mhurhangee/patent-ind-claim-en huggingface dataset:
An apparatus for thermal melting process for conducting a thermal melting process on process objects including solder in an atmosphere containing carbonic acid vapor, wherein the apparatus for thermal melting process comprises: a first chamber for conducting the thermal melting process on the process objects including solder; a second chamber connected with the first chamber via a valve capable of opening and closing; a carbonic acid supply means for supplying the carbonic acid into the first chamber ; a heating means provided in the first chamber for heating the process object; the apparatus being characterized by : a transfer means having a hand part for carrying the process objects in transferring the process objects between the first chamber and the second chamber , wherein the hand part is also used as a cooling plate; and a forced cooling means for forcedly cooling the hand part , wherein the hand part is cooled in the first chamber by the forced cooling means and carries the process object to transfer it from the first chamber to the second chamber while the forced cooling means continues to forcedly cool the hand part . a first chamber for conducting the thermal melting process on the process objects including solder; a second chamber connected with the first chamber via a valve capable of opening and closing; a carbonic acid supply means for supplying the carbonic acid into the first chamber ; a heating means provided in the first chamber for heating the process object; the apparatus being characterized by : a transfer means having a hand part for carrying the process objects in transferring the process objects between the first chamber and the second chamber , wherein the hand part is also used as a cooling plate; and a forced cooling means for forcedly cooling the hand part , wherein the hand part is cooled in the first chamber by the forced cooling means and carries the process object to transfer it from the first chamber to the second chamber while the forced cooling means continues to forcedly cool the hand part . a transfer means having a hand part for carrying the process objects in transferring the process objects between the first chamber and the second chamber , wherein the hand part is also used as a cooling plate; and a forced cooling means for forcedly cooling the hand part , wherein the hand part is cooled in the first chamber by the forced cooling means and carries the process object to transfer it from the first chamber to the second chamber while the forced cooling means continues to forcedly cool the hand part .
A vehicle front portion structure comprising: a pair of front side members arranged at a distance from each other in a vehicle width direction, each of the front side members extending in a vehicle front-rear direction; a gusset attached to a vehicle width direction outside surface of each of the front side members , protruding outwards in the vehicle width direction beyond the front side member , and having a vehicle width direction dimension decreasing toward a rear of a vehicle; and an MC cross member stretching between the front side members , said vehicle front portion structure being characterized in that the MC cross member and the front side member face each other in a state where the MC cross member and the front side member are apart from each other in the vehicle width direction at the same vehicle front-rear direction position as a rear end of the gusset . a pair of front side members arranged at a distance from each other in a vehicle width direction, each of the front side members extending in a vehicle front-rear direction; a gusset attached to a vehicle width direction outside surface of each of the front side members , protruding outwards in the vehicle width direction beyond the front side member , and having a vehicle width direction dimension decreasing toward a rear of a vehicle; and an MC cross member stretching between the front side members , said vehicle front portion structure being characterized in that the MC cross member and the front side member face each other in a state where the MC cross member and the front side member are apart from each other in the vehicle width direction at the same vehicle front-rear direction position as a rear end of the gusset .
A catalyst comprising nanostructured elements comprising microstructured whiskers having an outer surface at least partially covered by a catalyst material comprising Pt, Ni, and Ta, wherein the Pt is present in a range from 35.2 to 35.6 atomic percent, the Ni is present in a range from 62.9 to 63.6 atomic percent, and the Ta is present in a range from 0.78 to 1.8 atomic percent, and collectively the atomic percentages of Pt, Ni, and Ta add up to 100, and wherein the atomic percentages are determined using X-Ray Fluorescence spectroscopy (XRF). wherein the Pt is present in a range from 35.2 to 35.6 atomic percent, the Ni is present in a range from 62.9 to 63.6 atomic percent, and the Ta is present in a range from 0.78 to 1.8 atomic percent, and collectively the atomic percentages of Pt, Ni, and Ta add up to 100, and wherein the atomic percentages are determined using X-Ray Fluorescence spectroscopy (XRF).
Sugar confectionary product on the basis of a gelatin gel, comprising 1% to 15% by weight, preferably 1% to 7.5% by weight of gelatin and 20% to 85% by weight of at least one sugar and/or sugar substitute, characterised in that the sugar confectionary product contains one or more polyphenols, wherein the polyphenol or polyphenols are obtained from tea extract, oak bark extract or cocoa extract and/or the sugar confectionary product contains the polyphenol or polyphenols as a component of one or more of these plant extracts, and wherein the sugar confectionary product contains up to 10% by weight of one or more of these plant extracts, relative to the quantity of gelatin.
A carrier comprising at least 85 wt percent alpha alumina, at least 0.06 wt percent and not greater than 0.40 wt percent SiO 2 and no more than 0.04 wt percent Na 2 O, said carrier comprising a water absorption no greater than 0.35 gram of water/gram of carrier and a ratio of water absorption (gram of water/gram of carrier) to surface area (m 2 of carrier/ gram of carrier,) no greater than 0.50 gram of water/m 2 of carrier, the quantities of SiO 2 and Na 2 O determined using Inductively Coupled Plasma - Optical Emission Spectroscopy (ICP-OES) analysis of samples prepared by using a fusion process, and based on the total weight of the carrier after the carrier has been sintered and before the start of any subsequent processing steps that could alter the chemical composition of the carrier, the surface area determined by the BET method, and the water absorption determined as described in the description.
An antenna measurement system comprising: an antenna , and a device under test , wherein the antenna comprises a light emitting unit which is integrated in the antenna , and wherein the light emitting unit is configured to project a shadow outlined by bands of light onto the device under test . an antenna , and a device under test ,
A composition comprising a plurality of particles , wherein said particles comprise: from 40% to 99% by weight of said particles of a carrier; from 0.0001% to 3% by weight of said particles of an enzyme; and from 0.1% to 20% by weight perfume; wherein said plurality of particles has a mean particle mass between 5 mg and 200 mg; and wherein said plurality of particles has a standard deviation of mass less than 30 mg. from 40% to 99% by weight of said particles of a carrier; from 0.0001% to 3% by weight of said particles of an enzyme; and from 0.1% to 20% by weight perfume; wherein said plurality of particles has a mean particle mass between 5 mg and 200 mg; and wherein said plurality of particles has a standard deviation of mass less than 30 mg.
Pipetting method, comprising the steps of: - providing a dosing liquid receiving space having a pipetting opening as a first flow cross-sectional constriction, wherein the provided dosing liquid receiving space is at least partially filled with a working fluid, and - aspirating dosing liquid through the pipetting opening into the dosing liquid receiving space by reducing a pressure of the working fluid by means of a pressure changing device , which is designed to change the pressure of the working fluid in the dosing liquid receiving space , and wherein a throttle point is arranged in a pipetting channel arranged fluid-mechanically between the dosing liquid receiving space and the pressure changing device , wherein the working fluid flows through the throttle point as a further flow cross-sectional constriction during aspiration, characterized in that the pipetting channel has a valve adjustable between a closed position, in which a working fluid flow in the pipetting channel is prevented, and an open position, in which a working fluid flow in the pipetting channel is permitted, in that a liquid quantity of the dosing liquid is determined by a time during which the valve is opened, and in that a ratio of the flow resistance (R1) of the pipetting opening with respect to the dosing liquid to the flow resistance (R2) of the throttle point with respect to the working fluid is less than 0.5, in particular is less than 0.3 and in particular is less than 0.225. - providing a dosing liquid receiving space having a pipetting opening as a first flow cross-sectional constriction, wherein the provided dosing liquid receiving space is at least partially filled with a working fluid, and - aspirating dosing liquid through the pipetting opening into the dosing liquid receiving space by reducing a pressure of the working fluid by means of a pressure changing device , which is designed to change the pressure of the working fluid in the dosing liquid receiving space , and wherein a throttle point is arranged in a pipetting channel arranged fluid-mechanically between the dosing liquid receiving space and the pressure changing device , wherein the working fluid flows through the throttle point as a further flow cross-sectional constriction during aspiration,
A method for recovering metals and/or metal oxides from oil product refining waste, comprising a combustion step in which a solid waste is burned for reducing the carbon content of said waste and producing a metals enriched solid phase; and an extraction step in which metals are extracted from said metals enriched solid phase; the method being characterized in that the combustion step comprises the steps of: spreading the waste on a top face of a belt conveyor closed in a loop with a substantially horizontal configuration along an axis (A); advancing the belt conveyor along the axis (A) so moving the waste lying on the belt conveyor along an advance direction defined by the axis (A), and meanwhile supplying heat to the waste for inducing the combustion of the waste; removing from the face of the belt conveyor a metals enriched solid phase.
A glass sheet processing method comprising the steps of irradiating a laser beam on a glass sheet such that the laser beam is transmitted through the glass sheet from a surface to a back face of the glass sheet, moving an irradiating position of the laser beam with respect to the glass sheet, and forming a cleavage diagonally connected to a surface of the glass sheet with thermal stress that is generated by irradiating the laser beam, the glass sheet processing method being characterized in that : each of an irradiation area of the laser beam on the surface of the glass sheet that is irradiated with the laser beam emitted from a light source, and an irradiation area of the laser beam on the back face that is irradiated with the laser beam that has been transmitted through the surface is arranged to have an asymmetrical power density distribution in a case where each irradiation area includes a peak position of a power density of the laser beam, the asymmetrical power density distribution of each irradiation area being asymmetrical with respect to a reference line that passes through the peak position of the irradiation area and is parallel to a moving direction of the peak position; and an asymmetrical shape in a case where each irradiation area does not include a peak position of a power density of the laser beam, the asymmetrical shape of each irradiation area being asymmetrical with respect to a reference line that passes through a centroid position of the irradiation area and is parallel to a moving direction of the centroid position. each of an irradiation area of the laser beam on the surface of the glass sheet that is irradiated with the laser beam emitted from a light source, and an irradiation area of the laser beam on the back face that is irradiated with the laser beam that has been transmitted through the surface is arranged to have an asymmetrical power density distribution in a case where each irradiation area includes a peak position of a power density of the laser beam, the asymmetrical power density distribution of each irradiation area being asymmetrical with respect to a reference line that passes through the peak position of the irradiation area and is parallel to a moving direction of the peak position; and an asymmetrical shape in a case where each irradiation area does not include a peak position of a power density of the laser beam, the asymmetrical shape of each irradiation area being asymmetrical with respect to a reference line that passes through a centroid position of the irradiation area and is parallel to a moving direction of the centroid position.
An article of footwear comprising: an upper ; and a sole structure coupled to the upper and forming a foot-receiving cavity therebetween, wherein the sole structure comprises one or more flexible extension members extending therefrom, wherein the one or more flexible extension members are foldable between a compressed state and an expanded state, wherein in the compressed state, the one or more flexible extension members extend at least partially over the upper , and wherein in the expanded state, the one or more flexible extension members comprise one or more portions configured for contacting a ground surface, wherein the article of footwear further comprises one or more securing elements adjustably coupled to the one or more flexible extension members and configured for retaining the one or more flexible extension members in the compressed state or the expanded state, wherein the one or more securing elements comprise one or more of laces . an upper ; and a sole structure coupled to the upper and forming a foot-receiving cavity therebetween, wherein the sole structure comprises one or more flexible extension members extending therefrom, wherein the one or more flexible extension members are foldable between a compressed state and an expanded state, wherein in the compressed state, the one or more flexible extension members extend at least partially over the upper , and wherein in the expanded state, the one or more flexible extension members comprise one or more portions configured for contacting a ground surface, wherein the article of footwear further comprises one or more securing elements adjustably coupled to the one or more flexible extension members and configured for retaining the one or more flexible extension members in the compressed state or the expanded state, wherein the one or more securing elements comprise one or more of laces .
A method for nucleating and propagating hydraulic fractures, the method comprising: driving an injection tip into a subsurface , the injection tip having a first channel and a second channel ; dispensing a first substance through the first channel of the injection tip and outwardly therefrom to form a cavity in the subsurface ; allowing the first substance, and any subsurface material carried thereby as a result of the dispensing of the first substance, to enter the second channel at the injection tip so as to be routed upwardly from the subsurface ; thereafter dispensing a second substance through the second channel of the injection tip and outwardly therefrom into the cavity ; and controlling the pressure in the cavity during the dispensing of the first substance and the dispensing of the second substance, thereby to nucleate a hydraulic fracture from the cavity. driving an injection tip into a subsurface , the injection tip having a first channel and a second channel ; dispensing a first substance through the first channel of the injection tip and outwardly therefrom to form a cavity in the subsurface ; allowing the first substance, and any subsurface material carried thereby as a result of the dispensing of the first substance, to enter the second channel at the injection tip so as to be routed upwardly from the subsurface ; thereafter dispensing a second substance through the second channel of the injection tip and outwardly therefrom into the cavity ; and controlling the pressure in the cavity during the dispensing of the first substance and the dispensing of the second substance, thereby to nucleate a hydraulic fracture from the cavity.
A non-therapeutic use of a bacterium of the genus Bifidobacterium or a mixture thereof for reducing food, energy and/or fat intake in a mammal, wherein the bacterium of the genus Bifidobacterium is the Bifidobacterium animalis ssp. lactis strain 420 (B420).
A peritoneal dialysis machine having means for carrying out a peritoneal dialysis treatment, wherein the machine has a drain line which is connected or connectable to the patient catheter and through which consumed dialysis solution is conducted into a drain, wherein the drain line does not open into a drainage container, and in that the drain line is connected at an opening to a venting line by means of which the venting line can be vented, wherein a sterile filter (S) is arranged in the drain line upstream of the opening and/or in the venting line , and wherein a cut-off means (K) by means of which the drain line can be cut off at times is provided in the drain line upstream of the opening, characterised in that the length of the drain line is at least 2 metres.
An active surge chamber for use with a pump in a paint supply system, said active surge chamber comprising: a paint channel ; a fluid chamber for connection to a pressurised fluid supply ; a diaphragm ; a spring ; and means responsive to flexion of the diaphragm for effecting connection and disconnection of the pressurised fluid supply to the fluid chamber , and for relieving pressure of fluid in the fluid chamber ; wherein, said paint channel is sealingly separated from the fluid chamber by the diaphragm ; and said spring acts on said diaphragm ; and characterised in that : the spring has a spring rate providing a force exerted on the diaphragm by the spring that restricts movement of the diaphragm over a passive range of pump outlet pressures, in which pressure variation of the paint is tolerated during pump operation, and in which movement of the diaphragm due to the variation of paint pressure is attenuated for a range of movement of the diaphragm so that said means responsive to flexion of the diaphragm does not effect connection of the pressurised fluid supply to the fluid chamber , and does not effect relief of pressure of fluid in the fluid chamber . a paint channel ; a fluid chamber for connection to a pressurised fluid supply ; a diaphragm ; a spring ; and means responsive to flexion of the diaphragm for effecting connection and disconnection of the pressurised fluid supply to the fluid chamber , and for relieving pressure of fluid in the fluid chamber ; wherein, said paint channel is sealingly separated from the fluid chamber by the diaphragm ; and said spring acts on said diaphragm ; and characterised in that : the spring has a spring rate providing a force exerted on the diaphragm by the spring that restricts movement of the diaphragm over a passive range of pump outlet pressures, in which pressure variation of the paint is tolerated during pump operation, and in which movement of the diaphragm due to the variation of paint pressure is attenuated for a range of movement of the diaphragm so that said means responsive to flexion of the diaphragm does not effect connection of the pressurised fluid supply to the fluid chamber , and does not effect relief of pressure of fluid in the fluid chamber .
A work vehicle comprising: a steering lever ; an engine ; a main switch configured to instruct an engine start; a rear frame ; a front frame attached to the rear frame in a rotatable manner; a steering actuator attached between the front frame and the rear frame and caused to move in response to an operating state of the steering lever ; and a lever switch configured to allow the selection of either an enabled state or a disabled state of a motion of the steering actuator brought about by the steering lever ; characterized by a lever steering control unit configured to set the motion of the steering actuator brought about by the steering lever to the disabled state when the enabled state is selected via the lever switch and the engine start is instructed via the main switch . a steering lever ; an engine ; a main switch configured to instruct an engine start; a rear frame ; a front frame attached to the rear frame in a rotatable manner; a steering actuator attached between the front frame and the rear frame and caused to move in response to an operating state of the steering lever ; and a lever switch configured to allow the selection of either an enabled state or a disabled state of a motion of the steering actuator brought about by the steering lever ; characterized by a lever steering control unit configured to set the motion of the steering actuator brought about by the steering lever to the disabled state when the enabled state is selected via the lever switch and the engine start is instructed via the main switch .