mhurhangee/ep-ind-claims huggingface dataset:
An applicator for attaching a body attachable unit to a human body, the applicator comprising: a main case having an inner space and an open side, wherein a pressure button is installed at one side of the main case; a plunger body disposed in a first location inside the main case, wherein the plunger body is configured to be movable outwardly to a second location and is configured to be decoupled from the first location by the operation of the pressure button; and a spring configured to apply an elastic force to the plunger body so that the plunger body can move from the first location and the second location; a body attachable unit configured to be attachable to a human body for blood glucose measurement, the body attachable unit being coupled to the plunger body so as to be movable from the first location to the second location together with the plunger body, wherein the pressure button is installed to be mode-changeable between a first mode, in which pressurizing movement by pressurizing manipulation is prevented, and a second mode, in which the pressurizing movement by the pressurizing manipulation is allowed, wherein the pressure button comprises a locking unit configured to block a mode change of the pressure button from the first mode to the second mode and to release blocking of the mode change, and wherein the pressure button is configured to be mode-changed from the first mode to the second mode by being slidably moved along an outer surface of the main case, and the locking unit is configured to block the mode change of the pressure button by limiting sliding movement of the pressure button. a main case having an inner space and an open side, wherein a pressure button is installed at one side of the main case; a plunger body disposed in a first location inside the main case, wherein the plunger body is configured to be movable outwardly to a second location and is configured to be decoupled from the first location by the operation of the pressure button; and a spring configured to apply an elastic force to the plunger body so that the plunger body can move from the first location and the second location; a body attachable unit configured to be attachable to a human body for blood glucose measurement, the body attachable unit being coupled to the plunger body so as to be movable from the first location to the second location together with the plunger body, wherein the pressure button is installed to be mode-changeable between a first mode, in which pressurizing movement by pressurizing manipulation is prevented, and a second mode, in which the pressurizing movement by the pressurizing manipulation is allowed, wherein the pressure button comprises a locking unit configured to block a mode change of the pressure button from the first mode to the second mode and to release blocking of the mode change, and wherein the pressure button is configured to be mode-changed from the first mode to the second mode by being slidably moved along an outer surface of the main case, and the locking unit is configured to block the mode change of the pressure button by limiting sliding movement of the pressure button.
A thermal-acoustic section for an aircraft for reducing noise along an acoustic path produced from an acoustic source, the thermal-acoustic section comprising: a plurality of juxtaposed porous layers forming a thermal-acoustic stack that has a first outermost portion, a second outermost portion, and a central portion that is disposed between the first and second outermost portions (474, 476), wherein the thermal-acoustic stack is configured to be positioned along the acoustic path such that the noise from the acoustic source is incident to the first outermost portion, and wherein the first outermost portion has a first relatively high characteristic acoustic impedance that is effective to reflect a substantial portion of the noise away from the thermal-acoustic stack and to allow a transmitted portion of the noise to enter the thermal-acoustic stack, and wherein the thermal-acoustic stack has a gradually decreasing characteristic acoustic impedance from the first outermost portion to the central portion and a gradually increasing characteristic acoustic impedance from the central portion to the second outermost portion to promote transmission loss of the transmitted portion of the noise through the thermal-acoustic stack.
A display panel manufacturing method in which a display panel in a desired curved shape is manufactured using a flat liquid crystal panel with a first substrate and a second substrate formed of glass and opposite each other and a liquid crystal layer formed between the first substrate and the second substrate, the method comprising in the following order, the steps of: removing parts of outer surfaces of the first substrate and the second substrate, respectively, so as to reduce each thickness of the first substrate and the second substrate to a predetermined value; bending the reduced first and second substrates (100, 200) so as to maintain the substrates in the desired curved shape, and forming a first polymer transparent layer and a second polymer transparent layer, both of which being in the substantially same shape as the desired curved shape and integrally attached to each of the outer surfaces of the first and second substrates, respectively, wherein the forming of each of the first and second transparent polymer layers comprises: fixing the bent first and second substrates in a mold; inserting a liquid transparent polymer into both sides of the mold; and applying the liquid transparent polymer on each of the outer surfaces of the first and second substrates (100, 200) formed in the desired curved shape to form the first and second transparent polymer layers; and hardening the liquid transparent polymer. removing parts of outer surfaces of the first substrate and the second substrate, respectively, so as to reduce each thickness of the first substrate and the second substrate to a predetermined value; bending the reduced first and second substrates (100, 200) so as to maintain the substrates in the desired curved shape, and forming a first polymer transparent layer and a second polymer transparent layer, both of which being in the substantially same shape as the desired curved shape and integrally attached to each of the outer surfaces of the first and second substrates, respectively, wherein the forming of each of the first and second transparent polymer layers comprises: fixing the bent first and second substrates in a mold; inserting a liquid transparent polymer into both sides of the mold; and applying the liquid transparent polymer on each of the outer surfaces of the first and second substrates (100, 200) formed in the desired curved shape to form the first and second transparent polymer layers; and hardening the liquid transparent polymer. fixing the bent first and second substrates in a mold; inserting a liquid transparent polymer into both sides of the mold; and applying the liquid transparent polymer on each of the outer surfaces of the first and second substrates (100, 200) formed in the desired curved shape to form the first and second transparent polymer layers; and hardening the liquid transparent polymer.
System for monitoring the trajectory of a motor vehicle comprising an instantaneous speed sensor on each of the wheels (6, 9) of the front and rear axle systems, means (200 and 201) for computing the speed discrepancy between wheels of one and the same axle system (Δav and Δar), means for computing the difference between the speed discrepancies of each of the axle systems, and means for comparing this difference with a stored threshold value (ε), characterized in that it comprises means for determining a trajectory discrepancy of the vehicle as a function of the speed discrepancy of the wheels of the rear axle system (Δar) or as a function of the sign of the measurement of the angle of the steering wheel of the vehicle by means for measuring said angle, means for measuring the engine torque, means for determining wheel a speed correction setpoint (T c) and means for applying the wheel speed correction setpoint (T c), said means being capable of applying the wheel speed setpoint (T c) when the measured value of the angle of the steering wheel of the vehicle and of the torque exceed a value.
A moisture transporting molded bra cup comprising: a first fabric layer configured to be adjacent to the skin; a second fabric layer situated on the external face of the bra cup; and a middle layer comprising a spacer fabric disposed between the first fabric layer and the second fabric layer and having a fibre DPF and type selected, along with the compactness of the weave, so as not to impede moisture flow from the first fabric layer to the second fabric layer, wherein a hydrophilic gradient is formed from the first fabric layer to the second fabric layer; characterized by the first fabric layer being constructed of yarns having a first average tex (denier) per filament fibre greater than 0.116 (1.04) and the second fabric layer being constructed of yarns having a second average tex which is less than 0.116 (1.04). a first fabric layer configured to be adjacent to the skin; a second fabric layer situated on the external face of the bra cup; and a middle layer comprising a spacer fabric disposed between the first fabric layer and the second fabric layer and having a fibre DPF and type selected, along with the compactness of the weave, so as not to impede moisture flow from the first fabric layer to the second fabric layer, wherein a hydrophilic gradient is formed from the first fabric layer to the second fabric layer; characterized by the first fabric layer being constructed of yarns having a first average tex (denier) per filament fibre greater than 0.116 (1.04) and the second fabric layer being constructed of yarns having a second average tex which is less than 0.116 (1.04).
A method for the manufacture of cyclododecasulfur, comprising reacting a metallasulfur derivative with an oxidizing agent in a reaction zone to form a cyclododecasulfur-containing reaction mixture containing cyclododecasulfur, wherein the oxidation agent is (i) reduced by a metallasulfur derivative, (ii) promotes the release of the sulfur contained in the metallasulfur derivative, and (iii) does not add sulfur from its composition to the cyclododecasulfur being produced in the process characterized in that the stoichiometric ratio of the oxidizing agent to the metallasulfur derivative is selected so that less than one equivalent of the oxidizing agent is present for every two M-S bonds in the metallasulfur derivative.
A monoclonal antibody that binds a KIR3DL2 polypeptide comprising the amino acid sequence shown in SEQ ID NO: 1, wherein said antibody is capable of being internalized into KIR3DL2-expressing cells upon binding to KIR3DL2, and wherein said antibody does not bind to a KIR3DL1 polypeptide comprising the amino acid sequence shown in SEQ ID NO: 180, wherein said antibody competes for binding to a KIR3DL2 polypeptide with an antibody selected from the group consisting of: (a) an antibody having respectively a VH and VL region of SEQ ID NOS: 2 and 3 (15C11), (b) an antibody having respectively a VH and VL region of SEQ ID NOS: 13 and 14 (19H12), (c) an antibody having respectively a VH and VL region of SEQ ID NOS: 24 and 25 (22B2), (d) an antibody having respectively a VH and VL region of SEQ ID NOS: 32 and 33 (18B10), and (e) an antibody having respectively a VH and VL region of SEQ ID NOS: 42 and 43 (12B11). (a) an antibody having respectively a VH and VL region of SEQ ID NOS: 2 and 3 (15C11), (b) an antibody having respectively a VH and VL region of SEQ ID NOS: 13 and 14 (19H12), (c) an antibody having respectively a VH and VL region of SEQ ID NOS: 24 and 25 (22B2), (d) an antibody having respectively a VH and VL region of SEQ ID NOS: 32 and 33 (18B10), and (e) an antibody having respectively a VH and VL region of SEQ ID NOS: 42 and 43 (12B11).
An apparatus, comprising: a device that is adapted to perform actions, including: detecting a read request to a restricted region of memory, wherein the read request is associated with a first processor; and in response to detecting the read request to the restricted region of memory, providing a data value that causes, in response to execution of the data value as an instruction by the first processor, an infinite loop or a branch to logging detection of the read request. detecting a read request to a restricted region of memory, wherein the read request is associated with a first processor; and in response to detecting the read request to the restricted region of memory, providing a data value that causes, in response to execution of the data value as an instruction by the first processor, an infinite loop or a branch to logging detection of the read request.
A computer mouse movable relative to a tracking surface on which the computer mouse is placed, the computer mouse comprising: a housing; a magnetic element provided on the housing; a control circuit configured to control a magnetic field strength of the magnetic element in order to control a magnetic attraction force between the computer mouse and the tracking surface; wherein the housing comprises a bottom surface facing the tracking surface; characterized in that the computer mouse further comprises: at least one foot extending out from the bottom surface; and a pressure-sensitive sensor at the at least one foot, the pressure-sensitive sensor configured to determine a pressure exerted on the at least one foot; wherein the control circuit is configured to control the magnetic field strength based on the pressure exerted on the at least one foot. a housing; a magnetic element provided on the housing; a control circuit configured to control a magnetic field strength of the magnetic element in order to control a magnetic attraction force between the computer mouse and the tracking surface; wherein the housing comprises a bottom surface facing the tracking surface; characterized in that the computer mouse further comprises: at least one foot extending out from the bottom surface; and a pressure-sensitive sensor at the at least one foot, the pressure-sensitive sensor configured to determine a pressure exerted on the at least one foot; wherein the control circuit is configured to control the magnetic field strength based on the pressure exerted on the at least one foot. at least one foot extending out from the bottom surface; and a pressure-sensitive sensor at the at least one foot, the pressure-sensitive sensor configured to determine a pressure exerted on the at least one foot; wherein the control circuit is configured to control the magnetic field strength based on the pressure exerted on the at least one foot.
A flush-mounted junction box, which includes: - a body in the form of a cylinder with an inlet opening connected to a supporting flange at its first end, having on its internal surface: longitudinal first grooves and sets of fastenings in the form of teeth; - a slide-out element in the form of a cylinder with a pass-through opening, having on its external surface: longitudinal ribs that make up fitted connections with the first grooves, as well as sets of fastenings in the form of teeth that, together with the sets of fastenings in the form of teeth of the body, make up toothed connections, wherein the sets of fastenings in the form of teeth of the slide-out element are located on elements whose contours are outlined by openings; wherein - the first grooves run along the fastenings in the form of teeth of the body and the body has second grooves that are offset in relation to the first grooves by an angle that prevents the sets of fastenings of the body and the sets of fastenings of the slide-out element from interlocking, wherein the second grooves make up fitted connections with the ribs. - a body in the form of a cylinder with an inlet opening connected to a supporting flange at its first end, having on its internal surface: longitudinal first grooves and sets of fastenings in the form of teeth; - a slide-out element in the form of a cylinder with a pass-through opening, having on its external surface: longitudinal ribs that make up fitted connections with the first grooves, as well as sets of fastenings in the form of teeth that, together with the sets of fastenings in the form of teeth of the body, make up toothed connections, wherein the sets of fastenings in the form of teeth of the slide-out element are located on elements whose contours are outlined by openings; - the first grooves run along the fastenings in the form of teeth of the body
A fluorescence detection method for detecting plural types of fluorescence emitted from two or more kinds of fluorescent molecules, comprising: subjecting each of the two or more kinds of fluorescent molecules to multi-photon excitation by exciting with light having an excitation wavelength equal to or shorter than 700nm in the visible region, to generate fluorescence upon making use of an absorption wavelength band in a deep ultraviolet region of each of the two or more kinds of fluorescent molecules, as well as single photon excitation in the visible, and simultaneously detecting, for each of the two or more kinds of fluorescent molecules, plural types of fluorescence generated on both of the shorter-wavelength side and a longer-wavelength side of the exciting wavelength of the exciting light, wherein each of the two or more kinds of fluorescent molecules used as a fluorescence detection target has absorption wavelength bands in both the deep ultraviolet region and in the visible region. subjecting each of the two or more kinds of fluorescent molecules to multi-photon excitation by exciting with light having an excitation wavelength equal to or shorter than 700nm in the visible region, to generate fluorescence upon making use of an absorption wavelength band in a deep ultraviolet region of each of the two or more kinds of fluorescent molecules, as well as single photon excitation in the visible, and simultaneously detecting, for each of the two or more kinds of fluorescent molecules, plural types of fluorescence generated on both of the shorter-wavelength side and a longer-wavelength side of the exciting wavelength of the exciting light, wherein each of the two or more kinds of fluorescent molecules used as a fluorescence detection target has absorption wavelength bands in both the deep ultraviolet region and in the visible region.
A station probe for a gas turbine, comprising: a rake portion that includes a plurality of sensors; an environmental container attached to one end of the rake portion, the environmental container including signal conditioning circuitry for analyzing sensor signals received from the plurality of sensors to generate measured sensor values; and a communication module for communicating the measured sensor values to a control room, wherein the communication module is a wireless communication module that includes an antenna for wirelessly communicating the measured sensor values to the control room; characterized in that the environmental container includes: a cooling line input for receiving a cooling fluid; a valve connected to the cooling line input adpated to control a flow of cooling fluid provided via the cooling line input; a temperature sensor internal to the environmental container adapted to provide temperature feedback regarding an internal temperature of the environmental container; and a controller connected to control a position of the valve based on the monitored internal temperature of the environmental container to regulate the flow of cooling fluid provided via the cooling line input. a rake portion that includes a plurality of sensors; an environmental container attached to one end of the rake portion, the environmental container including signal conditioning circuitry for analyzing sensor signals received from the plurality of sensors to generate measured sensor values; and a communication module for communicating the measured sensor values to a control room, wherein the communication module is a wireless communication module that includes an antenna for wirelessly communicating the measured sensor values to the control room; characterized in that the environmental container includes: a cooling line input for receiving a cooling fluid; a valve connected to the cooling line input adpated to control a flow of cooling fluid provided via the cooling line input; a temperature sensor internal to the environmental container adapted to provide temperature feedback regarding an internal temperature of the environmental container; and a controller connected to control a position of the valve based on the monitored internal temperature of the environmental container to regulate the flow of cooling fluid provided via the cooling line input. a cooling line input for receiving a cooling fluid; a valve connected to the cooling line input adpated to control a flow of cooling fluid provided via the cooling line input; a temperature sensor internal to the environmental container adapted to provide temperature feedback regarding an internal temperature of the environmental container; and a controller connected to control a position of the valve based on the monitored internal temperature of the environmental container to regulate the flow of cooling fluid provided via the cooling line input.
A fluid machine having a funnel-shaped housing in which a scroll compression mechanism is housed and installed therewithin, wherein said housing including a body section, a thrust receiving section which is positioned on a bottom surface of a space formed within said body section and which continues from said body section and which has a reduced diameter in the radial direction, and a bearing support section which continues from said thrust receiving section and which has its diameter further reduced and whose inner surface forms a bearing housing section, a compression mechanism main body of said scroll compression mechanism, which includes an orbiting scroll, is arranged in the space formed within said body section, a compression mechanism driving section of said scroll compression mechanism is arranged in an inner space of said bearing housing section, said thrust receiving section forms a thrust receiving surface within the space formed within said body section, which supports the orbiting scroll, characterized in that said housing further comprises: a concave section having a sectional shape of a circular arc shape is formed at a junction of said thrust receiving surface extending in a direction of said body section and of a cylindrical surface of said body section extending in an axial direction, said concave section and an interior space of said bearing housing section are communicated with each other so as to provide a communication passage for supplying a fluid introduced from a suction port provided on said housing into said interior space of said bearing housing section, said communication passage being provided in said thrust receiving surface in a radial pattern. a body section, a thrust receiving section which is positioned on a bottom surface of a space formed within said body section and which continues from said body section and which has a reduced diameter in the radial direction, and a bearing support section which continues from said thrust receiving section and which has its diameter further reduced and whose inner surface forms a bearing housing section, a concave section having a sectional shape of a circular arc shape is formed at a junction of said thrust receiving surface extending in a direction of said body section and of a cylindrical surface of said body section extending in an axial direction, said concave section and an interior space of said bearing housing section are communicated with each other so as to provide a communication passage for supplying a fluid introduced from a suction port provided on said housing into said interior space of said bearing housing section, said communication passage being provided in said thrust receiving surface in a radial pattern.