mhurhangee/ep-ind-claims huggingface dataset:
A vaginal insert device comprising: a substantially cylindrical support portion having a distal end, a proximal end, and a hollow interior section, a stabilizing portion attached to the distal end of the support portion, and a removal member attached to the vaginal insert device; the support portion having a plurality of struts extending from the distal end to the proximal end; the support portion further having an insertion mode, an in-use mode and a removal mode; wherein, in the insertion mode, the plurality of struts are twisted together so that a largest circumference of the support portion has an insertion diameter and in the in-use mode, the plurality of struts are untwisted and extended outward into a maximum convex position, so that a largest circumference of the support portion has an in-use diameter, wherein the in-use diameter is larger than the insertion diameter; and; at least one fluid passageway defined by the space between two of the plurality of struts and extending into the hollow interior section; wherein the vaginal insert device comprises a compliable resilient material such that it has an initial shape, wherein the initial shape can be subsequently formed into a stable second shape with mechanical deformation, wherein the compliable resilient material substantially reverts to its initial shape when the mechanical deformation ends. a substantially cylindrical support portion having a distal end, a proximal end, and a hollow interior section, a stabilizing portion attached to the distal end of the support portion, and a removal member attached to the vaginal insert device; the support portion having a plurality of struts extending from the distal end to the proximal end; the support portion further having an insertion mode, an in-use mode and a removal mode; wherein, in the insertion mode, the plurality of struts are twisted together so that a largest circumference of the support portion has an insertion diameter and in the in-use mode, the plurality of struts are untwisted and extended outward into a maximum convex position, so that a largest circumference of the support portion has an in-use diameter, wherein the in-use diameter is larger than the insertion diameter; and; at least one fluid passageway defined by the space between two of the plurality of struts and extending into the hollow interior section; wherein the vaginal insert device comprises a compliable resilient material such that it has an initial shape, wherein the initial shape can be subsequently formed into a stable second shape with mechanical deformation, wherein the compliable resilient material substantially reverts to its initial shape when the mechanical deformation ends.
Apparatus (1000, 2000, 3000) for producing strip wound tube products, containing: - a winding machine (1100, 2100, 3100) for winding a strip into a strip wound tube; - a finishing machine (1200, 2200, 3200) for separating pieces from the mentioned strip wound tube and for joining strip layers in the end sections of the strip wound tube product by a joining operation, wherein the finishing machine contains an operating head (1210, 2210, 3210), characterized in that the operating head is movable and the apparatus is configured to perform the movement of the operating head (1210, 2210, 3210) axially synchronized with the strip wound tube. - a winding machine (1100, 2100, 3100) for winding a strip into a strip wound tube; - a finishing machine (1200, 2200, 3200) for separating pieces from the mentioned strip wound tube and for joining strip layers in the end sections of the strip wound tube product by a joining operation, wherein the finishing machine contains an operating head (1210, 2210, 3210),
A diagnostic system for measuring and analyzing startle response of a subject wherein: said diagnostic system comprises a stimuli delivery module, whereby startle stimuli and prepulse stimuli are delivered to subject; said diagnostic system comprises at least one sensor module, whereby the startle response (130, 131, 132) of subject are detected and recorded; said sensor module comprises at least two electrodes, a grounding electrode and one eyeblink response measuring means; said diagnostic system comprises a diagnosis module whereby the features of the startle response (130, 131, 132) and prepulse inhibition of subject are extracted and analyzed; characterized in that said startle response of subject detected by said sensor module comprise eyeblink response, post-auricular muscle response and intrinsic auricular muscle response. said diagnostic system comprises a stimuli delivery module, whereby startle stimuli and prepulse stimuli are delivered to subject; said diagnostic system comprises at least one sensor module, whereby the startle response (130, 131, 132) of subject are detected and recorded; said sensor module comprises at least two electrodes, a grounding electrode and one eyeblink response measuring means; said diagnostic system comprises a diagnosis module whereby the features of the startle response (130, 131, 132) and prepulse inhibition of subject are extracted and analyzed; characterized in that said startle response of subject detected by said sensor module comprise eyeblink response, post-auricular muscle response and intrinsic auricular muscle response.
A brain stimulation device comprising: a housing having at least one area configured to be attached to a body of a user, and including an accommodation space for accommodating an article comprising a memory; a battery arranged inside the housing; an output unit configured to apply a current to the body of the user based on power supplied from the battery; and a processor electrically connected to the battery and the output unit, and configured to: detect a type of the article accommodated in the accommodation space; and based on the detected type of the article, apply a current to the body of the user via the output unit so that brain stimulation is applied to the user, wherein the brain stimulation device further comprises at least one electrical connection unit arranged in the accommodation space, wherein the at least one electrical connection unit is electrically connectable to the memory of the article when the article is accommodated in the accommodation space, and wherein the processor is configured to: receive identification information from the memory of the article via the at least one electrical connection unit when the article is accommodated in the accommodation space; and based on the received identification information, detect the type of the article accommodated in the accommodation space. a housing having at least one area configured to be attached to a body of a user, and including an accommodation space for accommodating an article comprising a memory; a battery arranged inside the housing; an output unit configured to apply a current to the body of the user based on power supplied from the battery; and a processor electrically connected to the battery and the output unit, and configured to: detect a type of the article accommodated in the accommodation space; and based on the detected type of the article, apply a current to the body of the user via the output unit so that brain stimulation is applied to the user, wherein the brain stimulation device further comprises at least one electrical connection unit arranged in the accommodation space, wherein the at least one electrical connection unit is electrically connectable to the memory of the article when the article is accommodated in the accommodation space, and wherein the processor is configured to: receive identification information from the memory of the article via the at least one electrical connection unit when the article is accommodated in the accommodation space; and based on the received identification information, detect the type of the article accommodated in the accommodation space.
A water-soluble copolymer having alkyl-modified carboxyl groups which is obtained by polymerizing 100 parts by weight of (meth)acrylic acid, 0.5-5 parts by weight of alkyl (meth)acrylate comprising an alkyl group having a carbon number of 18-24, and 0.001-0.1 parts by weight of a compound having two or more of ethylenic unsaturated groups, wherein a 1 weight %-neutralized viscous liquid shows a viscosity of 1500 mPa·s or lower and a transmittance of 90 % or higher, and when 0.25-5 parts by weight of sodium chloride is added to 100 parts by weight of the neutralized viscous liquid, the liquid shows a highest viscosity of 15000-40000 mPa·s and a transmittance of 90 % or higher.
Infusion set for administering a medical fluid, comprising: - a data memory for exchanging data via a data exchange device with an administration device wherein the information present in the data memory is transmitted via a data exchanges device of the administration device in order to determine deviations from the treatment-conforming operating status so that in an automated manner or via assistance by the pump wearer a treatment-conforming operating status can be effected, wherein the data memory has at least one overwritable data area, wherein the data in the overwritable data areas can be influenced by the authorised administration device, - at least one status detector located on the infusion set, wherein the data on the overwritable data areas can be amended by an output signal of the at least one status detector located on the infusion set. - a data memory for exchanging data via a data exchange device with an administration device wherein the information present in the data memory is transmitted via a data exchanges device of the administration device in order to determine deviations from the treatment-conforming operating status so that in an automated manner or via assistance by the pump wearer a treatment-conforming operating status can be effected, wherein the data memory has at least one overwritable data area, wherein the data in the overwritable data areas can be influenced by the authorised administration device, - at least one status detector located on the infusion set, wherein the data on the overwritable data areas can be amended by an output signal of the at least one status detector located on the infusion set.
Method for detecting fluorescent light in in particular confocal scanning microscopy, having the following method steps: - illuminating or exciting fluorescent materials to fluorescence using a pulsed laser light source through multiphoton excitation, - adapting the operating parameters of the laser light source by adjusting and varying the pulse duration and the pulse repetition rate of the excitation light, which is emitted by the laser light source, in dependence on the life of the excited states and the saturation behaviour of the fluorescent materials, - distributing the excitation light output of the pulsed excitation light over a plurality of object regions by way of simultaneous illumination or excitation of the multiple object regions, and - simultaneously detecting the fluorescent light of the multiple object regions. - illuminating or exciting fluorescent materials to fluorescence using a pulsed laser light source through multiphoton excitation, - adapting the operating parameters of the laser light source by adjusting and varying the pulse duration and the pulse repetition rate of the excitation light, which is emitted by the laser light source, in dependence on the life of the excited states and the saturation behaviour of the fluorescent materials, - distributing the excitation light output of the pulsed excitation light over a plurality of object regions by way of simultaneous illumination or excitation of the multiple object regions, and - simultaneously detecting the fluorescent light of the multiple object regions.
An internal reflective light fixture, comprising: a luminescence unit having a light-holding part and a lighting part, the luminescence unit emitting a light ray; a reflection member combined with the lighting part, the reflection member having a securing part and a reflection part, the reflection part being formed at one side of the securing part, and the reflection part forming a reflective curved surface, wherein a first reflective layer is formed over the reflective curved surface; and a cup body containing the luminescence unit and the reflection member, the cup body having a second reflective layer, a first containing space and a securing trough, the second reflective layer being formed on the interior wall of the cup body, the securing trough being provided to fix the securing part so that the reflection part being exposed at the first containing space; wherein the light ray being reflected to the second reflective layer by the first reflective layer and being further emitted from the cup body, characterized in that an insulating cooling member is disposed between the reflection member and the luminescence unit to prevent the reflection member from electrical connection with the luminescence unit, wherein the heat generated from the luminescence unit can be introduced to the reflection member to dissipate, or the heat generated from the reflection member can be introduced to the luminescence unit to dissipate. a luminescence unit having a light-holding part and a lighting part, the luminescence unit emitting a light ray; a reflection member combined with the lighting part, the reflection member having a securing part and a reflection part, the reflection part being formed at one side of the securing part, and the reflection part forming a reflective curved surface, wherein a first reflective layer is formed over the reflective curved surface; and a cup body containing the luminescence unit and the reflection member, the cup body having a second reflective layer, a first containing space and a securing trough, the second reflective layer being formed on the interior wall of the cup body, the securing trough being provided to fix the securing part so that the reflection part being exposed at the first containing space; wherein the light ray being reflected to the second reflective layer by the first reflective layer and being further emitted from the cup body, characterized in that an insulating cooling member is disposed between the reflection member and the luminescence unit to prevent the reflection member from electrical connection with the luminescence unit,
A method of manufacturing an optical article comprising: an output light flux generating process of generating an output light flux by inputting a light propagated from a light source to an output setting element having a repetition structure that generates a desired shape of output area and maintaining the desired shape of the output area for a desired period; a cured layer forming process of forming a cured layer at an irradiation area that is formed in correspondence with the output area by introducing the output light flux through a projection optical system into a container in which light-curable resin in a liquid state is contained and a stage is arranged and condensing the output light flux; and a first direction stage moving process of moving the stage in a desired distance along the first direction of the output flux propagating, wherein the output light flux generating process, the cured layer forming process and the first direction stage moving process are sequentially performed in this order, and thereby forming the optical article in a repetition structure on a surface of the stage, and wherein the method further comprises an irradiation variation process that reduces the diffraction effect by reducing contrast of periodical refractive index distribution that comes from the repetition structure in the optical article. an output light flux generating process of generating an output light flux by inputting a light propagated from a light source to an output setting element having a repetition structure that generates a desired shape of output area and maintaining the desired shape of the output area for a desired period; a cured layer forming process of forming a cured layer at an irradiation area that is formed in correspondence with the output area by introducing the output light flux through a projection optical system into a container in which light-curable resin in a liquid state is contained and a stage is arranged and condensing the output light flux; and a first direction stage moving process of moving the stage in a desired distance along the first direction of the output flux propagating, wherein the output light flux generating process, the cured layer forming process and the first direction stage moving process are sequentially performed in this order, and thereby forming the optical article in a repetition structure on a surface of the stage, and wherein the method further comprises an irradiation variation process that reduces the diffraction effect by reducing contrast of periodical refractive index distribution that comes from the repetition structure in the optical article.
A printing apparatus configured to communicate with a print system configured to provide a cloud print service via a network (502, 504), the printing apparatus comprising: first acquisition means (400, 404) for acquiring latest software information about the name and the version information of the software installed in the printing apparatus from a management server configured to manage software of the printing apparatus; notification means (400, 409) for transmitting the acquired information about the software as a device information notification to the print system; request means for issuing an event request to the print system; second acquisition means (400, 404) for acquiring from the print system the name and the version of the software to update on the printing apparatus (606, 607) in a case where a response received from the event request indicates a software update event corresponding to a user instructing the cloud print service to update said software installed in the printing apparatus; print control means for performing job processing in a case where the response received from the event request is a job processing event; and update means (400, 404) for requesting the software to update from the management server based on the information acquired by the second acquisition means. first acquisition means (400, 404) for acquiring latest software information about the name and the version information of the software installed in the printing apparatus from a management server configured to manage software of the printing apparatus; notification means (400, 409) for transmitting the acquired information about the software as a device information notification to the print system; request means for issuing an event request to the print system; second acquisition means (400, 404) for acquiring from the print system the name and the version of the software to update on the printing apparatus (606, 607) in a case where a response received from the event request indicates a software update event corresponding to a user instructing the cloud print service to update said software installed in the printing apparatus; print control means for performing job processing in a case where the response received from the event request is a job processing event; and update means (400, 404) for requesting the software to update from the management server based on the information acquired by the second acquisition means.
A negative electrode for a lithium secondary battery having a double protective layer formed therein, the negative electrode comprising: a lithium metal layer; a polymer protective layer formed on at least one surface of the lithium metal layer; and a carbon-based protective layer formed on the polymer protective layer. a lithium metal layer; a polymer protective layer formed on at least one surface of the lithium metal layer; and a carbon-based protective layer formed on the polymer protective layer.
Temperature measuring device (31, 131, 231) for measuring the temperature in a combustion system (25, 125, 210, 212, 219), in particular in a combustion system of a gas turbine, comprising - a heat-absorbing element (33, 133) disposed in or on the combustion system (25, 125, 210, 212, 219), - a measurement end (37, 137) disposed remotely from the combustion system (25, 125, 210, 212, 219) and having, disposed thereon, a temperature sensor measuring the temperature of said measurement end (37, 137), - a heat-conducting element (35, 135) which connects the heat-absorbing element (33, 133) to the measurement end (37, 137) in a thermally conductive manner, and - a cooling device (23, 153) acting on the heat-conducting element (35, 135) in a quantifiable manner for heat removal. - a heat-absorbing element (33, 133) disposed in or on the combustion system (25, 125, 210, 212, 219), - a measurement end (37, 137) disposed remotely from the combustion system (25, 125, 210, 212, 219) and having, disposed thereon, a temperature sensor measuring the temperature of said measurement end (37, 137), - a heat-conducting element (35, 135) which connects the heat-absorbing element (33, 133) to the measurement end (37, 137) in a thermally conductive manner, and - a cooling device (23, 153) acting on the heat-conducting element (35, 135) in a quantifiable manner for heat removal.
Procedure for detecting a non-condensable part of a medium, said medium having at least one condensable part and being present in gaseous form, wherein, in a first procedural step, a temperature measuring device measures a temperature of the medium and a pressure measuring device measures a pressure of the medium, wherein, in a second procedural step, a ratio of the pressure to the temperature is formed using an electronic measuring/operating circuit, and said ratio is compared to a target ratio consisting of a target pressure (ps) and a target temperature (Ts), wherein, in the event of a minimum deviation of the ratio from the target ratio, the electronic measuring/operating circuit outputs a message in a third procedural step, wherein the medium flows through a pipe, wherein a flowmeter measures a flow of the medium through the pipe, wherein the electronic measuring/operating circuit determines a flow of the condensable part on the basis of the measured flow and the deviation, wherein the electronic measuring/operating circuit is assigned to the flowmeter. wherein, in a second procedural step, a ratio of the pressure to the temperature is formed using an electronic measuring/operating circuit, and said ratio is compared to a target ratio consisting of a target pressure (ps) and a target temperature (Ts), wherein, in the event of a minimum deviation of the ratio from the target ratio, the electronic measuring/operating circuit outputs a message in a third procedural step, wherein the medium flows through a pipe, wherein a flowmeter measures a flow of the medium through the pipe, wherein the electronic measuring/operating circuit determines a flow of the condensable part on the basis of the measured flow and the deviation, wherein the electronic measuring/operating circuit is assigned to the flowmeter.
A radio communication system that includes a plurality of radio communication apparatuses, wherein a first radio communication apparatus of the radio communication apparatuses is configured to switch off a cell of the first radio communication apparatus, wherein the first radio communication apparatus is configured to notify a second radio communication apparatus of the radio communication apparatuses that the cell is switched off, and wherein the second radio communication apparatus is configured to update information of the cell that has been switched off in a list of neighbor cell information of the second radio communication apparatus, wherein the information of the cell that has been switched off is not removed from the list of neighbor cell information for activating again the cell that has been switched off, even if the second radio communication apparatus is notified that the cell has been switched off.