mhurhangee/patent-ind-claim-en huggingface dataset:
An immunochromatographic device comprising a membrane having a detection region, to which an antibody or antigen serving as a capturing substance capable of capturing a target substance is immobilized, for detecting the target substance by using an antigen or antibody labeled with a labeling carrier that is a colored particle to form a complex of the capturing substance-target substance-labeled antigen or antibody in the capturing substance-immobilized detection region on the device, based on color of the labeling carrier, wherein a colorant having a color complementary to the color of the labeling carrier is allowed to be contained in a dry state in a constituent member arranged on the upstream side of the detection region of the device such that the colorant is developed together with a specimen when the specimen is developed on the device.
An injection molding data management device comprising: a display data storage unit configured to store display data displayed on a display screen of an injection molding machine ; and a viewing permission/rejection setting unit configured to set, with respect to a viewing requirement of the display data from a terminal communicably connected via a network , an item permitting viewing of the display data for the terminal and an item rejecting the viewing of the display data for the terminal , characterized in that the viewing permission/rejection setting unit is configured to set, for each content of an abnormality occurring in the injection molding machine or a peripheral unit of the injection molding machine , the item permitting the viewing of the display data for the terminal and the item rejecting the viewing of the display data for the terminal . a display data storage unit configured to store display data displayed on a display screen of an injection molding machine ; and a viewing permission/rejection setting unit configured to set, with respect to a viewing requirement of the display data from a terminal communicably connected via a network , an item permitting viewing of the display data for the terminal and an item rejecting the viewing of the display data for the terminal , characterized in that the viewing permission/rejection setting unit is configured to set, for each content of an abnormality occurring in the injection molding machine or a peripheral unit of the injection molding machine , the item permitting the viewing of the display data for the terminal and the item rejecting the viewing of the display data for the terminal .
A halogenated salicylanilide selected from niclosamide, or a salt, hydrate or ester thereof, for use in the topical prevention or treatment of a skin or membrane disorder in a subject caused by Gram-positive bacteria, wherein the Gram-positive bacteria is not a propionibacteria and the skin or membrane disorder is not acne vulgaris.
Wiper arm comprising: - a coupling lever for fastening to a rotatable wiper shaft ; - a guide lever for attaching a wiper blade ; - a folding joint having a folding axis for connecting the guide lever to the coupling lever ; - wherein the coupling lever has a profile with a U-shaped cross section, and a pin which extends between the opposite legs of the profile; - a spring element which is in engagement with the pin in order to exert a torque between the coupling lever and the guide lever via the folding joint ; and - a hose line for conducting a liquid along the wiper arm , - wherein the hose line and the spring element are arranged in the profile of the coupling lever in the region of the folding joint , - a fixing element for axially separating the hose line from the spring element in the region of the folding joint , wherein - the fixing element is formed separately such that the hose line and the fixing element can be attached to a functional group which is already mounted and comprises the coupling lever , the guide lever , the folding joint and the spring element , characterized in that the fixing element has a recess for engagement with the pin . - a coupling lever for fastening to a rotatable wiper shaft ; - a guide lever for attaching a wiper blade ; - a folding joint having a folding axis for connecting the guide lever to the coupling lever ; - wherein the coupling lever has a profile with a U-shaped cross section, and a pin which extends between the opposite legs of the profile; - a spring element which is in engagement with the pin in order to exert a torque between the coupling lever and the guide lever via the folding joint ; and - a hose line for conducting a liquid along the wiper arm , - wherein the hose line and the spring element are arranged in the profile of the coupling lever in the region of the folding joint , - a fixing element for axially separating the hose line from the spring element in the region of the folding joint , - the fixing element is formed separately such that the hose line and the fixing element can be attached to a functional group which is already mounted and comprises the coupling lever , the guide lever , the folding joint and the spring element ,
A thermoplastic cast comprising: a structure having a mesh form and a thermoplastic property; an outer cover provided on an outer surface of the structure; wherein the melting point of the outer cover is higher than the melting point of the structure, characterised in that the thermoplastic cast comprises further a buffer pad provided on an outer surface of the outer cover and having elasticity, wherein said buffer pad is porous; and a finishing material provided on an outer surface of the buffer pad and configured to come into contact with a user's body, wherein said finishing material is porous, wherein melting points of the the buffer pad, and the finishing material are higher than the melting point of the structure, and the finishing material has a porosity greater than the porosity of the buffer pad. a structure having a mesh form and a thermoplastic property; an outer cover provided on an outer surface of the structure; wherein the melting point of the outer cover is higher than the melting point of the structure, characterised in that the thermoplastic cast comprises further a buffer pad provided on an outer surface of the outer cover and having elasticity, wherein said buffer pad is porous; and a finishing material provided on an outer surface of the buffer pad and configured to come into contact with a user's body, wherein said finishing material is porous, wherein melting points of the the buffer pad, and the finishing material are higher than the melting point of the structure, and the finishing material has a porosity greater than the porosity of the buffer pad.
Garment, comprising a knitted region and at least one electrically conductive conductor track , wherein the conductor track comprises a tunnel knitted into the knitted region and an electrically conductive conductor element arranged in an interior space of the tunnel , characterized in that the tunnel comprises a plurality of tunnel segments , which follow one another along a wale direction of the knitted region , and in that each tunnel segment comprises at least one first tunnel region in a first course , in which stitches are formed from one or more first tunnel formation yarns , and at least one second tunnel region in a second course following the first course , in which one or more second tunnel formation yarns float. wherein the conductor track comprises a tunnel knitted into the knitted region and an electrically conductive conductor element arranged in an interior space of the tunnel , characterized in that the tunnel comprises a plurality of tunnel segments , which follow one another along a wale direction of the knitted region , and in that each tunnel segment comprises at least one first tunnel region in a first course , in which stitches are formed from one or more first tunnel formation yarns , and at least one second tunnel region in a second course following the first course , in which one or more second tunnel formation yarns float.
An information processing device which is adapted to determine whether or not a charging point (Cp) in which charging equipment (C) is located at the time of charging of a mobile object (M) is located within a facility area (A) and to register the charging point (Cp) in a map database (D), characterized by : the map database (D) being a shared map database that stores map information including roads and facility areas (A), and a POI information database (D1) that is a lower database of the map database (D) , wherein the POI information database (D1) is a database that stores Point of Interest (POI) information which is facility-related information including facility classifications and positional information of facilities, a registration prohibition determination unit that is adapted, if the charging point (Cp) is located within the facility area (A), to determine whether or not the charging point (Cp) is prohibited from being registered, based on a facility classification of the facility area (A), and a registration unit that is adapted, in a case where the charging point (Cp) is located within the facility area (A) which is registered in the map database (D) and the POI information of the facility area (A) in which the charging point (Cp) is located is present and the registration prohibition determination unit has determined that the charging point (Cp) is not prohibited from being registered, to respectively hierarchize the POI information of the facility area (A) and the charging point (Cp) into an upper level and a lower level, and to register the hierarchized data in the map database (D). the map database (D) being a shared map database that stores map information including roads and facility areas (A), and a POI information database (D1) that is a lower database of the map database (D) , wherein the POI information database (D1) is a database that stores Point of Interest (POI) information which is facility-related information including facility classifications and positional information of facilities, a registration prohibition determination unit that is adapted, if the charging point (Cp) is located within the facility area (A), to determine whether or not the charging point (Cp) is prohibited from being registered, based on a facility classification of the facility area (A), and a registration unit that is adapted, in a case where the charging point (Cp) is located within the facility area (A) which is registered in the map database (D) and the POI information of the facility area (A) in which the charging point (Cp) is located is present and the registration prohibition determination unit has determined that the charging point (Cp) is not prohibited from being registered, to respectively hierarchize the POI information of the facility area (A) and the charging point (Cp) into an upper level and a lower level, and to register the hierarchized data in the map database (D).
Anoscope , comprising a fixed portion that is hollow and open at the opposite ends, a mobile portion that is hollow and open at the opposite ends, said mobile portion being shapingly coupled with said fixed portion and being arranged for rotating coaxially inside said fixed portion , a window that is obtained in said mobile portion and is arranged for making accessible a portion of rectal mucosa, a dilator that can be alternatively inserted in, or extracted from, a longitudinal cavity of said anoscope , said longitudinal cavity being comprised in said mobile portion, positioning and locking means arranged for preventing said mobile portion from rotating coaxially inside said fixed portion when said dilator is not inserted in said longitudinal cavity , wherein said positioning and locking means comprises a stop and a plurality of recesses , said stop being suitable for engaging, in use, one of said recesses so as to prevent said mobile portion from rotating coaxially inside said fixed portion , said anoscope comprising unlocking means that is made in said mobile portion and in said dilator , said unlocking means being so shaped as to enable, in use, to disengage said stop from said recess when said dilator is inserted in said longitudinal cavity , said anoscope being characterized in that said unlocking means comprises a plurality of jutting elements that are made in said dilator and a plurality of grooves that are obtained in said mobile portion , said jutting elements being shapingly coupled with said grooves and being arranged for engaging said grooves when said dilator is inserted in said longitudinal cavity , wherein, when said jutting elements engage said grooves , said dilator can be rotated inside said longitudinal cavity in such a manner as to force said stop to disengage said recess and enable said mobile portion to rotate coaxially inside said fixed portion .
An appliance for dispensing and/or preparing beverages, in particular a coffee machine , having at least one first source for a liquid, in particular coffee, having at least one second source for a gas, in particular air, having at least one mixer and having at least one outlet valve , wherein the mixer is connected to the at least one source for the liquid and the at least one second source for the gas, wherein the mixer has at least one housing and at least one element having a plurality of openings, wherein an end of the mixer on the output side interacts with an opening of a front wall of a housing of the appliance and/or is arranged opposite, characterized in that the at least one element having a plurality of openings is arranged in a module , that the module has in each case a rack and/or frame and that the at least one element having the plurality of openings is arranged in this rack and/or frame.
An optical test instrument comprising: an instrument casing , including measurement components therein; a cartridge receiving cavity extending within the instrument casing , the cartridge receiving cavity having: an inner end provided with a test instrument optical port ; and an outer end provided with a cartridge receiving opening , the opening being located on the instrument casing ; a connector cartridge sized and configured to fit in the cartridge receiving cavity , the connector cartridge having: a cartridge inner end which faces the test instrument optical port, and a cartridge outer end which receives an optic fiber from a device under test (DUT), the connector cartridge housing a fiber optic cable extending between the cartridge inner end and the cartridge outer end , the connector cartridge being removably connectable to the instrument casing . an instrument casing , including measurement components therein; a cartridge receiving cavity extending within the instrument casing , the cartridge receiving cavity having: an inner end provided with a test instrument optical port ; and an outer end provided with a cartridge receiving opening , the opening being located on the instrument casing ; an inner end provided with a test instrument optical port ; and an outer end provided with a cartridge receiving opening , the opening being located on the instrument casing ; a connector cartridge sized and configured to fit in the cartridge receiving cavity , the connector cartridge having: a cartridge inner end which faces the test instrument optical port, and a cartridge outer end which receives an optic fiber from a device under test (DUT), the connector cartridge housing a fiber optic cable extending between the cartridge inner end and the cartridge outer end , the connector cartridge being removably connectable to the instrument casing . a cartridge inner end which faces the test instrument optical port, and a cartridge outer end which receives an optic fiber from a device under test (DUT), the connector cartridge housing a fiber optic cable extending between the cartridge inner end and the cartridge outer end , the connector cartridge being removably connectable to the instrument casing .
A method for producing an anti-resonant hollow-core fiber which comprises a hollow core extending along a longitudinal axis of the fiber and a casing region that surrounds the hollow core and comprises a plurality of anti-resonant elements, comprising the method steps of: (a) providing a sheath tube which comprises a sheath tube inner bore and a sheath tube longitudinal axis, along which a sheath tube wall extends which is delimited by an inner face and an outer face, (b) providing a number of anti-resonant element preforms , (c) arranging the anti-resonant element preforms at desired positions on the inner face of the sheath tube wall to form a primary preform for the hollow-core fiber, which primary preform comprises a hollow core region and a casing region, and (d) further processing the primary preform to form a secondary preform from which the hollow-core fiber is drawn, the further processing comprising carrying out one or more of the following hot-forming processes once or repeatedly: (i) elongation, (ii) collapse, (iii) collapse and simultaneous elongation, (iv) collapse of additional casing material, (v) collapse of additional casing material and subsequent elongation, (vi) collapse of additional casing material and simultaneous elongation, characterized in that the provision of the sheath tube according to method step (a) comprises a machining measure in which the sheath tube wall is provided, by machining in the region of the target positions, with a longitudinal structure which extends in the direction of the sheath tube longitudinal axis and has longitudinal slots distributed around the circumference of the sheath tube wall and in that the anti-resonant element preforms are each arranged on a longitudinal slot. (a) providing a sheath tube which comprises a sheath tube inner bore and a sheath tube longitudinal axis, along which a sheath tube wall extends which is delimited by an inner face and an outer face, (b) providing a number of anti-resonant element preforms , (c) arranging the anti-resonant element preforms at desired positions on the inner face of the sheath tube wall to form a primary preform for the hollow-core fiber, which primary preform comprises a hollow core region and a casing region, and (d) further processing the primary preform to form a secondary preform from which the hollow-core fiber is drawn, the further processing comprising carrying out one or more of the following hot-forming processes once or repeatedly: (i) elongation, (ii) collapse, (iii) collapse and simultaneous elongation, (iv) collapse of additional casing material, (v) collapse of additional casing material and subsequent elongation, (vi) collapse of additional casing material and simultaneous elongation, (i) elongation, (ii) collapse, (iii) collapse and simultaneous elongation, (iv) collapse of additional casing material, (v) collapse of additional casing material and subsequent elongation, (vi) collapse of additional casing material and simultaneous elongation,
A soundproof system comprising a ventilation member and a sound source (SS) disposed in the ventilation member , the ventilation member having a ventilation passage , wherein a sound generated from the sound source (SS) is at least one dominant sound of which a sound pressure at a specific frequency is a maximum value, characterised in that at least a part of a high impedance space (VH) in which an acoustic impedance is higher than an average value of an acoustic impedance of the ventilation passage exists within a distance of ± 0.25 × λ of the sound source (SS) in a flow direction of the ventilation passage , the high impedance space (VH) is a region in which a cross section area of the ventilation passage is narrowed, the region being formed at a position separated from the sound source (SS) in the flow direction of the ventilation passage , the soundproof system comprises a silencer that is disposed in the ventilation member and silences a sound in a frequency band including a frequency of the dominant sound, the silencer forms a low impedance space (VL) in which the acoustic impedance is lower than the average value of the acoustic impedance of the ventilation passage , and assuming that a center wavelength of the dominant sound is λ and m is a positive integer, a distance L between the high impedance space (VH) and the low impedance space (VL) satisfies (0.5 × λ × m - 0.2 × λ) < L < (0.5 × λ × m + 0.2 × λ). wherein a sound generated from the sound source (SS) is at least one dominant sound of which a sound pressure at a specific frequency is a maximum value, characterised in that at least a part of a high impedance space (VH) in which an acoustic impedance is higher than an average value of an acoustic impedance of the ventilation passage exists within a distance of ± 0.25 × λ of the sound source (SS) in a flow direction of the ventilation passage , the high impedance space (VH) is a region in which a cross section area of the ventilation passage is narrowed, the region being formed at a position separated from the sound source (SS) in the flow direction of the ventilation passage , the soundproof system comprises a silencer that is disposed in the ventilation member and silences a sound in a frequency band including a frequency of the dominant sound, the silencer forms a low impedance space (VL) in which the acoustic impedance is lower than the average value of the acoustic impedance of the ventilation passage , and assuming that a center wavelength of the dominant sound is λ and m is a positive integer, a distance L between the high impedance space (VH) and the low impedance space (VL) satisfies (0.5 × λ × m - 0.2 × λ) < L < (0.5 × λ × m + 0.2 × λ).
A multifunctional catheter control handle for use in a patient's heart, comprising: a deflection control assembly ; and a rotational control assembly having an outer rotational member , an inner rotational member and a cam ; first and second puller members ; and a third puller member having a proximal end anchored to the rotational control assembly , the deflection assembly having a deflection arm and a rocker member , the first and second puller members each having a proximal end anchored to the deflection control assembly , w herein the outer rotational member generally surrounds the inner rotational member and the inner rotational member is rotatably mounted on the cam , characterised in that the rotational control assembly includes a follower to which the proximal end of the third puller member is anchored, the follower being adapted to follow the movement of the inner rotational member so as to slide in a track formed on the cam . a deflection control assembly ; and a rotational control assembly having an outer rotational member , an inner rotational member and a cam ; first and second puller members ; and a third puller member having a proximal end anchored to the rotational control assembly , the deflection assembly having a deflection arm and a rocker member , the first and second puller members each having a proximal end anchored to the deflection control assembly , w herein the outer rotational member generally surrounds the inner rotational member and the inner rotational member is rotatably mounted on the cam , characterised in that the rotational control assembly includes a follower to which the proximal end of the third puller member is anchored, the follower being adapted to follow the movement of the inner rotational member so as to slide in a track formed on the cam .