an upright comprising an elongate metal profile_with an opening (2, 3) therein for allowing a beam to rest in the opening (2, 3), and a tab (4, 5) extending in the opening (2, 3) in a plane of the profile; characterized by: - placing a beam with a trapezium-shaped section in the opening (2, 3) so that the beam extends substantially perpendicularly of the upright, and wherein the tab (4, 5) is placed through a slot (13, 17) in the beam; - at least folding the tab (4, 5) in the direction in which the beam extends. - providing an upright comprising an elongate metal profile_with an opening (2, 3) therein for allowing a beam to rest in the opening (2, 3), and a tab (4, 5) extending in the opening (2, 3) in a plane of the profile; characterized by: - placing a beam with a trapezium-shaped section in the opening (2, 3) so that the beam extends substantially perpendicularly of the upright, and wherein the tab (4, 5) is placed through a slot (13, 17) in the beam; - at least folding the tab (4, 5) in the direction in which the beam extends.
Fuel or oil filter, with a liquid-collecting chamber and with a discharge valve for discharging liquid from the liquid-collecting chamber, wherein the discharge valve features in a valve housing an adjustable valve body which is adjustable between a closed position closing the liquid-collecting chamber and an open position in which the liquid-collecting chamber communicates with a drainage channel, with a ventilation channel via which air flows in when liquid is discharged and which can also be opened or losed by the valve body, characterized in that the drainage channel and the ventilation channel are designed as separate channels, wherein first of all the drainage channel and then the ventilation channel is opened during the opening movement of the valve body, wherein the drainage channel extends outside of the valve body.
An anatomical menstrual cup comprising a lower part and an upper part separated by a horizontal Y axis, where the lower part comprises a beak-shaped protrusion, resulting from the intersection of an elliptic paraboloid of revolution with two symmetrical convex surfaces around a vertical X axis, and two symmetrical convex grip zones (13, 14), which facilitate the insertion and removal of the menstrual cup into/from the user's vagina, characterized in that each of the two symmetrical convex grip zones (13, 14) has at the bottom a lip (15, 16) that allows it to be pinched with the user's fingers to facilitate the extraction of said anatomical menstrual cup.
A radio communication system comprising: a master radio base station configured to perform radio communications with user device and control radio communications between the user device and a secondary radio base station; and a network device configured to establish a PDU session that includes a first tunnel to the master radio base station and a second tunnel to the secondary radio base station, wherein the master radio base station includes a controller that receives a setup request of the PDU session and, based on the setup request, transmits a setup instruction to establish the PDU session using the first tunnel and the second tunnel, the network device includes a tunnel setup section that sets same identifiers to a first tunnel endpoint identifier on a network device side of the first tunnel and a second tunnel endpoint identifier on a network device side of the second tunnel based on the setup instruction. a master radio base station configured to perform radio communications with user device and control radio communications between the user device and a secondary radio base station; and a network device configured to establish a PDU session that includes a first tunnel to the master radio base station and a second tunnel to the secondary radio base station, wherein the master radio base station includes a controller that receives a setup request of the PDU session and, based on the setup request, transmits a setup instruction to establish the PDU session using the first tunnel and the second tunnel, the network device includes a tunnel setup section that sets same identifiers to a first tunnel endpoint identifier on a network device side of the first tunnel and a second tunnel endpoint identifier on a network device side of the second tunnel based on the setup instruction.
A solar cell (1, 41), comprising: a photoelectric conversion layer; an electrode pad formed on said photoelectric conversion layer; an interconnector connected to said electrode pad; a metal thin film formed under said photoelectric conversion layer; a relay terminal (13, 17) being spaced apart from said photoelectric conversion layer and said metal thin film and connected to said metal thin film by a connection conductor (11, 15, 20); characterized in that said relay terminal (13, 17), said photoelectric conversion layer, said interconnector, said electrode pad, and said metal thin film are fixed by resin on glass formed on a light receiving surface side, said interconnector is connected to an adjacent solar cell, and a connection pad (14, 18) for connecting said relay terminal (13, 17) to another adjacent solar cell is formed on said relay terminal (13, 17) on a surface opposite to the surface side of said relay terminal (13, 17) with said glass formed thereon. a photoelectric conversion layer; an electrode pad formed on said photoelectric conversion layer; an interconnector connected to said electrode pad; a metal thin film formed under said photoelectric conversion layer; a relay terminal (13, 17) being spaced apart from said photoelectric conversion layer and said metal thin film and connected to said metal thin film by a connection conductor (11, 15, 20); characterized in that said relay terminal (13, 17), said photoelectric conversion layer, said interconnector, said electrode pad, and said metal thin film are fixed by resin on glass formed on a light receiving surface side, said interconnector is connected to an adjacent solar cell, and a connection pad (14, 18) for connecting said relay terminal (13, 17) to another adjacent solar cell is formed on said relay terminal (13, 17) on a surface opposite to the surface side of said relay terminal (13, 17) with said glass formed thereon.