mhurhangee/patent-ind-claim-en huggingface dataset:
An actuator assembly comprising: an actuator device device comprising: an tubular housing comprising a first end and a second end , the tubular housing defining a storage chamber containing a pyrotechnic material to produce gas; and at least one electrical connection coupled to the first end , the electrical connection in reaction initiating communication with the pyrotechnic material ; a coolant disposed within the storage chamber of the tubular housing , characterized in that the second end of the tubular housing comprises a concave surface before actuation of the pyrotechnic material and during the actuation of the pyrotechnic material the second end transitions from the concave surface to a convex surface and the tubular housing maintain its integrity during the actuation. an actuator device device comprising: an tubular housing comprising a first end and a second end , the tubular housing defining a storage chamber containing a pyrotechnic material to produce gas; and at least one electrical connection coupled to the first end , the electrical connection in reaction initiating communication with the pyrotechnic material ; an tubular housing comprising a first end and a second end , the tubular housing defining a storage chamber containing a pyrotechnic material to produce gas; and at least one electrical connection coupled to the first end , the electrical connection in reaction initiating communication with the pyrotechnic material ; a coolant disposed within the storage chamber of the tubular housing , characterized in that the second end of the tubular housing comprises a concave surface before actuation of the pyrotechnic material and during the actuation of the pyrotechnic material the second end transitions from the concave surface to a convex surface and the tubular housing maintain its integrity during the actuation.
A light fixture comprising: - first and second side wall sections being a distance (D) away from each other and having first surfaces facing towards each other, and - a first light source on the first surface of the first side wall section and positioned so that a maximum intensity direction of a light distribution pattern of the first light source is towards the second side wall section, characterized in that the light fixture comprises a first lens section made of transparent material having a refractive index greater than one and placed to cover the first light source, wherein the first lens section constitutes an optical diverter configured to direct a first part of light emitted by the first light source obliquely via a gap between first edges of the first and second side wall sections and a second part of the light emitted by the first light source obliquely via a gap between second edges of the first and second side wall sections, a first angle (θ 1 ) between a maximum intensity direction of the first part of the light emitted by the first light source and a direction perpendicular to the first and second side wall sections being smaller than a second angle (θ 2 ) between a maximum intensity direction of the second part of the light emitted by the first light source and the direction perpendicular to the first and second side wall sections. - first and second side wall sections being a distance (D) away from each other and having first surfaces facing towards each other, and - a first light source on the first surface of the first side wall section and positioned so that a maximum intensity direction of a light distribution pattern of the first light source is towards the second side wall section,
A stylus for inputting data into a host device , the stylus comprising a receiving element , the receiving element comprising: a receiving ferromagnetic structure having a receiving groove region defining two receiving end regions on opposing sides of the receiving groove region , each receiving end region comprising respective receiving interface surfaces , wherein the receiving groove region has a smaller length than the two receiving end regions ; a receiving inductor coil wound about the receiving groove region of the receiving ferromagnetic structure and in between the two receiving end regions , , wherein the length of the receiving groove region is a dimension that extends along a direction perpendicular to the axis of the receiving inductor coil ; characterized by the stylus further comprising: a shield comprising a plurality of sidewalls and a back wall that form a cavity within which the receiving ferromagnetic structure and receiving inductor coil are positioned; and a spacer positioned between the receiving ferromagnetic structure and the shield to attach the receiving ferromagnetic structure to the shield . a receiving ferromagnetic structure having a receiving groove region defining two receiving end regions on opposing sides of the receiving groove region , each receiving end region comprising respective receiving interface surfaces , wherein the receiving groove region has a smaller length than the two receiving end regions ; a receiving inductor coil wound about the receiving groove region of the receiving ferromagnetic structure and in between the two receiving end regions , , wherein the length of the receiving groove region is a dimension that extends along a direction perpendicular to the axis of the receiving inductor coil ; characterized by the stylus further comprising: a shield comprising a plurality of sidewalls and a back wall that form a cavity within which the receiving ferromagnetic structure and receiving inductor coil are positioned; and a spacer positioned between the receiving ferromagnetic structure and the shield to attach the receiving ferromagnetic structure to the shield . a shield comprising a plurality of sidewalls and a back wall that form a cavity within which the receiving ferromagnetic structure and receiving inductor coil are positioned; and a spacer positioned between the receiving ferromagnetic structure and the shield to attach the receiving ferromagnetic structure to the shield .
A degradation estimation system of railroad ground equipment for estimating a degradation of railroad ground equipment, comprising: a processing unit which is configured to simulate, based on corresponding railroad section timetable information on a timetable of a plurality of trains running on a corresponding railroad section to be simulated, an operation mode of equipment disposed on the corresponding railroad section; and an estimation unit which is configured to aggregate each processing result of the processing unit and is configured to estimate a degradation of the equipment from the aggregation result, characterized in that the processing unit is configured to input peripheral railroad section timetable information on a timetable of each train which runs on a peripheral railroad section disposed on a periphery of the corresponding railroad section, and is configured to simulate, as the operation mode of the equipment, at least one of either an operating frequency or an operating time of equipment among each of the equipment disposed on the corresponding railroad section comprising equipment that is impacted by the peripheral railroad section timetable information based on, in addition to the corresponding railroad section timetable information : each piece of peripheral railroad section timetable information that was input; and equipment information providing a relation between equipment , which is disposed on each of the railroad sections, and each of the respective railroad sections . a processing unit which is configured to simulate, based on corresponding railroad section timetable information on a timetable of a plurality of trains running on a corresponding railroad section to be simulated, an operation mode of equipment disposed on the corresponding railroad section; and an estimation unit which is configured to aggregate each processing result of the processing unit and is configured to estimate a degradation of the equipment from the aggregation result, characterized in that the processing unit is configured to input peripheral railroad section timetable information on a timetable of each train which runs on a peripheral railroad section disposed on a periphery of the corresponding railroad section, and is configured to simulate, as the operation mode of the equipment, at least one of either an operating frequency or an operating time of equipment among each of the equipment disposed on the corresponding railroad section comprising equipment that is impacted by the peripheral railroad section timetable information based on, in addition to the corresponding railroad section timetable information : each piece of peripheral railroad section timetable information that was input; and equipment information providing a relation between equipment , which is disposed on each of the railroad sections, and each of the respective railroad sections . each piece of peripheral railroad section timetable information that was input; and equipment information providing a relation between equipment , which is disposed on each of the railroad sections, and each of the respective railroad sections .
- A device for the treatment of haemorrhoidal disease, comprising: - a cylindrical tubular body intended to be partially introduced into the anus of a patient, the distal end of the body being closed while its proximal end is open to allow access to the inside of the body , a side opening being provided in the side wall of the body so as to form an access window (F) to access the lower rectum, - gripping means extending from the proximal end of the body , to allow manipulation of the body from the outside once the body has been introduced into the patient's anus, - a movable shutter partially closing off the side opening of the body so as to delimit with the latter the access window (F), the movable shutter being movable in translation along the body , along the longitudinal axis of the latter, so as to vary the length of the access window (F), and - means for stopping in translation the movable shutter relative to the body , capable of selectively stopping the movable shutter at least at a first depth and a second depth along the body , characterised in that the first depth being the position where the movable shutter is closest to the distal end of the body and where said access window (F) allows access to the arteries at the lower rectum, and the means for stopping in translation are also capable of selectively stopping the movable shutter at a third depth, at a distance from the second depth along the longitudinal axis of the body . - a cylindrical tubular body intended to be partially introduced into the anus of a patient, the distal end of the body being closed while its proximal end is open to allow access to the inside of the body , a side opening being provided in the side wall of the body so as to form an access window (F) to access the lower rectum, - gripping means extending from the proximal end of the body , to allow manipulation of the body from the outside once the body has been introduced into the patient's anus, - a movable shutter partially closing off the side opening of the body so as to delimit with the latter the access window (F), the movable shutter being movable in translation along the body , along the longitudinal axis of the latter, so as to vary the length of the access window (F), and - means for stopping in translation the movable shutter relative to the body , capable of selectively stopping the movable shutter at least at a first depth and a second depth along the body ,
A moistening device for controlling the relative humidity within a closed space suitable for storing shuttlecocks with feathers and support means , the closed space being defined by a tubular packaging , the moistening device comprising a container containing a number of superabsorbent polymer grains , the container being provided with a number of through holes constituting an opening area for releasing moisture from within the container to the closed space , characterised in that the container is configured for being stored in a non-fixed manner within the tubular packaging and sized and shaped to be slidable within the contour of a shuttlecock to bump against a support means , an outer edge or surface of the container is a rounded edge or surface configured to slide against said support means .
Coupling device for coupling and decoupling a flow regulating device from a water piping system, wherein the coupling device comprises an inlet and an outlet , each arranged to be connected to a pipe of the piping system, and a holder arranged between the inlet and the outlet for holding the flow regulating device , characterized in that the coupling device further comprises a locking device and moving means , wherein the locking device is movable with respect to the coupling device , from and towards the holder by means of the moving means , between an unlocked and a locked position, wherein in the locked position, the locking device is arranged to engage and lock the flow regulating device held in the holder and wherein the device is coupled to the inlet and the outlet , and wherein in the unlocked position, the locking device is moved away from the flow regulating device for removal of the flow regulating device from the coupling device .
An apparatus , for determining a dryness level of steam from a steam source , comprising: a flow measurement device for measuring a flow of the steam from the steam source ; a condenser for producing condensate from the steam from the steam source ; and a condensate sensing device configured to: measure a collection value of condensate produced from the steam from the steam source ; characterized in that the condensate sensing device is configured to: obtain a mass flow rate from the measured flow of the steam from the steam source ; use the obtained mass flow rate to determine an expected collection value of condensate produced from steam of a known dryness level, or use the obtained mass flow rate to determine an expected collection value of steam from the steam source based on a known dryness level; determine a dryness level of the steam from the steam source by comparing the measured collection value and the expected collection value. a flow measurement device for measuring a flow of the steam from the steam source ; a condenser for producing condensate from the steam from the steam source ; and a condensate sensing device configured to: measure a collection value of condensate produced from the steam from the steam source ; characterized in that the condensate sensing device is configured to: obtain a mass flow rate from the measured flow of the steam from the steam source ; use the obtained mass flow rate to determine an expected collection value of condensate produced from steam of a known dryness level, or use the obtained mass flow rate to determine an expected collection value of steam from the steam source based on a known dryness level; determine a dryness level of the steam from the steam source by comparing the measured collection value and the expected collection value. measure a collection value of condensate produced from the steam from the steam source ; characterized in that the condensate sensing device is configured to: obtain a mass flow rate from the measured flow of the steam from the steam source ; use the obtained mass flow rate to determine an expected collection value of condensate produced from steam of a known dryness level, or use the obtained mass flow rate to determine an expected collection value of steam from the steam source based on a known dryness level; determine a dryness level of the steam from the steam source by comparing the measured collection value and the expected collection value.
A method for acquiring information about a relay router, comprising: sending (S101), from a mobile terminal, a first broadcasting message to a relay router in a broadcasting monitoring mode; when determining that the first broadcasting message carries a predefined content, returning, by the relay router, a second broadcasting message; receiving (S102), at the mobile terminal, the second broadcasting message returned by the relay router; the second broadcasting message containing address information of the relay router; when determining that the second broadcasting message carries the predefined content, acquiring (S103), at the mobile terminal, the address information of the relay router from the second broadcasting message; after acquiring (S103) the address information of the relay router from the second broadcasting message, accessing (S104), from the mobile terminal, the relay router via the address information; wherein the predefined content comprises a customized character string. sending (S101), from a mobile terminal, a first broadcasting message to a relay router in a broadcasting monitoring mode; when determining that the first broadcasting message carries a predefined content, returning, by the relay router, a second broadcasting message; receiving (S102), at the mobile terminal, the second broadcasting message returned by the relay router; the second broadcasting message containing address information of the relay router; when determining that the second broadcasting message carries the predefined content, acquiring (S103), at the mobile terminal, the address information of the relay router from the second broadcasting message; after acquiring (S103) the address information of the relay router from the second broadcasting message, accessing (S104), from the mobile terminal, the relay router via the address information; wherein the predefined content comprises a customized character string.
A system for providing oxygenated organic products comprising: an electrochemical cell including an electrolyte solution comprising CO 2 , and an electrode comprising a mixture of metal oxides wherein the mixture of metal oxides comprises chromium oxide and gallium oxide, the electrode having an electrocatalytic site for reduction of CO 2 to CO, wherein the oxygenated organic products are derived from the CO. an electrochemical cell including an electrolyte solution comprising CO 2 , and an electrode comprising a mixture of metal oxides wherein the mixture of metal oxides comprises chromium oxide and gallium oxide, the electrode having an electrocatalytic site for reduction of CO 2 to CO, wherein the oxygenated organic products are derived from the CO.
A filling system comprising: a conveyance chamber that conveys vessels (V); a plurality of filling chambers provided with filling means for filling contents into the vessels (V); and a pressure control means that controls the pressure conditions of each chamber; wherein an intermediate chamber is provided between the conveyance chamber and the filling chamber ; wherein an opening/closing door is provided that can separate the conveyance chamber and the intermediate chamber ; and when at least one filling chamber and at least one intermediate chamber are separated from the conveyance chamber by closing the opening/closing door while cleaning a filling machine , the pressure control means controls the pressure of the intermediate chamber to become lower than the pressure of the conveyance chamber and the filling chamber . a conveyance chamber that conveys vessels (V); a plurality of filling chambers provided with filling means for filling contents into the vessels (V); and a pressure control means that controls the pressure conditions of each chamber; wherein an intermediate chamber is provided between the conveyance chamber and the filling chamber ; wherein an opening/closing door is provided that can separate the conveyance chamber and the intermediate chamber ; and when at least one filling chamber and at least one intermediate chamber are separated from the conveyance chamber by closing the opening/closing door while cleaning a filling machine , the pressure control means controls the pressure of the intermediate chamber to become lower than the pressure of the conveyance chamber and the filling chamber .
A sound-absorbing panel to be attached to and used with a jet engine of an aircraft, the sound-absorbing panel comprising: a core layer including a first surface, a second surface at a side opposite to the first surface, and a plurality of partition walls extending between the first surface and the second surface and partitioning a plurality of cells (S); a first skin layer laminated on the first surface of the core layer ; and a second skin layer laminated on the second surface of the core layer , wherein the first skin layer is exposed to an external space when in use and includes a plurality of through holes connecting an internal space of the cells (S) and the external space to which the first skin layer is exposed, and the core layer includes a plurality of openings connecting the internal space of the cells (S) and the external space of the core layer , characterized in that the core layer is formed from a polyamide resin, the first skin layer is formed from a polyamide resin, the second skin layer is formed from a polyamide resin, among the core layer , the first skin layer , and the second skin layer , at least the first skin layer is formed from a polyamide elastomer resin in which an elastomer is mixed with a polyamide resin. a core layer including a first surface, a second surface at a side opposite to the first surface, and a plurality of partition walls extending between the first surface and the second surface and partitioning a plurality of cells (S); a first skin layer laminated on the first surface of the core layer ; and a second skin layer laminated on the second surface of the core layer , wherein the first skin layer is exposed to an external space when in use and includes a plurality of through holes connecting an internal space of the cells (S) and the external space to which the first skin layer is exposed, and the core layer includes a plurality of openings connecting the internal space of the cells (S) and the external space of the core layer , characterized in that the core layer is formed from a polyamide resin, the first skin layer is formed from a polyamide resin, the second skin layer is formed from a polyamide resin, among the core layer , the first skin layer , and the second skin layer , at least the first skin layer is formed from a polyamide elastomer resin in which an elastomer is mixed with a polyamide resin.
Full material Fresnel Zone Plate precursor array, wherein a plurality of full material Fresnel Zone Plate precursors is arranged on a common carrier and the Fresnel Zone Plate precursors are micro-pillars characterized in that the full material Fresnel Zone Plate precursors have controlled tapering angles and these tapering angles differ between some of the Fresnel Zone Plate precursors arranged on the same common carrier.