mhurhangee/ep-ind-claims huggingface dataset:
A device for hanging objects, for example horse equipment or fishing accessories, comprising: a) a first hanging member, having a hook shape, provided with an assembling portion, and b) a second hanging member comprising a plate of which - a rear face is intended to be oriented to the side of a receiving structure and - a front face is provided with (i) an extension for the hanging of objects and with, (ii) under said extension, a location for the removable receipt of said first hanging member, which location includes means for an elastic fitting, of the clipsage or latching type, of said assembling portion of said associated hanging member, characterized in that it further comprises a support base that is intended to be fixed to a receiving structure and that includes at least one location for the removable receipt, by fitting, of an assembling portion of said second hanging member formed in said rear face of the plate thereof, or of said assembling portion of said hook-shaped first hanging member. a) a first hanging member, having a hook shape, provided with an assembling portion, and b) a second hanging member comprising a plate of which - a rear face is intended to be oriented to the side of a receiving structure and - a front face is provided with (i) an extension for the hanging of objects and with, (ii) under said extension, a location for the removable receipt of said first hanging member, which location includes means for an elastic fitting, of the clipsage or latching type, of said assembling portion of said associated hanging member,
Method for detecting an error in the reading of a data item, this method including: a) the storing of a first copy of the data item in a first area of an electronic memory and the storing of a second copy of the data item in a second area of an electronic memory, in response to a request to read the data item: b) the reading of the values of the first and second copies of the data item in the first and second areas respectively, c) the comparison of the read values of the first and second copies of the data item, d) if the read values of the first and second copies are identical, then no error in the reading of this data item is detected, characterized in that: e) if the read values of the first and second copies are different, then the preceding steps b) and c) are repeated (78, 80), then f) if the values read in the step e) are identical, then an error in the reading of this data item is detected and, otherwise, no error in the reading of this data item is detected. a) the storing of a first copy of the data item in a first area of an electronic memory and the storing of a second copy of the data item in a second area of an electronic memory, in response to a request to read the data item: b) the reading of the values of the first and second copies of the data item in the first and second areas respectively, c) the comparison of the read values of the first and second copies of the data item, d) if the read values of the first and second copies are identical, then no error in the reading of this data item is detected, characterized in that: e) if the read values of the first and second copies are different, then the preceding steps b) and c) are repeated (78, 80), then f) if the values read in the step e) are identical, then an error in the reading of this data item is detected and, otherwise, no error in the reading of this data item is detected.
A method of manufacturing a laminate comprising steps of: (i) preparing a base material; (ii) forming an under coat layer on at least a part of a top surface of the base material, having a membranous shape or a film shape and containing an organic polymer having functional groups including OH groups, wherein said organic polymer is a copolymer of poly (methacrylic acid-2-hydroxyethyl) and polymethylmethacrylate; (iii) surface-treating a part of an exposed surface of the under coat layer and densifying the functional groups of the organic polymer; (iv) supplying a precursor material on the exposed surface such that a precursor that becomes an atomic layer deposition film is coupled to the OH groups and the densified functional groups of the organic polymer contained in the under coat layer; (v) removing, from the precursor material, excess precursor material which is not coupled to the under coat layer; and (vi) saturating a coupling amount of the precursor which is coupled to the OH groups of the organic polymer and the densified functional groups of the organic polymer by repeating steps (iv) and (v) 1 to 30 times, thereby forming the atomic layer deposition film. (i) preparing a base material; (ii) forming an under coat layer on at least a part of a top surface of the base material, having a membranous shape or a film shape and containing an organic polymer having functional groups including OH groups, wherein said organic polymer is a copolymer of poly (methacrylic acid-2-hydroxyethyl) and polymethylmethacrylate; (iii) surface-treating a part of an exposed surface of the under coat layer and densifying the functional groups of the organic polymer; (iv) supplying a precursor material on the exposed surface such that a precursor that becomes an atomic layer deposition film is coupled to the OH groups and the densified functional groups of the organic polymer contained in the under coat layer; (v) removing, from the precursor material, excess precursor material which is not coupled to the under coat layer; and (vi) saturating a coupling amount of the precursor which is coupled to the OH groups of the organic polymer and the densified functional groups of the organic polymer by repeating steps (iv) and (v) 1 to 30 times, thereby forming the atomic layer deposition film.
A portable phototherapy device, comprising: a shell having a reflective surface; a floor being woven together with the shell, upon which a subject may be placed or lay; a plurality of light sources configured to emit electromagnetic radiation, EMR, when in operation, wherein the plurality of light sources is attached to the reflective surface of the shell, said reflective surface, appropriately positioned relative to the light source serving to redirect transmission of EMR to the subject without being in direct physical contact with said subject; a circuitry; a fastener configured to keep the phototherapy device in place; a frame support attached to the shell and configured to support the shell, wherein the frame support is comprised by at least two rods being configured to be assembled, with the shell, to form a structure of the phototherapy device and being configured to be disassembled when the phototherapy device is not in use; and an electrical power source, wherein the plurality of light sources is operably connected to the electrical power source through the circuitry. a shell having a reflective surface; a floor being woven together with the shell, upon which a subject may be placed or lay; a plurality of light sources configured to emit electromagnetic radiation, EMR, when in operation, wherein the plurality of light sources is attached to the reflective surface of the shell, said reflective surface, appropriately positioned relative to the light source serving to redirect transmission of EMR to the subject without being in direct physical contact with said subject; a circuitry; a fastener configured to keep the phototherapy device in place; a frame support attached to the shell and configured to support the shell, wherein the frame support is comprised by at least two rods being configured to be assembled, with the shell, to form a structure of the phototherapy device and being configured to be disassembled when the phototherapy device is not in use; and an electrical power source, wherein the plurality of light sources is operably connected to the electrical power source through the circuitry.
A mask (100, 312) comprising: an outer layer, a filtering layer, a biocidal layer, a thermal element, an inner layer contacting user's skin, and at least one strap for securing the mask on the user, the mask characterised in that the thermal element heats air to a temperature of at least 180 degrees Celsuis. an outer layer, a filtering layer, a biocidal layer, a thermal element, an inner layer contacting user's skin, and at least one strap for securing the mask on the user, the mask characterised in that the thermal element heats air to a temperature of at least 180 degrees Celsuis.
An attic humidity minimizing system for, comprising: a) an outside humidity sensor; b) an outside temperature sensor; c) an inside humidity sensor; d) an inside temperature sensor; e) a ventilation system; and f) a computing unit that receives sensor information from the temperature and humidity sensors, compares sensor information from inside and outside the attic, and utilizes the comparison of sensor information to generate one or more output signals to regulate supply ventilation in the attic, wherein the ventilation system, comprising a fan for creating a positive pressure in the attic and a ventilation opening for letting air out when a positive air pressure is created, turns on when the water vapor pressure of air inside the attic is higher than the water vapor pressure of air outside the attic, and wherein the ventilation system turns off when the water vapor pressure is lower on the inside of the attic than on the outside of the attic. a) an outside humidity sensor; b) an outside temperature sensor; c) an inside humidity sensor; d) an inside temperature sensor; e) a ventilation system; and f) a computing unit that receives sensor information from the temperature and humidity sensors, compares sensor information from inside and outside the attic, and utilizes the comparison of sensor information to generate one or more output signals to regulate supply ventilation in the attic,
Uninterruptable power supply system comprising a first AC source providing three-phase AC power via a four-wire AC-power supply line; a DC source providing DC power via a DC power supply line, and a power converter receiving AC power from the first AC source and/or DC power from the DC source and delivering two wire DC power to a load via a DC output line, whereby one pole of the DC output line is connected to the neutral reference of the four-wire AC-power supply line, characterized in that the uninterruptable power supply system further comprises a bypass device for passing power from its output side to the DC output line, whereby the bypass device and the power converter are connected in parallel to the DC output line, and the bypass device comprises at least one switching unit, which receives AC power at its input side, and a control unit, whereby the switching unit is controlled by the control unit to supply pulsed power from an AC power supply with essentially the same polarity as the DC output line. a first AC source providing three-phase AC power via a four-wire AC-power supply line; a DC source providing DC power via a DC power supply line, and a power converter receiving AC power from the first AC source and/or DC power from the DC source and delivering two wire DC power to a load via a DC output line, whereby one pole of the DC output line is connected to the neutral reference of the four-wire AC-power supply line, characterized in that the uninterruptable power supply system further comprises a bypass device for passing power from its output side to the DC output line, whereby the bypass device and the power converter are connected in parallel to the DC output line, and the bypass device comprises at least one switching unit, which receives AC power at its input side, and a control unit, whereby the switching unit is controlled by the control unit to supply pulsed power from an AC power supply with essentially the same polarity as the DC output line.
Method for producing a customised orthodontic device for the treatment of a patient, the device comprising at least one treatment arch wire and a plurality of elements which each comprise a bracket which is provided with at least one groove, into which the arch wire can be inserted, each bracket being intended to be placed on an intermediate component which is itself intended to be placed on a base which is intended to be placed on an anterior or posterior face of a tooth, the method making provision for the brackets, intermediate components and bases to be digitally designed in a customised manner after having formed a representation in the corrected position of the arch and the faces of the teeth, to which the bases must be fixed, wherein: - a model arch wire is positioned relative to the faces of the teeth on the representation, the geometry of the model arch wire being homothetic with that of the treatment arch wire; - and the elements are digitally designed so as to give them a shape which corresponds to the geometry of the space which, following the orthodontic treatment, would separate the tooth and the arch wire when the tooth had assumed its corrected position and the treatment arch wire had returned to its initial shape; - and the treatment arch wire extends in a single plane. - a model arch wire is positioned relative to the faces of the teeth on the representation, the geometry of the model arch wire being homothetic with that of the treatment arch wire; - and the elements are digitally designed so as to give them a shape which corresponds to the geometry of the space which, following the orthodontic treatment, would separate the tooth and the arch wire when the tooth had assumed its corrected position and the treatment arch wire had returned to its initial shape; - and the treatment arch wire extends in a single plane.
A saddled vehicle comprising: a front fork including a pair of right and left inner tubes (281R and 281L) and outer tubes (282R and 282L) in which lower parts of the inner tubes (281R and 281L) are slidably fit and supporting a front wheel by lower ends of the outer tubes (282R and 282L); a disc brake, and a wheel speed sensor detecting rotation of the front wheel, wherein the disc brake is a single disc brake for the front wheel, which is provided on only one of right and left sides of the front wheel, the wheel speed sensor is provided on the other side of the right and left sides of the front wheel, a brake hose and a harness are routed upward from the disc brake and the wheel speed sensor, respectively, and the vehicle comprises a first clamp unit that fixes the harness at an upper portion of the outer tube on the side provided with the wheel speed sensor, and a second clamp unit that fixes the brake hose at substantially the same height as the first clamp unit on an upper portion of the outer tube on the side on which the disc brake is provided, and routes the brake hose further upward from the fixing position, characterized in that the second clamp unit bundles and fixes the harness routed via the first clamp unit and the brake hose at substantially the same height as the first clamp unit, and routes the harness and the brake hose further upward from the fixing position, and the second clamp unit comprises: first harness fixing means that fixes the harness oriented from the first clamp unit toward the second clamp unit in the oriented posture; and second harness fixing means that changes an orientation direction of the harness fixed by the first harness fixing means so as to be oriented along the brake hose which is pulled from the disc brake and routed upward and fixes the harness. first harness fixing means that fixes the harness oriented from the first clamp unit toward the second clamp unit in the oriented posture; and second harness fixing means that changes an orientation direction of the harness fixed by the first harness fixing means so as to be oriented along the brake hose which is pulled from the disc brake and routed upward and fixes the harness.
A component mounting apparatus comprising: a mounting head; and a control device that controls the mounting head, wherein the mounting head includes a nozzle holder that extends in an up-down direction, a nozzle that is attached to a lower end of the nozzle holder to be movable up and down with respect to the nozzle holder, an elastic body that elastically supports the nozzle, a flange that is provided on the nozzle, and a nozzle lifting and lowering mechanism (50, 51, 52) that is able to move the nozzle downward by engaging with the flange at a position that is offset from the central axis of the nozzle and pressing down the flange against elastic force of the elastic body, and characterized in that the control device is configured to measure in advance a deviation amount between a tip position of the nozzle before the nozzle lifting and lowering mechanism (50, 51, 52) moves the nozzle downward and a tip position of the nozzle after the nozzle lifting and lowering mechanism (50, 51, 52) moves the nozzle downward, wherein the deviation amount on the horizontal XY-coordinates is measured between the center position of the nozzle in an image taken from below before pressing down the flange and the center position of the nozzle in an image taken from below after pressing down the flange, and control the mounting head so as to suck a component to mount the component on a board taking the deviation amount of said nozzle into account. a nozzle holder that extends in an up-down direction, a nozzle that is attached to a lower end of the nozzle holder to be movable up and down with respect to the nozzle holder, an elastic body that elastically supports the nozzle, a flange that is provided on the nozzle, and a nozzle lifting and lowering mechanism (50, 51, 52) that is able to move the nozzle downward by engaging with the flange at a position that is offset from the central axis of the nozzle and pressing down the flange against elastic force of the elastic body, and
A binder composition for a non-aqueous secondary battery electrode, comprising a particulate polymer A1 and a particulate polymer B, wherein the particulate polymer A1 includes an aliphatic conjugated diene monomer unit in a proportion of at least 70 mass% and not more than 99 mass% and a carboxylic acid group-containing monomer unit in a proportion of at least 1 mass% and not more than 30 mass%, characterized in that the particulate polymer A1 is a graft copolymer, the particulate polymer B includes an aliphatic conjugated diene monomer unit and an aromatic vinyl monomer unit, a content of the particulate polymer A1 is at least 50 mass% and not more than 90 mass% of a total content of the particulate polymer A1 and the particulate polymer B, the particulate polymer A1 has a volume average particle diameter of at least 0.6 μm and not more than 2.5 μm, the particulate polymer B has a volume average particle diameter of at least 0.01 μm and less than 0.6 μm, and the volume average particle diameter is measured as described in the examples section of the description. a particulate polymer A1 and a particulate polymer B, wherein the particulate polymer A1 includes an aliphatic conjugated diene monomer unit in a proportion of at least 70 mass% and not more than 99 mass% and a carboxylic acid group-containing monomer unit in a proportion of at least 1 mass% and not more than 30 mass%, characterized in that the particulate polymer A1 is a graft copolymer, the particulate polymer B includes an aliphatic conjugated diene monomer unit and an aromatic vinyl monomer unit, a content of the particulate polymer A1 is at least 50 mass% and not more than 90 mass% of a total content of the particulate polymer A1 and the particulate polymer B, the particulate polymer A1 has a volume average particle diameter of at least 0.6 μm and not more than 2.5 μm, the particulate polymer B has a volume average particle diameter of at least 0.01 μm and less than 0.6 μm, and the volume average particle diameter is measured as described in the examples section of the description.
A method for regulating voltage in a multi-terminal HVDC network system comprising at least one participating converter station, the method comprising: - a step of measuring a local DC voltage at the participating converter station; - a step of detecting an over-voltage condition when the local DC voltage crosses a predefined upper threshold voltage or detecting an under-voltage condition when the local DC voltage crosses a predefined lower threshold voltage; - a step of triggering modification of an available DC power set value by the said converter station on detection of the over-voltage or the under-voltage condition, wherein the DC power set value is modified in an autonomous manner, i.e. without consulting with a central DC grid master controller, based on a defined power ramp of defined steepness; wherein the modification of the power set value is perfomed using previous power set values and time duration of modification, i.e. according to a previously defined rate of speed (in Mega Watts per second) and temporal distance to said detection; - a step of checking for termination of the modification step when the over-voltage condition or the under-voltage condition no longer persists. - a step of measuring a local DC voltage at the participating converter station; - a step of detecting an over-voltage condition when the local DC voltage crosses a predefined upper threshold voltage or detecting an under-voltage condition when the local DC voltage crosses a predefined lower threshold voltage; - a step of triggering modification of an available DC power set value by the said converter station on detection of the over-voltage or the under-voltage condition, wherein the DC power set value is modified in an autonomous manner, i.e. without consulting with a central DC grid master controller, based on a defined power ramp of defined steepness; wherein the modification of the power set value is perfomed using previous power set values and time duration of modification, i.e. according to a previously defined rate of speed (in Mega Watts per second) and temporal distance to said detection; - a step of checking for termination of the modification step when the over-voltage condition or the under-voltage condition no longer persists.