mhurhangee/ep-ind-claims huggingface dataset:
A method for producing three-dimensional objects according to computer data by repeatedly applying layers of a medium containing particles and selectively solidifying said medium, wherein a bed of medium is provided on a construction area and coating of the medium on a surface of the bed adjoining the construction area at an angle β is performed by means of a coating unit, and solidification is effected according to computer data by means of a solidification unit, wherein the bed is not moved during construction of the objects and the coating and solidification units (1, 2) are arranged at an angle α < 90° to the construction plane of the construction area, a unit comprising the coating and solidification unit (1, 2) is moved on rails or by simple rolling of wheels on the plane in a horizontal direction with respect to the bed, and the solidification unit is a print head which discharges small droplets of liquid onto the particulate material.
A recipient (2000, 901) for containing a substrate, said recipient (2000, 901) comprising:. a flexible polymer wall (101, 1111, 1211, 14010, 15010, 305, 405, 905) having an outer surface (104, 14011, 15011, 306, 704) and an inner surface for contacting the substrate,. at least one gas exchanging membrane (1010, 120, 13010, 14025, 320, 406, 906), said gas exchanging membrane (1010, 120, 13010, 14025, 320, 406, 906) being coupled to said outer surface (104, 14011, 15011, 306, 704) of said flexible polymer wall (101, 1111, 1211, 14010, 15010, 305, 405, 905) by a hermetical seal (1130, 130, 14040, 15030, 314, 421, 990) along a sealing line (1131, 131, 14041, 15031, 312, 420, 907), said sealing line (1131, 131, 14041, 15031, 312, 420, 907) defining a hermetically sealed area (1114, 132, 14042, 313, 430, 908) of said flexible polymer wall (101, 1111, 1211, 14010, 15010, 305, 405, 905), said wall (101, 201, 305, 405, 45) comprising at least one aperture (14045, 310) being provided in said hermetically sealed area (1114, 132, 14042, 313, 430, 908) of said flexible polymer wall (101, 1111, 1211, 14010, 15010, 305, 405, 905), wherein said recipient (2000, 901) further comprises a means for creating an air chamber (110, 1115, 14060, 340, 450, 911, 921) circumscribed by said hermetically sealed area (1114, 132, 14042, 313, 430, 908), said hermetical seal (1130, 130, 14040, 15030, 314, 421, 990) and said gas exchanging membrane (1010, 120, 13010, 14025, 320, 406, 906), for preventing the substrate to contact said gas exchange membrane (1010, 13010) when said recipient (2000, 901) is filled with the substrate thereby bringing the substrate into contact with said hermetically sealed area (1114, 132, 14042, 313, 430, 908) of said flexible polymer wall (101, 1111, 1211, 14010, 15010, 305, 405, 905) at inner surface of said flexible polymer wall (101, 1111, 1211, 14010, 15010, 305, 405, 905).. a flexible polymer wall (101, 1111, 1211, 14010, 15010, 305, 405, 905) having an outer surface (104, 14011, 15011, 306, 704) and an inner surface for contacting the substrate,. at least one gas exchanging membrane (1010, 120, 13010, 14025, 320, 406, 906), said gas exchanging membrane (1010, 120, 13010, 14025, 320, 406, 906) being coupled to said outer surface (104, 14011, 15011, 306, 704) of said flexible polymer wall (101, 1111, 1211, 14010, 15010, 305, 405, 905) by a hermetical seal (1130, 130, 14040, 15030, 314, 421, 990) along a sealing line (1131, 131, 14041, 15031, 312, 420, 907), said sealing line (1131, 131, 14041, 15031, 312, 420, 907) defining a hermetically sealed area (1114, 132, 14042, 313, 430, 908) of said flexible polymer wall (101, 1111, 1211, 14010, 15010, 305, 405, 905),
Thermal insulation screen transparent to magnetic flux, intended to isolate an electromagnetic inductor with a transverse or pseudo-transverse field from the radiation of a heated product, the thermal screen being made up of a matrix of blocks made of a thermally insulating material and of a plurality of tubes cooled by the circulation of a fluid, these tubes being imprisoned in said matrix of blocks, the tubes and the blocks being held in place by a support, characterized in that it includes screens in heat-conducting material placed so as to intercept the heat flux passing through the blocks, the screens in heat-conducting material being placed between the back the blocks and the support, these screens in conducting material being thermally coupled to the cooled tubes for discharging the heat flux into the tubes.
Method for reducing textile staining caused by cosmetic preparations comprising UV light protection filters, characterized in that hexyl (2-[-4-(diethylamino)-2-hydroxybenzoyl]benzoate (INCI: Diethylamino Hydroxybenzoyl Hexyl Benzoate) is added to the cosmetic preparation.
A woven fabric for airbags the woven fabric comprises a synthetic fiber multifilament yarn as a ground yarn, and in a selvage weave portion present in an end portion of the woven fabric: a binding yarn constructed of a filament; and an additional yarn constructed of a filament; characterised in that: the selvage weave portion present in an end portion of the woven fabric further comprises a selvage-tightening yarn constructed of a multifilament having a total fineness that is 80% or greater of the total fineness of the ground yarn; and in that both the binding yarn and the additional yarn are constructed of filaments having a fineness of 33 dtex or less. a binding yarn constructed of a filament; and an additional yarn constructed of a filament; the selvage weave portion present in an end portion of the woven fabric further comprises a selvage-tightening yarn constructed of a multifilament having a total fineness that is 80% or greater of the total fineness of the ground yarn; and in that both the binding yarn and the additional yarn are constructed of filaments having a fineness of 33 dtex or less.
A topical formulation for use in a therapeutic method of treating or preventing hair loss in a subject, said topical formulation comprising 2-Methyl-5-(1-methylethenyl)-2-cyclohexen-1-ol (carveol) or an isolated enantiomer thereof or an isolated ester thereof with a carboxylic acid in an amount sufficient to reduce or inhibit fibroblast growth factor 5 -dependent signalling in a hair follicle cell of a subject to which the formulation is applied.
A binder powder comprising spray dried coated binder particles comprising a binder particle core that is water soluble or wettable and wherein at least a portion of the surface thereof is coated with a non-cohesive surface coating agent which is L-leucine, isoleucine or trileucine, and wherein at least 80% by mass of the spray dried coated binder particles have a volume equivalent spherical diameter of about 20μm or less.
A sunscreen composition comprising an active solid organic compound which is an active sunscreen ingredient, wherein at least 20% of the sunscreen ingredient is solubilised by 2-phenylethyl benzoate, wherein said active sunscreen ingredient comprises UVA and/or UVB chemical compounds, wherein the sunscreen composition exhibits an increased critical wavelength and UVA/UVB absorbance ratio.
A filter manufacturing apparatus comprising: - a feed path adapted to continuously feed a filter material along a longitudinal transport direction; - a forming device connected to a terminating end of the feed path and adapted to form the filter material into a rod-shaped continuous filter body and deliver the formed continuous filter body, the forming device including: ∘ a tubular element adapted to allow the filter material to pass therethrough to form the filter material into the continuous filter body; ∘ a heat source adapted to heat the filter material passing in the tubular element and comprising a steam generator in fluid communication to the tubular element to supply steam to the filter tow material; characterized in that it also includes - a diameter measuring device positioned at the outlet of the forming device and adapted to measure a diameter of the continuous filter body; - a control unit adapted to receive signals from the diameter measuring device relative to the diameter of the continuous filter body and to send signals to the steam generator to vary the steam production or to a display in order to visualize the measurement and adapted to compare a signal relative of the measured diameter to a reference diameter and to change a parameter in the steam generator to increase vapor pressure in case the measured diameter is bigger than the reference diameter of more than a given amount. - a feed path adapted to continuously feed a filter material along a longitudinal transport direction; - a forming device connected to a terminating end of the feed path and adapted to form the filter material into a rod-shaped continuous filter body and deliver the formed continuous filter body, the forming device including: ∘ a tubular element adapted to allow the filter material to pass therethrough to form the filter material into the continuous filter body; ∘ a heat source adapted to heat the filter material passing in the tubular element and comprising a steam generator in fluid communication to the tubular element to supply steam to the filter tow material; characterized in that it also includes ∘ a tubular element adapted to allow the filter material to pass therethrough to form the filter material into the continuous filter body; ∘ a heat source adapted to heat the filter material passing in the tubular element and comprising a steam generator in fluid communication to the tubular element to supply steam to the filter tow material; - a diameter measuring device positioned at the outlet of the forming device and adapted to measure a diameter of the continuous filter body; - a control unit adapted to receive signals from the diameter measuring device relative to the diameter of the continuous filter body and to send signals to the steam generator to vary the steam production or to a display in order to visualize the measurement and adapted to compare a signal relative of the measured diameter to a reference diameter and to change a parameter in the steam generator to increase vapor pressure in case the measured diameter is bigger than the reference diameter of more than a given amount.
Electric machine, comprising a rotor, a stator having a laminated core, and an apparatus for monitoring the radial air gap of the electric machine, which comprises an antenna, characterized in that the apparatus comprises a microwave radar system, which comprises a transmission and reception unit for transmitting and for receiving microwaves, the antenna and a cable, which connects the transmission and reception unit to the antenna, wherein the antenna is arranged during the operation of the apparatus in such a way that the opening thereof ends with a side of the radial air gap to be monitored.
Working center for workpieces made in wood, ceramic, plastic, metal, glass, fiberglass, rubber and the like, comprising: a base for standing on the ground having an elongated shape which extends mainly according to a development direction parallel to a X axis; a working plane coupled to said base comprising a plurality of supporting bars, each being provided with a plurality of blocking means for supporting and fixing said workpieces to be worked, wherein each of said blocking means is capable of sliding along the respective supporting bar, on which it is mounted, according to a direction parallel to a Y axis, which is orthogonal to said X axis, manually or by means of transmission means; said working center being characterized in that it comprises at least one multifunction plane module coupled to at least one supporting bar of said plurality of supporting bars which moves integrally with it to position itself on said working plane, so as to form a continuous working plane, in that said at least one supporting bar is capable to move from a first working position, in which said plurality of blocking means is capable to receive said workpieces to be worked, to a second working position, in which said at least one multifunction plane module is capable to receive said workpieces to be worked, and in that said at least one supporting bar is capable to rotate around a fulcrum coupled to said base, while moving from said first to said second working position. a base for standing on the ground having an elongated shape which extends mainly according to a development direction parallel to a X axis; a working plane coupled to said base comprising a plurality of supporting bars, each being provided with a plurality of blocking means for supporting and fixing said workpieces to be worked, wherein each of said blocking means is capable of sliding along the respective supporting bar, on which it is mounted, according to a direction parallel to a Y axis, which is orthogonal to said X axis, manually or by means of transmission means; said working center being characterized in that it comprises at least one multifunction plane module coupled to at least one supporting bar of said plurality of supporting bars which moves integrally with it to position itself on said working plane, so as to form a continuous working plane, in that said at least one supporting bar is capable to move from a first working position, in which said plurality of blocking means is capable to receive said workpieces to be worked, to a second working position, in which said at least one multifunction plane module is capable to receive said workpieces to be worked, and in that said at least one supporting bar is capable to rotate around a fulcrum coupled to said base, while moving from said first to said second working position.
Use for a non-therapeutical treatment of chronologic and photo induced cutaneous aging of a composition comprising arginine in a quantity from 0,5% w/w to 5% w/w and taurine in a quantity from 0,5% w/w to 5% w/w.
A method implemented by one or more computing devices, the method comprising: receiving a biological characteristic image uploaded by a terminal to a server; verifying a digital watermark included in the biological characteristic image, the digital watermark being generated based on device identification information of the terminal and/or user identification information of the terminal by comparing the device identification information and/or the user identification information via which the digital watermark is generated with the device identification information and/or the user identification information of the terminal; and determining whether the biological characteristic image is usable based at least in part on a result of the verifying, wherein if the verification is passed it is determined that the characteristic image may be used in the terminal as a sample for performing a biometric verification, or if the verification fails, it is determined that the biological characteristic image is not generated by using the device identification information and/or the user identification information of the terminal and use of the biological characteristic image in the terminal is rejected. receiving a biological characteristic image uploaded by a terminal to a server; verifying a digital watermark included in the biological characteristic image, the digital watermark being generated based on device identification information of the terminal and/or user identification information of the terminal by comparing the device identification information and/or the user identification information via which the digital watermark is generated with the device identification information and/or the user identification information of the terminal; and determining whether the biological characteristic image is usable based at least in part on a result of the verifying, wherein if the verification is passed it is determined that the characteristic image may be used in the terminal as a sample for performing a biometric verification, or if the verification fails, it is determined that the biological characteristic image is not generated by using the device identification information and/or the user identification information of the terminal and use of the biological characteristic image in the terminal is rejected.
Method for having a vehicle approach a loading ramp, wherein the vehicle has an acceleration sensor, wherein the acceleration sensor is designed to detect a vehicle acceleration of the vehicle, comprising at least the following steps: - limiting a vehicle speed of the vehicle such that the vehicle does not exceed a specified approach speed when approaching the loading ramp; - monitoring, over time, the vehicle acceleration measured by the acceleration sensor; - determining an approach state depending on the vehicle acceleration monitored over time, wherein the approach state indicates whether or not contact has occurred between the vehicle and the loading ramp; and - bringing the vehicle to a standstill and/or holding the vehicle at a standstill if contact of the vehicle with the loading ramp has been determined as the approach state. - limiting a vehicle speed of the vehicle such that the vehicle does not exceed a specified approach speed when approaching the loading ramp; - monitoring, over time, the vehicle acceleration measured by the acceleration sensor; - determining an approach state depending on the vehicle acceleration monitored over time, wherein the approach state indicates whether or not contact has occurred between the vehicle and the loading ramp; and - bringing the vehicle to a standstill and/or holding the vehicle at a standstill if contact of the vehicle with the loading ramp has been determined as the approach state.
An endoscope comprising: an insertion unit including an imaging unit; and an operation unit configured to bend a part of the insertion unit, wherein at least a part of the insertion unit includes a tube formed of a resin, the tube including a plurality of channels formed of the resin included in the tube, wherein the insertion unit includes a distal tip including the imaging unit, a bending section that is bent by the operation unit, and a flexible section disposed between the bending section and the operation unit, at least a part of the bending section and a part of the flexible section include the tube, the resin excluding the channels has a porosity of 0% or more and 80% or less, wherein some of the channels each comprise a rigid member inserted through the respective channels; and an angle wire inserted through the rigid member and connected to a bending mechanism of the bending section, wherein the operation unit is configured to operate the angle wire, characterized in that the insertion unit includes a tube shaped breaking section that is breakable when the imaging unit is removed from the insertion unit, the tube shaped breaking section is arranged to cover a joint between the imaging unit and the insertion unit. an insertion unit including an imaging unit; and an operation unit configured to bend a part of the insertion unit, wherein at least a part of the insertion unit includes a tube formed of a resin, the tube including a plurality of channels formed of the resin included in the tube, wherein the insertion unit includes a distal tip including the imaging unit, a bending section that is bent by the operation unit, and a flexible section disposed between the bending section and the operation unit, at least a part of the bending section and a part of the flexible section include the tube, the resin excluding the channels has a porosity of 0% or more and 80% or less, wherein some of the channels each comprise a rigid member inserted through the respective channels; and an angle wire inserted through the rigid member and connected to a bending mechanism of the bending section, wherein the operation unit is configured to operate the angle wire, characterized in that the insertion unit includes a tube shaped breaking section that is breakable when the imaging unit is removed from the insertion unit, the tube shaped breaking section is arranged to cover a joint between the imaging unit and the insertion unit.
A separator for a lithium ion secondary battery with an alloy based negative electrode, wherein the air permeability of the separator is 300 s/100 cm 3 or less, characterised in that the dynamic friction coefficient of at least one surface is 0.1 or more and 0.4 or less, wherein the dynamic friction coefficient is measured for a sample with a sample size of a width of 50 mm x a length in a measurement direction of 200 mm for three times in each of the machine direction and the transverse direction by using a friction tester under the measuring conditions of a load of 50 g; a contactor area of 10; 10 = 100 mm 2, corresponding to 20 piano wires made of 0.5 mm hard stainless steel SUS304 wound without any space between and overlapping with each other; a contactor forwarding speed of 1 mm/sec, a tensile force of 6 kPa; a temperature of 25°C; and a humidity of 50%; and by determining the average of the resultant values.
A method for generating a message, which can be transmitted to at least one receiver (2, 4, 8, 10, 13) by means of at least one message service of a mobile radio network, by means of a mobile terminal (1, 7) that is operable in a mobile radio network, wherein the message is generated as a reply message to a message received and/or stored by the mobile terminal (1, 7), the message comprises at least one contact information item of the at least one receiver (2, 4, 8, 10, 13) of the message and a message content comprising at least one information type, the message content of the message will be recorded by means of at least one actuation input realized by means of at least one input device of the mobile terminal (1, 7) and be reproduced within the scope of the recording in a display area (16, 17, 18, 19) of an optical display device of the mobile terminal (1, 7), and wherein the mobile terminal (1, 7) automatically determines the message service of the mobile radio network for transmitting the message on the base of the recorded message content of the message, characterized in that at least the message content of the message received and/or stored by the mobile terminal (1, 7) will be at least partly reproduced in a first display area of the optical display device of the mobile terminal (1, 7) and at least the recorded message content of the message to be generated will be at least partly reproduced in the second display area of the optical display device of the mobile terminal (1, 7), and that the first display area and the second display area will be simultaneously reproduced, wherein the message content will be reproduced in the respective display area in a scrolling manner at least when required.