mhurhangee/ep-ind-claims huggingface dataset:
Water jet unit for working surfaces, in particular for working a concrete surface, comprising: a lance with a mouthpiece arranged for being coupled to a line for high-pressure water, a holder (24, 26) for the lance, an arrangement for guiding the holder in a working path, an eccentric mechanism (30, 31) for the oscillation of the lance in a plane transverse to the working path in order to add width to the working, characterized by that the eccentric mechanism (30, 31) comprises: - a crank arm coupled to a link which is coupled to the lance in order to oscillate it, wherein the crank arm is arranged on a crank arm carrier (34, 37) which is rotatably supported and coupled to a rotary motor, and the crank arm carrier comprises an outer part, which carries the crank arm and is rotatably mounted on another part of the carrier, and - at least one spiral track on one of the two parts (34, 37) of the crank arm carrier and stop elements on the other part engaging into the spiral track to define one eccentric position when the motor rotates in the one direction and another eccentric position when the motor rotates in the other direction, wherein the two directions of rotation produce different widths of the working path. a lance with a mouthpiece arranged for being coupled to a line for high-pressure water, a holder (24, 26) for the lance, an arrangement for guiding the holder in a working path, an eccentric mechanism (30, 31) for the oscillation of the lance in a plane transverse to the working path in order to add width to the working, characterized by that the eccentric mechanism (30, 31) comprises: - a crank arm coupled to a link which is coupled to the lance in order to oscillate it, wherein the crank arm is arranged on a crank arm carrier (34, 37) which is rotatably supported and coupled to a rotary motor, and the crank arm carrier comprises an outer part, which carries the crank arm and is rotatably mounted on another part of the carrier, and - at least one spiral track on one of the two parts (34, 37) of the crank arm carrier and stop elements on the other part engaging into the spiral track to define one eccentric position when the motor rotates in the one direction and another eccentric position when the motor rotates in the other direction, wherein the two directions of rotation produce different widths of the working path. - a crank arm coupled to a link which is coupled to the lance in order to oscillate it, wherein the crank arm is arranged on a crank arm carrier (34, 37) which is rotatably supported and coupled to a rotary motor, and the crank arm carrier comprises an outer part, which carries the crank arm and is rotatably mounted on another part of the carrier, and - at least one spiral track on one of the two parts (34, 37) of the crank arm carrier and stop elements on the other part engaging into the spiral track to define one eccentric position when the motor rotates in the one direction and another eccentric position when the motor rotates in the other direction, wherein the two directions of rotation produce different widths of the working path.
A method for determining the prognosis of a subject having breast cancer and for predicting the outcome of treatment of said breast cancer subsequent to a therapy, wherein the method comprises determining the methylation levels of the CDO1 gene as set forth in SEQ NO: 13 in a biological sample isolated from said subject, wherein methylation status is indicative of prognosis.
Rotary electric machine comprising a current rectifying arrangement, said machine comprising a rear bearing, said current rectifying arrangement comprising: a plurality of positive diodes supported by a support in the form of a plate, a plurality of negative diodes supported by a support in the form of a plate, carried by the rear bearing, a connector device for electrically interconnecting the positive and negative diodes, and means for generating a forced flow of a cooling fluid, flowing in the axial direction of the machine, the support for the positive diodes carrying, on its front face oriented towards the axis of the machine, cooling fins which extend, in said axial flow of the cooling fluid, in the radial direction of the machine, the rectifying arrangement comprising mixed cooling means for the support of the negative diodes by convection and conduction, characterized in that the machine comprises a cover which covers the rectifying arrangement, and in that the configuration of the cooling flow comprises a first, axial flow which passes axially directly through openings in the upper wall of the cover and openings in the rear bearing, flowing between said cooling fins. a plurality of positive diodes supported by a support in the form of a plate, a plurality of negative diodes supported by a support in the form of a plate, carried by the rear bearing, a connector device for electrically interconnecting the positive and negative diodes, and means for generating a forced flow of a cooling fluid, flowing in the axial direction of the machine, the support for the positive diodes carrying, on its front face oriented towards the axis of the machine, cooling fins which extend, in said axial flow of the cooling fluid, in the radial direction of the machine,
Crampon with a fitting adjustment comprising a toe portion and a heel portion, said toe portion and said heel portion being connected to each other by adjustment means comprising an elongated element arranged on said toe portion, having a plurality of seats configured to couple with a respective adjustment pin provided on said heel portion to define a certain length of fit; said crampon being characterized in that said adjustment pin is provided at an adjustment wheel configured to rotate about its own axis of rotation (x), said adjustment pin being arranged in an eccentric position with respect to said axis of rotation (x); said adjustment wheel being configured to be locked in at least two positions of rotation by means of a shape coupling between a coupling portion of said adjustment wheel and a corresponding counter-shaped portion provided on said heel portion.
Damp-proof luminaire, having - LEDs, that form a light source of the damp-proof luminaire, - a support element, on which the LEDs are held, - a light-permeable cover, wherein the LEDs are arranged in such a way that a light generated by the LEDs can radiate through the cover into an exterior space of the damp-proof luminaire, and - an adhesive and sealing element, designed and arranged in such a way that it has an adhesive and sealing effect between the cover on the one hand and the support element on the other hand, characterized in that the cover comprises at least two covering elements (501, 502, 503, 504, 505) as well as an elastic sealing element, wherein the at least two covering elements (501, 502, 503, 504, 505) are sealingly connected with each other by means of the elastic sealing element. - LEDs, that form a light source of the damp-proof luminaire, - a support element, on which the LEDs are held, - a light-permeable cover, - an adhesive and sealing element, designed and arranged in such a way that it has an adhesive and sealing effect between the cover on the one hand and the support element on the other hand, characterized in that the cover comprises at least two covering elements (501, 502, 503, 504, 505) as well as an elastic sealing element, wherein the at least two covering elements (501, 502, 503, 504, 505) are sealingly connected with each other by means of the elastic sealing element.
Encoder for determining the absolute angle of rotation of a shaft rotatable about an axis of rotation in relation to an initial angle of the shaft, comprising a housing, a first magnetic field detection device (8, 8') for determining the number of rotations of the shaft in relation to the initial angle of the shaft, a second magnetic field detection device (7, 7') for determining the relative angle of rotation of the shaft in relation to the initial angle of the shaft, a magnetic device immovably located in relation to the shaft, the magnetic field of said device being such that in the first magnetic field detection device (8, 8') at least one signal is generated from which the number of rotations of the shaft can be determined, and in the second magnetic field detection device (7, 7') at least one signal is generated corresponding to the relative angle of rotation, characterized in that at least one adjusting element made of ferromagnetic material and one carrier element are provided for, whereby the first and second magnetic field detection devices (8, 8', 7, 7') as well as the at least one adjusting element are located on the carrier element, whereby the at least one adjusting element is designed to adjust the magnetic field distribution in the region of the first (8, 8') and of the second magnetic field detection device (7, 7') for a given configuration of the magnetic field detection devices (8, 8', 7, 7').
An infrared absorbent green glass composition, comprising: the following components, expressed in mass%: 66.5 ≤ SiO 2 < 69; 0 ≤ B 2 O 3 ≤ 5; 0 ≤ Al 2 O 3 ≤ 5; 0 ≤ MgO ≤ 0.5; 12 ≤ CaO ≤ 15; 0 ≤ SrO ≤ 10; 0 ≤ BaO ≤ 10; 0 ≤ Li 2 O ≤ 5; 10 ≤ Na 2 O ≤ 14.5; 0 ≤ K 2 O ≤ 5; and 0 ≤ TiO 2 ≤ 0.5, where 12 ≤ MgO + CaO + SrO + BaO ≤ 20 and 11.5 ≤ Na 2 O + K 2 O ≤ 15; the following component, expressed in mass ppm; MnO 0 to 300 ppm; and the following components as colorants, expressed in mass % 0.4 ≤ T − Fe 2 O 3 ≤ 1.0, where T-Fe 2 O 3 is total iron oxide expressed as Fe 2 O 3; and 0 ≤ CeO 2 ≤ 2.0, wherein a mass ratio of CaO to MgO (CaO/MgO) is at least 7.5, wherein a mass ratio of FeO expressed as Fe 2 O 3 to T-Fe 2 O 3 (FeO/T-Fe 2 O 3) is 20 to 44%, a wavelength at which a minimum transmittance is obtained in a range of 550 to 1700 nm is at least 1065 nm, and a transmittance that is obtained at a wavelength of 1650 nm is not higher than a transmittance that is obtained at a wavelength of 730 nm. the following components, expressed in mass%: 66.5 ≤ SiO 2 < 69; 0 ≤ B 2 O 3 ≤ 5; 0 ≤ Al 2 O 3 ≤ 5; 0 ≤ MgO ≤ 0.5; 12 ≤ CaO ≤ 15; 0 ≤ SrO ≤ 10; 0 ≤ BaO ≤ 10; 0 ≤ Li 2 O ≤ 5; 10 ≤ Na 2 O ≤ 14.5; 0 ≤ K 2 O ≤ 5; and 0 ≤ TiO 2 ≤ 0.5, where 12 ≤ MgO + CaO + SrO + BaO ≤ 20 and 11.5 ≤ Na 2 O + K 2 O ≤ 15; the following component, expressed in mass ppm; MnO 0 to 300 ppm; and the following components as colorants, expressed in mass % 0.4 ≤ T − Fe 2 O 3 ≤ 1.0, where T-Fe 2 O 3 is total iron oxide expressed as Fe 2 O 3; and 0 ≤ CeO 2 ≤ 2.0, wherein a mass ratio of CaO to MgO (CaO/MgO) is at least 7.5, wherein a mass ratio of FeO expressed as Fe 2 O 3 to T-Fe 2 O 3 (FeO/T-Fe 2 O 3) is 20 to 44%, a wavelength at which a minimum transmittance is obtained in a range of 550 to 1700 nm is at least 1065 nm, and a transmittance that is obtained at a wavelength of 1650 nm is not higher than a transmittance that is obtained at a wavelength of 730 nm.
Rolling body of a carriage cage for drawer guides, wherein the rolling body has an inwardly disposed core portion and a separate casing portion surrounding the core portion, wherein the core portion and the casing portion consist of mutually different materials like plastic and steel or that the core portion and the casing portion consist of different types of plastic, wherein the ball indentation hardness of the casing portion is larger than the one of the core portion, characterized in that the width of the rolling body is greater than the diameter (d) of the rolling body.
An apparatus for controlling an adding of a third party device to a radiofrequency sensing group, wherein the radiofrequency sensing group consists of a plurality of network devices (111, 112, 113) performing radiofrequency sensing in an area, wherein the third party device is adapted to provide a functionality that allows to contribute to a radiofrequency sensing of the radiofrequency sensing group, wherein the apparatus is characterized by comprising: a critical sensing functionality determination unit for determining a critical sensing functionality for the radiofrequency sensing currently performed by the radiofrequency sensing group, a contribution determination unit for determining a potential contribution that the functionality of the third party device can provide to the radiofrequency sensing of the radiofrequency sensing group, when the third party device is added to the radiofrequency sensing group, and a controlling unit for controlling the adding of the third party device to the radiofrequency sensing group based on the determined critical sensing functionality and the determined potential contribution to the radiofrequency sensing of the radiofrequency sensing group. a critical sensing functionality determination unit for determining a critical sensing functionality for the radiofrequency sensing currently performed by the radiofrequency sensing group, a contribution determination unit for determining a potential contribution that the functionality of the third party device can provide to the radiofrequency sensing of the radiofrequency sensing group, when the third party device is added to the radiofrequency sensing group, and a controlling unit for controlling the adding of the third party device to the radiofrequency sensing group based on the determined critical sensing functionality and the determined potential contribution to the radiofrequency sensing of the radiofrequency sensing group.
A sampling method, comprising the steps of: providing a sampling device on a sampling surface, the sampling device comprising a housing which is shaped to form a sampling space together with the sampling surface, and the sampling device including a blowing port arranged at the center portion of the housing and a sucking port arranged at periphery of the housing; characterized in that the method comprises using a spiral airflow guiding device or a fan provided within the blowing port to blow airflow towards the sampling surface through the blowing port such that the airflow blown is swirled above the sampling surface; and sucking the airflow blown towards the sampling surface through the sucking port so as to collect samples. providing a sampling device on a sampling surface, the sampling device comprising a housing which is shaped to form a sampling space together with the sampling surface, and the sampling device including a blowing port arranged at the center portion of the housing and a sucking port arranged at periphery of the housing; characterized in that the method comprises using a spiral airflow guiding device or a fan provided within the blowing port to blow airflow towards the sampling surface through the blowing port such that the airflow blown is swirled above the sampling surface; and sucking the airflow blown towards the sampling surface through the sucking port so as to collect samples.
Air spring (1a, 1b, 1c, 1d, 1e, 1f, 1g) which is clamped in by way of an air spring cover and an air spring piston between two components which are sprung against one another, and which has an elastic air spring bellows which is fastened sealingly by way of its two open ends to the air spring cover and to the air spring piston, at least partially delimits a working space which is filled with compressed air, and rolls on the air spring piston with the formation of at least one rolling fold, at least one end of the air spring bellows being configured as a bead which is arranged in a seat which seals the working space with respect to the air spring cover, the bead of the air spring bellows being of at least partially circular configuration in axial section of the air spring, the air spring cover having an air spring cover part piece (6, 18, 23) which runs in the axial direction of the air spring, a closure element (7, 17) being arranged which is arranged axially within the air spring cover and radially adjacently with respect to the air spring cover part piece (6, 18, 23), the bead being stressed indirectly or directly by means of the closure element (7, 17) against the air spring cover and/or against the air spring cover part piece (6, 18, 23), and the seat for the bead being configured as a two-part, at least partially circular seat which is formed by way of the closure element (7, 17) and the air spring cover part piece (6, 18, 23) together, characterized in that the closure element (7, 17) and the air spring cover part piece (6, 18, 23) in each case have a seat face (9, 10, 20, 24) with a contour which is circular segment-shaped in sections in the axial section of the air spring, and the air spring cover has a bowl-shaped first air spring cover part piece which is arranged radially within the air spring bellows and on which a first seat face is configured which is contoured in a circular segment-shaped manner and against which the radially inner side of the bead bears tightly, and in that a first closure element is configured as a closure ring which is arranged radially outside the air spring bellows and on which a second seat face is configured which is contoured in a circular segment-shaped manner and against which the radially outer side of the bead bears tightly.
A water-borne polymer composition, comprising: - particles of at least one polyaryletherketone polymer [polymer (PAEK)], said particles possessing an average particle size d 50 of at least 1 and of at most 25 μm, wherein d 50 is the size at which 50% in volume of the polymer (PAEK) is comprised of particles with a diameter less than this value and is determined by laser light scattering according to ISO 13320; - at least one aromatic polyamic acid comprising recurring units, more than 50% mol of said recurring units comprising at least one aromatic ring and at least one amic acid group and/or imide group [recurring units (R PAI)], more than 50 % mol of recurring units (R PAI) comprising at least one amic acid group [polymer], wherein part or all of the amic acid groups are neutralized by at least one basic compound; - water; - at least one organic solvent, different from basic compound, selected from the group consisting of mono-alcohols, polyols, glycol derivatives and their mixtures, said solvent being present in an amount of at least 1 and at most 15 % wt with respect to the total weight of the composition. - particles of at least one polyaryletherketone polymer [polymer (PAEK)], said particles possessing an average particle size d 50 of at least 1 and of at most 25 μm, wherein d 50 is the size at which 50% in volume of the polymer (PAEK) is comprised of particles with a diameter less than this value and is determined by laser light scattering according to ISO 13320; - at least one aromatic polyamic acid comprising recurring units, more than 50% mol of said recurring units comprising at least one aromatic ring and at least one amic acid group and/or imide group [recurring units (R PAI)], more than 50 % mol of recurring units (R PAI) comprising at least one amic acid group [polymer], wherein part or all of the amic acid groups are neutralized by at least one basic compound; - water; - at least one organic solvent, different from basic compound, selected from the group consisting of mono-alcohols, polyols, glycol derivatives and their mixtures, said solvent being present in an amount of at least 1 and at most 15 % wt with respect to the total weight of the composition.
A processing apparatus for unfurling or folding a processing subject, comprising: a pair of retaining devices (310A, 310B) capable of retaining the processing subject; a carrying device capable of carrying the processing subject such that a part of the processing subject hangs down therefrom while the processing subject is retained by at least one of the pair of retaining devices; and a control device configured to control movement of the retaining devices and the carrying device, wherein the control device is configured to rotate the carrying device in a condition where the retained processing subject hangs down from the carrying device. a pair of retaining devices (310A, 310B) capable of retaining the processing subject; a carrying device capable of carrying the processing subject such that a part of the processing subject hangs down therefrom while the processing subject is retained by at least one of the pair of retaining devices; and a control device configured to control movement of the retaining devices and the carrying device, wherein the control device is configured to rotate the carrying device in a condition where the retained processing subject hangs down from the carrying device.
A medicine transfer unit comprising: a body portion having one side and another side which are opened to allow a medicine inputted through the one side to pass therethrough and to be dispensed through the other side; and an opening or closing portion rotatably connected to the body portion to be changeable in state and configured to selectively implement any one of a state in which the medicine inputted through the one side is temporarily stored in an internal space of the body portion and a state in which the stored medicine is dispensed through the other side, wherein the opening or closing portion comprises: a bottom portion configured to close the other side of the body portion in a first state and to open the other side of the body portion when the first state changes to a second state, and characterized by a jamming prevention portion extending from any one of sides of the bottom portion toward an inside of a sidewall of the body portion on the basis of the first state and covering the inside of the sidewall of the body portion located on an extension side so as to prevent the stored medicine from being jammed on sidewalls of the body portion and not being dispensed through the other side in the second state. a body portion having one side and another side which are opened to allow a medicine inputted through the one side to pass therethrough and to be dispensed through the other side; and an opening or closing portion rotatably connected to the body portion to be changeable in state and configured to selectively implement any one of a state in which the medicine inputted through the one side is temporarily stored in an internal space of the body portion and a state in which the stored medicine is dispensed through the other side, wherein the opening or closing portion comprises: a bottom portion configured to close the other side of the body portion in a first state and to open the other side of the body portion when the first state changes to a second state, and characterized by a jamming prevention portion extending from any one of sides of the bottom portion toward an inside of a sidewall of the body portion on the basis of the first state and covering the inside of the sidewall of the body portion located on an extension side so as to prevent the stored medicine from being jammed on sidewalls of the body portion and not being dispensed through the other side in the second state. a bottom portion configured to close the other side of the body portion in a first state and to open the other side of the body portion when the first state changes to a second state, and characterized by a jamming prevention portion extending from any one of sides of the bottom portion toward an inside of a sidewall of the body portion on the basis of the first state and covering the inside of the sidewall of the body portion located on an extension side so as to prevent the stored medicine from being jammed on sidewalls of the body portion and not being dispensed through the other side in the second state.