mhurhangee/patent-ind-claim-en huggingface dataset:
Method of producing a multilayer pulp material for producing a packaging , wherein a single-layer or multilayer pulp web is continuously unwound from at least one roll , wherein the method comprises at least the following steps: a) Placing a section of the pulp web on a conveyor belt to form a layer ; b) Folding the pulp web by means of a folding device and placing a further section of the pulp web on the previous layer to form a further layer ; c) Continuously repeating step b); characterized in that the conveyor belt is moved during steps a) and b) continuously or at discrete time intervals substantially transversely or obliquely to an unwinding direction of the roll , such that the individual layers in step b) are arranged in sections one above the other and offset from one another. a) Placing a section of the pulp web on a conveyor belt to form a layer ; b) Folding the pulp web by means of a folding device and placing a further section of the pulp web on the previous layer to form a further layer ; c) Continuously repeating step b);
A cradle for use with headgear , the cradle being of single part flexible plastics construction and comprising: a central crown region ; a plurality of support arms extending generally radially from said crown region ; and a respective attachment coupling at a distal end of each support arm , to allow connection to cooperating couplings around a periphery of the headgear ; characterised in that the cradle is a multi-material injection moulding defining at least one integral resilient pad , the at least one resilient pad being disposed on at least a portion of a surface of the crown region or on a respective said support arm . a central crown region ; a plurality of support arms extending generally radially from said crown region ; and a respective attachment coupling at a distal end of each support arm , to allow connection to cooperating couplings around a periphery of the headgear ;
A baseplate trial holding apparatus which holds a baseplate trial disposed in a proximal tibia during total knee arthroplasty or revision total knee arthroplasty, the baseplate trial holding apparatus comprising: a keel location setting part configured to set an insertion location of a keel punch , the keel location setting part comprising: a central through portion , through which a keel stem portion of the keel punch passes; and a guide slit configured to guide insertion of a keel wing portion of the keel punch , characterized in that the baseplate trial holding apparatus further comprises a keel location fixing part , the keel location fixing part configured to determine an insertion limit of the keel punch , the keel location fixing part comprising a stopper formed being able to be fixed forwards and fixed rearwards and to be brought into a state of being introduced into the central through portion during forward fixing. a central through portion , through which a keel stem portion of the keel punch passes; and a guide slit configured to guide insertion of a keel wing portion of the keel punch , characterized in that the baseplate trial holding apparatus further comprises a keel location fixing part , the keel location fixing part configured to determine an insertion limit of the keel punch , the keel location fixing part comprising a stopper formed being able to be fixed forwards and fixed rearwards and to be brought into a state of being introduced into the central through portion during forward fixing.
A mouse artificial chromosome vector comprising: a natural centromere derived from mouse chromosome 10; a long-arm fragment derived from mouse chromosome 10 by deleting gene Gm8155 and the entire long-arm region of mouse chromosome 10 distal to Gm8155; and a telomere sequence, wherein the vector is stably retained in a rodent cell, tissue, or individual and is capable of transmission to progeny. a natural centromere derived from mouse chromosome 10; a long-arm fragment derived from mouse chromosome 10 by deleting gene Gm8155 and the entire long-arm region of mouse chromosome 10 distal to Gm8155; and a telomere sequence, wherein the vector is stably retained in a rodent cell, tissue, or individual and is capable of transmission to progeny.
A photonic monobit analog-to-digital converter , comprising: an incoherent optical source configured to generate an optical noise signal , the optical noise signal comprising random signal phases that are uniformly distributed over a range of the optical noise signal; a dual optical modulator configured to modulate phase and amplitude of an input complex baseband signal onto an input optical signal to generate an optical modulated signal ; a coupler configured to couple the optical modulated signal with the optical noise signal to generate a dithered optical signal ; a coherent detector configured to coherently detect a dithered in-phase, I, signal component and a dithered quadrature, Q, signal component associated with the input complex baseband signal using the dithered optical signal and a reference optical signal ; a limiter configured to output a complex decision signal based on the dithered I and Q signal components; and a digital signal processing, DSP, circuit configured to generate a digital signal representative of the input complex baseband signal based on the complex decision signal. an incoherent optical source configured to generate an optical noise signal , the optical noise signal comprising random signal phases that are uniformly distributed over a range of the optical noise signal; a dual optical modulator configured to modulate phase and amplitude of an input complex baseband signal onto an input optical signal to generate an optical modulated signal ; a coupler configured to couple the optical modulated signal with the optical noise signal to generate a dithered optical signal ; a coherent detector configured to coherently detect a dithered in-phase, I, signal component and a dithered quadrature, Q, signal component associated with the input complex baseband signal using the dithered optical signal and a reference optical signal ; a limiter configured to output a complex decision signal based on the dithered I and Q signal components; and a digital signal processing, DSP, circuit configured to generate a digital signal representative of the input complex baseband signal based on the complex decision signal.
A method of controlling displaying in an electronic device , the method comprising: inputting by a user of said electronic device at least one keyword corresponding to an object that said user does not desire to view in a webpage; transmitting information comprising the at least one keyword to a server ; receiving , from the server , a recognition model generated based on the transmitted at least one keyword; storing or installing the received recognition model; receiving the webpage including at least one object; identifying whether a first object corresponding to the at least one keyword exists in the received webpage by using the recognition model; based on the first object existing in the webpage, replacing the first object with a second object; and displaying the webpage including the second object. inputting by a user of said electronic device at least one keyword corresponding to an object that said user does not desire to view in a webpage; transmitting information comprising the at least one keyword to a server ; receiving , from the server , a recognition model generated based on the transmitted at least one keyword; storing or installing the received recognition model; receiving the webpage including at least one object; identifying whether a first object corresponding to the at least one keyword exists in the received webpage by using the recognition model; based on the first object existing in the webpage, replacing the first object with a second object; and displaying the webpage including the second object.
Scroll compressor for refrigerants of a vehicle air conditioner, having - a housing with a high-pressure chamber and with compressor chambers and with a back-pressure chamber , - a fixed scroll with a baseplate and with a spiral wall , wherein the baseplate of the fixed scroll delimits the high-pressure chamber , - a moveable scroll with a baseplate and with a spiral wall which engages in the spiral wall of the fixed scroll and forms the compressor chambers with the latter, wherein the baseplate of the moveable scroll delimits the back-pressure chamber , - wherein the back-pressure chamber is connected to the compressor chambers and to the high-pressure chamber via a pressure line , - wherein the pressure line runs at least partially in the fixed scroll and is connected to at least one of the compressor chambers via a first duct and to the high-pressure chamber via a second duct , and - wherein the second duct is arranged in a filter which is inserted into a receiving opening which is introduced in the baseplate of the fixed scroll on the plate side thereof facing the high-pressure chamber . - a housing with a high-pressure chamber and with compressor chambers and with a back-pressure chamber , - a fixed scroll with a baseplate and with a spiral wall , wherein the baseplate of the fixed scroll delimits the high-pressure chamber , - a moveable scroll with a baseplate and with a spiral wall which engages in the spiral wall of the fixed scroll and forms the compressor chambers with the latter, wherein the baseplate of the moveable scroll delimits the back-pressure chamber , - wherein the back-pressure chamber is connected to the compressor chambers and to the high-pressure chamber via a pressure line , - wherein the pressure line runs at least partially in the fixed scroll and is connected to at least one of the compressor chambers via a first duct and to the high-pressure chamber via a second duct , and - wherein the second duct is arranged in a filter which is inserted into a receiving opening which is introduced in the baseplate of the fixed scroll on the plate side thereof facing the high-pressure chamber .
A process for reducing the amount of hydrogen cyanide (HCN) discharged to atmosphere from a fluid catalytic cracking unit comprising a regenerator and a collecting means for collecting and supporting catalyst particles, wherein a flue gas containing HCN is discharged from the regenerator and is then passed to the collecting means, said process comprising: (a) adding a catalyst to the flue gas prior to entering the collecting means; (b) precipitating the catalyst in the collecting means to form a catalyst bed in the collecting means; (c) reacting HCN in the flue gas in the presence of water and oxygen in the flue gas at a temperature ranging from 200°C to 800°C in the presence of the catalyst bed to reduce the amount of HCN in the flue gas; and (d) discharging the flue gas containing a reduced amount of HCN to atmosphere, wherein the catalyst is one or more supported transition or lanthanide metal catalysts. (a) adding a catalyst to the flue gas prior to entering the collecting means; (b) precipitating the catalyst in the collecting means to form a catalyst bed in the collecting means; (c) reacting HCN in the flue gas in the presence of water and oxygen in the flue gas at a temperature ranging from 200°C to 800°C in the presence of the catalyst bed to reduce the amount of HCN in the flue gas; and (d) discharging the flue gas containing a reduced amount of HCN to atmosphere,
A computer-readable medium for remotely executing operations of an application that is in use on a computing device , the computer-readable medium carrying instructions , that when executed by one or more processors of a computing system in communication with the computing device , cause performance of operations comprising: (a) accessing a schema that logically represents a nodal hierarchy determining programmatic behavior of the application in response to user input, the hierarchy including multiple nodes , including one or more category nodes and one or more content nodes ; (b) providing, with the schema , an executable script that is associated with at least one node of the hierarchy; (c) processing a user input from the computing device using the schema , the user input corresponding to selection of one or more nodes of the hierarchy; (d) in response to processing the user input , providing user interface content to the computing device , the user interface content corresponding to one of (i) one or more nodes , or (ii) a script content , the script content generated as an output of an executed script that is associated with a selected node. (a) accessing a schema that logically represents a nodal hierarchy determining programmatic behavior of the application in response to user input, the hierarchy including multiple nodes , including one or more category nodes and one or more content nodes ; (b) providing, with the schema , an executable script that is associated with at least one node of the hierarchy; (c) processing a user input from the computing device using the schema , the user input corresponding to selection of one or more nodes of the hierarchy; (d) in response to processing the user input , providing user interface content to the computing device , the user interface content corresponding to one of (i) one or more nodes , or (ii) a script content , the script content generated as an output of an executed script that is associated with a selected node.
Extinguishing plate arrangement for a switching device having a plurality of extinguishing plates for dividing and/or lengthening an arc, and at least one guide plate , wherein the extinguishing plates are arranged substantially side by side to form a stack and the guide plate laterally defines the stack, wherein the guide plate projects beyond the extinguishing plates in a main extension direction and has a slot , wherein the slot extends from an end of the guide plate remote from the extinguishing plates , and wherein two guide plates are provided, wherein the guide plates define the stack on both sides, characterised in that , in the plurality of extinguishing plates , a distance between respective adjoining extinguishing plates varies, wherein the distance decreases from a centre of the stack to the guide plates .
A cap assembly comprising: a conductive vent including: a body having a protrusion and a notch disposed outside of the protrusion wherein the protrusion is disposed in the centre of the body , a flange disposed outside of the body , and a connecting part connecting the body and the flange ; and a cap-up electrically connected to the conductive vent , wherein the connecting part has a thickness that is less than the thickness of the body and less than the thickness of the flange ; wherein the connecting part extends from the outer edge of the body , toward the centre of the body ; and the flange extends from the connecting part , away from the body ; wherein the connecting part comprises: a first connecting part that is connected to the body ; a second connecting part that is connected to the flange ; and a bent part connecting the first connecting part and the second connecting part , such that the first connecting part , the bent part and the second connecting part form a Z shape; wherein the bent part comprises: a first bent part (735c1) connected to the first connecting part and being bent toward the body ; a second bent part (735c2) connected to the second connecting part and being bent away from the body ; and a third connecting part (735c3) connecting the first bent part (735c1) and the second bent part (735c2) wherein the thickness of the third connecting part (735c3) is from 53% to 80% of thicknesses of the body and the flange . a body having a protrusion and a notch disposed outside of the protrusion wherein the protrusion is disposed in the centre of the body , a flange disposed outside of the body , and a connecting part connecting the body and the flange ; and a cap-up electrically connected to the conductive vent , wherein the connecting part has a thickness that is less than the thickness of the body and less than the thickness of the flange ; wherein the connecting part extends from the outer edge of the body , toward the centre of the body ; and the flange extends from the connecting part , away from the body ; wherein the connecting part comprises: a first connecting part that is connected to the body ; a second connecting part that is connected to the flange ; and a bent part connecting the first connecting part and the second connecting part , such that the first connecting part , the bent part and the second connecting part form a Z shape; wherein the bent part comprises: a first bent part (735c1) connected to the first connecting part and being bent toward the body ; a second bent part (735c2) connected to the second connecting part and being bent away from the body ; and a third connecting part (735c3) connecting the first bent part (735c1) and the second bent part (735c2) wherein the thickness of the third connecting part (735c3) is from 53% to 80% of thicknesses of the body and the flange .
A shared voicemail system comprising a computer processor configured in use to: store a voice message received from a third party; in which the stored voice message is accessible to each user of a plurality of users of the shared voicemail system; provide a copy of the stored voice message to a first user of the plurality of users; characterised in that the computer processor is configured in use to: receive an indication from the first user that the voice message is intended to be accessed, via the shared voicemail system, by a second user of the plurality of users; and provide a notification prompting the second user to access the voice message, wherein the plurality of users share a phone line and wherein the voice message is received from the third party as part of a call to the shared phone line redirected to the shared voicemail system. store a voice message received from a third party; in which the stored voice message is accessible to each user of a plurality of users of the shared voicemail system; provide a copy of the stored voice message to a first user of the plurality of users; characterised in that the computer processor is configured in use to: receive an indication from the first user that the voice message is intended to be accessed, via the shared voicemail system, by a second user of the plurality of users; and provide a notification prompting the second user to access the voice message, wherein the plurality of users share a phone line and wherein the voice message is received from the third party as part of a call to the shared phone line redirected to the shared voicemail system. receive an indication from the first user that the voice message is intended to be accessed, via the shared voicemail system, by a second user of the plurality of users; and provide a notification prompting the second user to access the voice message, wherein the plurality of users share a phone line and wherein the voice message is received from the third party as part of a call to the shared phone line redirected to the shared voicemail system.
A excreta disposal device comprising: a main body which is formed with a first disposal space opened in a hip direction of a human body to receive excreta discharged from the human body, and has a storage space formed therein; a male module in which a second disposal space (S) configured to receive urine discharged from the human body is formed inside, an opening unit opened to face the human body of the user is formed on one side of the second disposal space (S) and formed to be capable of inserting at least a part of male genitalia and provided in the main body ; a suction port which is provided in the storage space and communicates with at least one of the first disposal space and the second disposal space (S) to discharge excreta to the outside of the main body ; characterized in that the male module further comprises a genitals fixing unit which is exposed to the second disposal space (S) and crimps and fixes the male unit inserted into the second disposal space (S), and the genitals fixing unit is formed so as to be able to adjust the length exposed to the second disposal space (S); and wherein the genitals fixing unit comprises: an adjustment member in which one side thereof is exposed to the second disposal space (S) and the other side thereof is exposed to the outside of the male module so that the length exposed to the second disposal space (S) can be adjusted in accordance with external manipulation. a main body which is formed with a first disposal space opened in a hip direction of a human body to receive excreta discharged from the human body, and has a storage space formed therein; a male module in which a second disposal space (S) configured to receive urine discharged from the human body is formed inside, an opening unit opened to face the human body of the user is formed on one side of the second disposal space (S) and formed to be capable of inserting at least a part of male genitalia and provided in the main body ; a suction port which is provided in the storage space and communicates with at least one of the first disposal space and the second disposal space (S) to discharge excreta to the outside of the main body ; characterized in that the male module further comprises a genitals fixing unit which is exposed to the second disposal space (S) and crimps and fixes the male unit inserted into the second disposal space (S), and the genitals fixing unit is formed so as to be able to adjust the length exposed to the second disposal space (S); and
A robotic lawnmower system comprising a charging station and a robotic lawnmower configured to operate within a work area according to an operating schedule, the robotic lawnmower comprising a living object sensor comprising a camera , and a controller being configured to: detect and identify an object as a living object utilizing the living object sensor through image analysis; and adapt the operating schedule accordingly, by determining a location for the living object , defining a non-working area overlapping the location of the living object and adapting the operating schedule by operating outside the non-working area , wherein the robotic lawnmower is further configured to determine that the living object has moved by tracking the living object and adapt the non-working area accordingly. detect and identify an object as a living object utilizing the living object sensor through image analysis; and adapt the operating schedule accordingly, by determining a location for the living object , defining a non-working area overlapping the location of the living object and adapting the operating schedule by operating outside the non-working area , wherein the robotic lawnmower is further configured to determine that the living object has moved by tracking the living object and adapt the non-working area accordingly.