mhurhangee/patent-ind-claim-en huggingface dataset:
An impact-free gently positioned door opening and closing structure for a shower room, comprising: a fixed door piece , a movable door piece , a rail assembly, two or more pulley assemblies and a flexible closer assembly, wherein the rail assembly comprises a rail having a sliding channel disposed therein, each pulley assembly comprises a pulley base fixed on the movable door piece and a pulley mounted on the pulley base , and the pulley is rollably disposed in the sliding channel ; wherein the flexible closer assembly is fixed to the movable door piece , and movably disposed in the sliding channel ; the flexible closer assembly comprises a fixing support and a flexible closer provided with an actuator , and the flexible closer is fixed on the fixing support ; wherein the rail assembly also comprises a positioning element engageable with the flexible closer ; the fixing support is connected and fixed to each pulley base , and located between two of the pulley bases , each pulley base comprises a plate-like body and a bending plate extending from a surface on one side of the body , wherein the pulley is mounted on the bending plate , a screw hole is disposed on the bending plate for mounting the pulley ; and the bending plate is provided with positioning bosses at both sides of the pulley , and mounting holes are disposed in the positioning bosses for connecting the fixing support ; the sliding channel is formed into an elongated channel with a substantially rectangular cross-section by the encircling of an upper wall , a lower wall , a front wall and a rear wall of the rail , wherein an opening is formed in the rear wall for allowing the bending plate on each pulley base to pass therethrough, an elongated hole is formed in the upper wall for mounting the positioning element , and both ends of the elongated hole are provided with screw holes for fixing the positioning element ; both ends of the upper wall are provided with connecting holes for fixing the rail , and the front wall and the rear wall extend downward respectively to form an open channel for mounting the fixed door piece and a waterproof seal.
Extraction device adapted for collecting single dose portions of single doses of at least one edible substance: - a first part provided in a general box-like form or similar, adapted so that it can be moved in a translation movement between an open position (A) and a closed position (B), and vice-versa, and presenting collection means disposed at a distal edge zone and configuring a space for collecting one said single dose portion through an admission side of said first part , - a second part provided in a general lid-like form of said admission side of said first part , and adapted so that it can be moved in a rotation movement between a non-blocking position (C) corresponding to said open position (A) and a blocking position (D) corresponding to said closed position (B), and vice-versa, and presenting a closing zone adapted for closing of said collection means , - a third part provided in a general framework-like form or similar, so that it can fixedly collect at least part of said first and second part , characterized in that said first part presents first translation means that provide paths of engagement for corresponding first engagement means of said second part , whereby said paths of engagement are disposed in opposing side faces of said first part and develop in oblique manner relative to the direction of said translation movement, distancing themselves from said admission side of said first part in the direction of the distal region thereof, so as to provide a rotation movement of said second part relative to said first part , whereby said rotation movement of said second part develops gradually between said un-blocking position (C) and said blocking position (D) as said translation movement develops between said open position (A) and said closed position (B), and vice-versa. - a first part provided in a general box-like form or similar, adapted so that it can be moved in a translation movement between an open position (A) and a closed position (B), and vice-versa, and presenting collection means disposed at a distal edge zone and configuring a space for collecting one said single dose portion through an admission side of said first part , - a second part provided in a general lid-like form of said admission side of said first part , and adapted so that it can be moved in a rotation movement between a non-blocking position (C) corresponding to said open position (A) and a blocking position (D) corresponding to said closed position (B), and vice-versa, and presenting a closing zone adapted for closing of said collection means , - a third part provided in a general framework-like form or similar, so that it can fixedly collect at least part of said first and second part ,
A microfluidic system (1; 1') for digital polymerase chain reaction dPCR of a biological sample, the microfluidic system (1; 1') comprising: at least one microfluidic device having an inlet , an outlet , a flow channel connecting the inlet to the outlet , and an array of reaction areas in fluidic communication with the flow channel ; a flow circuit connectable to the microfluidic device , for flowing liquid through the flow channel of the microfluidic device ; a sample liquid source connectable to the microfluidic device , for providing the microfluidic device with a sample liquid ; a primary sealing liquid source connectable to the microfluidic device , for providing the microfluidic device with initial sealing liquid for sealing the sample liquid inside the array of reaction areas ; a secondary sealing liquid source connectable to the microfluidic device , for providing the microfluidic device with additional sealing liquid , and a pumping means connected to the flow circuit and adapted to pump said additional sealing liquid through the flow channel , characterized in that the microfluidic system further comprises a control unit configured to control the pumping means to pump said additional sealing liquid through the flow channel on demand, for flushing gas bubbles out of the flow channel . at least one microfluidic device having an inlet , an outlet , a flow channel connecting the inlet to the outlet , and an array of reaction areas in fluidic communication with the flow channel ; a flow circuit connectable to the microfluidic device , for flowing liquid through the flow channel of the microfluidic device ; a sample liquid source connectable to the microfluidic device , for providing the microfluidic device with a sample liquid ; a primary sealing liquid source connectable to the microfluidic device , for providing the microfluidic device with initial sealing liquid for sealing the sample liquid inside the array of reaction areas ; a secondary sealing liquid source connectable to the microfluidic device , for providing the microfluidic device with additional sealing liquid , and a pumping means connected to the flow circuit and adapted to pump said additional sealing liquid through the flow channel , characterized in that the microfluidic system further comprises a control unit configured to control the pumping means to pump said additional sealing liquid through the flow channel on demand, for flushing gas bubbles out of the flow channel .
A file distribution method, comprising: receiving file information sent by a file upload terminal, and building a segment index for a to-be-uploaded file based on the file information, wherein the segment index includes an association relationship between an identifier for a file segment that has finished uploading and a storage path in the local for the file segment that has finished uploading; receiving a file query request sent by a client terminal, and in response to the file query request, feeding back a file list to the client terminal, the file list including at least an identifier for a file currently being uploaded, wherein the file currently being uploaded includes one or more file segments which split the file according to the specified data amount and is uploaded by the file upload terminal; receiving a file download request sent by the client terminal, the file download request including an identifier of a target file and an identifier of a file segment, wherein the identifier of the target file is located in the file list; checking whether there exists an identifier, in a local segment index, corresponding to the file segment included in the file download request; and if there exists an identifier, in a local segment index, corresponding to the file segment included in the file download request, determining a target storage path associated with the identifier for the file segment in the local segment index, and providing a file segment stored under the target storage path to the client terminal. receiving file information sent by a file upload terminal, and building a segment index for a to-be-uploaded file based on the file information, wherein the segment index includes an association relationship between an identifier for a file segment that has finished uploading and a storage path in the local for the file segment that has finished uploading; receiving a file query request sent by a client terminal, and in response to the file query request, feeding back a file list to the client terminal, the file list including at least an identifier for a file currently being uploaded, wherein the file currently being uploaded includes one or more file segments which split the file according to the specified data amount and is uploaded by the file upload terminal; receiving a file download request sent by the client terminal, the file download request including an identifier of a target file and an identifier of a file segment, wherein the identifier of the target file is located in the file list; checking whether there exists an identifier, in a local segment index, corresponding to the file segment included in the file download request; and if there exists an identifier, in a local segment index, corresponding to the file segment included in the file download request, determining a target storage path associated with the identifier for the file segment in the local segment index, and providing a file segment stored under the target storage path to the client terminal.
A dual view zone backlight comprising: a light guide configured to guide light as guided light ; a first backlight region configured to emit directional emitted light toward a first view zone (I); and a second backlight region configured to emit broad-angle emitted light toward both the first view zone (I) and a second view zone (II), the second backlight region being adjacent to the first backlight region , wherein a viewing range of the first view zone (I) has a direction that differs from a direction of a viewing range of the second view zone (II); characterized by a directional scattering feature configured to scatter out of the light guide a portion of the guided light as the directional emitted light from a portion of the light guide corresponding to the first backlight region ; and a broad-angle scattering feature configured to scatter out of the light guide a portion of the guided light as the broad-angle emitted light from a portion of the light guide corresponding to the second backlight region . a light guide configured to guide light as guided light ; a first backlight region configured to emit directional emitted light toward a first view zone (I); and a second backlight region configured to emit broad-angle emitted light toward both the first view zone (I) and a second view zone (II), the second backlight region being adjacent to the first backlight region , wherein a viewing range of the first view zone (I) has a direction that differs from a direction of a viewing range of the second view zone (II); characterized by a directional scattering feature configured to scatter out of the light guide a portion of the guided light as the directional emitted light from a portion of the light guide corresponding to the first backlight region ; and a broad-angle scattering feature configured to scatter out of the light guide a portion of the guided light as the broad-angle emitted light from a portion of the light guide corresponding to the second backlight region .
A lighting system , comprising: - a lighting bar ; and - at least one lighting device couplable to the lighting bar, in any position along said lighting bar, wherein: - the lighting bar comprises: - a bar body which extends longitudinally along a bar axis, is suitable to be fixed to a support , for example a ceiling or a wall, and forms a central seat defining a longitudinal central opening in the bar body; - a linear lighting source housed in said central seat and comprising a linear electronic lighting board on which a lighting circuit is obtained suitable to generate a substantially continuous light beam directed towards said longitudinal central opening when it is electrically powered by a first power supply line extending along the linear electronic board , the linear electronic board being embedded into an insulating body made of a translucent polymer material and inserted with shape and/or force coupling into the central seat , so as to give the lighting bar a degree of protection for an outdoor use, a second electrical power supply line , which is independent from the first one, being obtained along the linear electronic board ; - each lighting device is provided with mechanical connection means , suitable to interact with the bar body for mechanically supporting the lighting device by means of the lighting bar , and electrical connection needles , suitable to create an electrical contact with the second electrical power supply line by passing through the insulating body , so as to electrically power the lighting device. - a lighting bar ; and - at least one lighting device couplable to the lighting bar, in any position along said lighting bar, wherein: - the lighting bar comprises: - a bar body which extends longitudinally along a bar axis, is suitable to be fixed to a support , for example a ceiling or a wall, and forms a central seat defining a longitudinal central opening in the bar body; - a linear lighting source housed in said central seat and comprising a linear electronic lighting board on which a lighting circuit is obtained suitable to generate a substantially continuous light beam directed towards said longitudinal central opening when it is electrically powered by a first power supply line extending along the linear electronic board , the linear electronic board being embedded into an insulating body made of a translucent polymer material and inserted with shape and/or force coupling into the central seat , so as to give the lighting bar a degree of protection for an outdoor use, a second electrical power supply line , which is independent from the first one, being obtained along the linear electronic board ; - each lighting device is provided with mechanical connection means , suitable to interact with the bar body for mechanically supporting the lighting device by means of the lighting bar , and electrical connection needles , suitable to create an electrical contact with the second electrical power supply line by passing through the insulating body , so as to electrically power the lighting device.
An endoscope reprocessor comprising: a concentration sensor including a concave section in which a sensing section (S) is housed and a permeable membrane configured to cover the concave section ; a medicinal solution tank , at least the permeable membrane being exposed to an inside of the medicinal solution tank and a medicinal solution (R) being stored in the inside of the medicinal solution tank ; and a heating section configured to heat at least the permeable membrane , wherein the heating section is configured to directly heat the permeable membrane in the medicinal solution tank . a concentration sensor including a concave section in which a sensing section (S) is housed and a permeable membrane configured to cover the concave section ; a medicinal solution tank , at least the permeable membrane being exposed to an inside of the medicinal solution tank and a medicinal solution (R) being stored in the inside of the medicinal solution tank ; and a heating section configured to heat at least the permeable membrane , wherein the heating section is configured to directly heat the permeable membrane in the medicinal solution tank .
An ion filter used for a gas electron multiplier , the ion filter comprising: an insulating substrate ; a first conductive layer formed on one main surface of the insulating substrate; and a second conductive layer formed on another main surface of the insulating substrate, the ion filter having a plurality of through-holes formed along a thickness direction of the insulating substrate, wherein the one main surface of the insulating substrate is disposed at a downstream side in a moving direction of electrons in a chamber of the electron multiplier and the other main surface of the insulating substrate is disposed at an upstream side in the moving direction of electrons in the chamber of the electron multiplier, wherein a first thickness of the first conductive layer formed on the one main surface of the insulating substrate is thicker than a second thickness of the second conductive layer on the other main surface of the insulating substrate, characterized in that the first thickness of the first conductive layer is more than 2 times the second thickness of the second conductive layer and equal to or less than 30 times the second thickness of the second conductive layer . an insulating substrate ; a first conductive layer formed on one main surface of the insulating substrate; and a second conductive layer formed on another main surface of the insulating substrate, the ion filter having a plurality of through-holes formed along a thickness direction of the insulating substrate, wherein the one main surface of the insulating substrate is disposed at a downstream side in a moving direction of electrons in a chamber of the electron multiplier and the other main surface of the insulating substrate is disposed at an upstream side in the moving direction of electrons in the chamber of the electron multiplier, wherein a first thickness of the first conductive layer formed on the one main surface of the insulating substrate is thicker than a second thickness of the second conductive layer on the other main surface of the insulating substrate, characterized in that the first thickness of the first conductive layer is more than 2 times the second thickness of the second conductive layer and equal to or less than 30 times the second thickness of the second conductive layer .
A tracked, portable stacker for stacking bulk material, comprising: a linear conveyor having a rear portion and a front portion and being designed to carry bulk material from the rear portion to the front portion; a continuous track system including a frame to which the conveyor is mounted, the track system having a pair of driven, parallel tracks; a powered, telescoping cylinder arm mounted between the frame and the front portion of the conveyor for adjusting the front portion of the conveyor between a lowered position for transport and a raised position for stacking operations, characterized in that : a bogie is mounted to the telescoping cylinder arm, the bogie including a plurality of longitudinally disposed wheels designed to be raised off the ground when the front portion of the conveyor is in a raised position, and lowered to the ground when the front portion of the conveyor is in a lowered position, wherein the bogie wheels elevate the tracks off the ground when the front portion of the conveyor is in the lowered position and the bogie wheels are in position to facilitate the stacker being conveyed down a roadway. a linear conveyor having a rear portion and a front portion and being designed to carry bulk material from the rear portion to the front portion; a continuous track system including a frame to which the conveyor is mounted, the track system having a pair of driven, parallel tracks; a powered, telescoping cylinder arm mounted between the frame and the front portion of the conveyor for adjusting the front portion of the conveyor between a lowered position for transport and a raised position for stacking operations, characterized in that : a bogie is mounted to the telescoping cylinder arm, the bogie including a plurality of longitudinally disposed wheels designed to be raised off the ground when the front portion of the conveyor is in a raised position, and lowered to the ground when the front portion of the conveyor is in a lowered position, wherein the bogie wheels elevate the tracks off the ground when the front portion of the conveyor is in the lowered position and the bogie wheels are in position to facilitate the stacker being conveyed down a roadway.
A sealing structure (B), comprising a sealing member having an annular shape and elastically deformable, the sealing member being interposed between a top plate of a cabinet mounted with a vibrator and a vibrating head of the vibrator disposed in a manner that protrudes upward out of an opening of the top plate , characterized by the sealing member comprising an upper coupler , an intermediate coupler continuous to the upper coupler , and a lower coupler continuous to the intermediate coupler , the upper coupler being couplable to an upper part of the vibrating head , the intermediate coupler being couplable to the top plate , the lower coupler being couplable to a lower part of the vibrating head , the sealing member comprising a deformable bent portion between the intermediate coupler and the lower coupler , the deformable bent portion serving to block flow of water from the intermediate coupler to the lower coupler . the sealing member being interposed between a top plate of a cabinet mounted with a vibrator and a vibrating head of the vibrator disposed in a manner that protrudes upward out of an opening of the top plate , characterized by the sealing member comprising an upper coupler , an intermediate coupler continuous to the upper coupler , and a lower coupler continuous to the intermediate coupler , the upper coupler being couplable to an upper part of the vibrating head , the intermediate coupler being couplable to the top plate , the lower coupler being couplable to a lower part of the vibrating head , the sealing member comprising a deformable bent portion between the intermediate coupler and the lower coupler , the deformable bent portion serving to block flow of water from the intermediate coupler to the lower coupler .
A method for manufacturing a solid article by an additive manufacturing device , the method comprising a first step of depositing a filament on a base element , whereby in a second step the filament is at least partially covered by an energy absorbing layer , whereby in a third step the energy absorbing layer is at least partially covered by another layer of the filament , such that the energy absorbing layer is sandwiched between the filaments , whereby in a fourth step an energy beam is directed onto the energy absorbing layer to provide a bond of the filaments and the energy absorbing layer .