mhurhangee/patent-ind-claim-en huggingface dataset:
A method comprising: presenting to a user a window comprising at least both of: a) one or more controls for editing an object; and b) a modal-less save interface comprising an editable text box; wherein the save interface is configured to permit executing save operations on the object without launching a modal window for the save operations; receiving , via the one or more controls, one or more commands to add to or modify data inside the object, thereby creating a modified object; receiving , via the save interface, textual input in the editable text box that indicates a location at which to save the modified object; wherein the save interface is configured to receive the textual input without requiring the user to navigate menu items; in response to the input that specifies a location at which to save the modified object, storing the modified object at the location; wherein the method is performed by one or more computing devices. presenting to a user a window comprising at least both of: a) one or more controls for editing an object; and b) a modal-less save interface comprising an editable text box; a) one or more controls for editing an object; and b) a modal-less save interface comprising an editable text box; wherein the save interface is configured to permit executing save operations on the object without launching a modal window for the save operations; receiving , via the one or more controls, one or more commands to add to or modify data inside the object, thereby creating a modified object; receiving , via the save interface, textual input in the editable text box that indicates a location at which to save the modified object; wherein the save interface is configured to receive the textual input without requiring the user to navigate menu items; in response to the input that specifies a location at which to save the modified object, storing the modified object at the location; wherein the method is performed by one or more computing devices.
Concealed door hinge for pivotally mounting a door leaf on a door frame, comprising - a first housing insertable into a narrow side of the door leaf or the door frame and a second housing insertable into the door frame or the narrow side of the door leaf, - a multi-axis joint with two joint bodies connecting the two housings , - first and second fastening plates , via each of which one of the housings is connected to the door frame or the door leaf, - wherein the joint bodies are displaceably guided at a first end via a longitudinal guide in a respective joint receiving means of the housings and are pivotably mounted at a second end via an axis of rotation , - wherein the first housing has bores for receiving a respective adjusting spindle and the second housing has bores for receiving a respective clamping screw for aligning the housing relative to the fastening plates , characterized in that - at least one of the housings has, in a region of overlap with the fastening plates , viewed perpendicularly to the surfaces of the respective housing into which the bores are made, respective insertion pockets in which threaded plates are accommodated, in the threaded bores of which the adjusting spindles or the clamping screws can be fixed. - a first housing insertable into a narrow side of the door leaf or the door frame and a second housing insertable into the door frame or the narrow side of the door leaf, - a multi-axis joint with two joint bodies connecting the two housings , - first and second fastening plates , via each of which one of the housings is connected to the door frame or the door leaf, - wherein the joint bodies are displaceably guided at a first end via a longitudinal guide in a respective joint receiving means of the housings and are pivotably mounted at a second end via an axis of rotation , - wherein the first housing has bores for receiving a respective adjusting spindle and the second housing has bores for receiving a respective clamping screw for aligning the housing relative to the fastening plates , - at least one of the housings has, in a region of overlap with the fastening plates , viewed perpendicularly to the surfaces of the respective housing into which the bores are made, respective insertion pockets in which threaded plates are accommodated, in the threaded bores of which the adjusting spindles or the clamping screws can be fixed.
A charging socket with an electrical plug connector for a charging plug , the charging socket having a frame with an opening for the electrical plug connector and a pair of flaps which are pivotably arranged on pivot pins running parallel to one another, wherein at least one spring element pretensions the flaps into a closed position, characterized in that each flap has a bottom wall , which is articulated to the frame with the opening , and a rear wall , wherein the rear walls are offset relative to an imaginary plane of the opening in the frame in the direction of the electrical plug connector, wherein each flap has a sharp bend which is located between the bottom wall and the rear wall and which runs parallel to the pivot pin .
A catheter system comprising: a balloon catheter comprising an expandable member ; an aspiration catheter configured to extend beyond a distal end of the balloon catheter; and a non-rotatable wire guide comprising a cutting head , wherein the cutting head comprises a proximal end and a distal end, wherein the proximal end comprises a concave shape and the distal end comprises a convex shape, wherein the concave shape comprises a most proximal end and a most distal end, wherein the proximal end of the cutting head comprises a diameter, wherein a ratio of a length between the distal end of the cutting head and the most proximal end of the concave shape relative to the diameter of the cutting head is between 1.5:1 and 3:1, wherein the non-rotatable wire guide such is configured to translate back and forth axially without rotating; wherein the non-rotatable wire guide is configured to be connected to an ultrasonic generator to apply ultrasonic energy to the non-rotatable wire guide such that the cutting head of the non-rotatable wire guide translates back and forth axially without rotating. a balloon catheter comprising an expandable member ; an aspiration catheter configured to extend beyond a distal end of the balloon catheter; and a non-rotatable wire guide comprising a cutting head , wherein the cutting head comprises a proximal end and a distal end, wherein the proximal end comprises a concave shape and the distal end comprises a convex shape, wherein the concave shape comprises a most proximal end and a most distal end, wherein the proximal end of the cutting head comprises a diameter, wherein a ratio of a length between the distal end of the cutting head and the most proximal end of the concave shape relative to the diameter of the cutting head is between 1.5:1 and 3:1, wherein the non-rotatable wire guide such is configured to translate back and forth axially without rotating; wherein the non-rotatable wire guide is configured to be connected to an ultrasonic generator to apply ultrasonic energy to the non-rotatable wire guide such that the cutting head of the non-rotatable wire guide translates back and forth axially without rotating.
A method for synthesizing oligonucleotides, comprising: synthesizing a plurality of oligonucleotides at least 100 nucleotides in length, wherein the synthesizing comprises coupling with nucleosides having a blocking group in an extension reaction on a surface of a differentially functionalized planar substrate, wherein the differentially functionalized substrate facilitates spatial control of locations on the surface where the plurality of oligonucleotides are synthesized, and wherein the coupling has a coupling efficiency on average of at least 99.6%, wherein the nucleosides comprise nucleoside phosphoramidites.
A system for roasting particulate material (P), such as coffee or cacao beans, grains, malt, said system comprising: a concentrated solar collector configured for heating a fluid (Fl); a roasting device of particulate material (P) comprising a treatment compartment configured for receiving the particulate material (P), at least one generation unit (321, 322, etc.) configured for generating at least one gas and/or steam flow with a controlled temperature, through the treatment compartment; said at least one generation unit being configured for exchanging heat between said at least one gas and/or steam flow and a second flow; a circulation system configured for generating the second flow, and optionally configured for directly using the heated fluid (Fl); characterized in that the system further comprises a heat storage device configured for storing heat of the heated fluid (Fl); and in that the circulation system is configured for generating the second flow by using heat stored in the heat storage device. a concentrated solar collector configured for heating a fluid (Fl); a roasting device of particulate material (P) comprising a treatment compartment configured for receiving the particulate material (P), at least one generation unit (321, 322, etc.) configured for generating at least one gas and/or steam flow with a controlled temperature, through the treatment compartment; said at least one generation unit being configured for exchanging heat between said at least one gas and/or steam flow and a second flow; a circulation system configured for generating the second flow, and optionally configured for directly using the heated fluid (Fl); characterized in that the system further comprises a heat storage device configured for storing heat of the heated fluid (Fl); and in that the circulation system is configured for generating the second flow by using heat stored in the heat storage device.
Laundry device , comprising: a housing , which delimits an interior space of the laundry device , and which comprises a door opening , a laundry drum , which is arranged in the interior space of the laundry device , and which is adapted to receive wet laundry , and a door , which is adapted to close the door opening , wherein the door comprises a projecting section , which projects through the door opening into the interior space of the laundry device in a closed state of the door , wherein the projecting section comprises a condensing surface , which faces towards the interior space of the laundry device , wherein the condensing surface is positioned at the projecting section of the door , an active cooling element (141, 141-1), which is arranged in the door , and which is adapted to actively cool the condensing surface , and a ventilation and heating unit , which is adapted to heat air and to direct a flow of the heated air through the wet laundry received in the laundry drum , in order to obtain heated air with an increased humidity, which in turn is directed towards the condensing surface , so that liquid from the heated air with an increased humidity condenses at the condensing surface . a housing , which delimits an interior space of the laundry device , and which comprises a door opening , a laundry drum , which is arranged in the interior space of the laundry device , and which is adapted to receive wet laundry , and a door , which is adapted to close the door opening , wherein the door comprises a projecting section , which projects through the door opening into the interior space of the laundry device in a closed state of the door , wherein the projecting section comprises a condensing surface , which faces towards the interior space of the laundry device , wherein the condensing surface is positioned at the projecting section of the door , an active cooling element (141, 141-1), which is arranged in the door , and which is adapted to actively cool the condensing surface , and a ventilation and heating unit , which is adapted to heat air and to direct a flow of the heated air through the wet laundry received in the laundry drum , in order to obtain heated air with an increased humidity, which in turn is directed towards the condensing surface , so that liquid from the heated air with an increased humidity condenses at the condensing surface .
A refrigerator comprises a cabinet that defines a storage chamber ; a heat exchange space that is defined by the cabinet and positioned rearward of the storage chamber ; an evaporator unit that is provided at the heat exchange space ; a grill pan assembly that provides a barrier between the heat exchange space and the storage chamber , the grill pan assembly comprising: an inlet for receiving air from the storage chamber , an outlet for sending air to the storage chamber , and a fan for circulating air between the storage chamber and the heat exchange space ; a drawer door that is configured to be inserted into and withdrawn out of the storage chamber , the drawer door comprising a drawer part that defines an upwardly open storage chamber , and a door part that is configured to, based on the drawer door being inserted into and withdrawn out of the storage chamber , open and close the storage chamber , respectively; a draw-out rail provided between an inner surface of the lower storage chamber and both lateral sides of the drawer door , the draw-out rail being configured to guide a movement of the drawer door into and out of the storage chamber ; and a lighting unit provided at a rear surface of the door part and configured to illuminate the drawer part , the lighting unit comprising an upper air guide that extends vertically to a position vertically higher than an upward facing opening of the storage chamber , the upper air guide being configured to guide air coming from the outlet of the grill pan assembly in a downward direction into the storage chamber .
A bicycle crankset, which is adapted to connect to a chain , comprising: a chainring having a plurality of teeth on an edge thereof to engage the chain , wherein the chainring has a chainring axis through a center thereof; a spider having a plurality of spider arms to detachably connect to the chainring and a connecting bore , wherein the spider has a bore axis through a center of the connecting bore ; wherein the bore axis is kept a predetermined distance away from the chainring axis to form a deviation; and a crankarm having a connecting member to engage the connecting bore of the spider ; whereby tips of the teeth of the chainring move in a noncircular path when the crankarm is exerted to drive the chainring to turn, and the noncircular path is adjustable by shifting a location of the connecting bore which changes the deviation. a chainring having a plurality of teeth on an edge thereof to engage the chain , wherein the chainring has a chainring axis through a center thereof; a spider having a plurality of spider arms to detachably connect to the chainring and a connecting bore , wherein the spider has a bore axis through a center of the connecting bore ; wherein the bore axis is kept a predetermined distance away from the chainring axis to form a deviation; and a crankarm having a connecting member to engage the connecting bore of the spider ; whereby tips of the teeth of the chainring move in a noncircular path when the crankarm is exerted to drive the chainring to turn, and the noncircular path is adjustable by shifting a location of the connecting bore which changes the deviation.
A method for creating an identity assertion of a proving party wherein - the proving party requests an access to a restricted service of a service provider through a terminal connected to the service provider, - said service provider sends to the terminal: a first policy to access to the restricted service with a request to create the identity assertion with statements about attributes of the proving party matching the first policy, - when the service provider receives a validation of the first policy by the proven party through the terminal, said service provider sends then to a security token device of the proving party a second policy to access to the restricted service, - if the comparison between the first policy received through the terminal and the second policy received through the security token device is successful, deriving the identity assertion from proving party information and said received policy, - transmitting the derived identity assertion to the service provider. - the proving party requests an access to a restricted service of a service provider through a terminal connected to the service provider, - said service provider sends to the terminal: a first policy to access to the restricted service with a request to create the identity assertion with statements about attributes of the proving party matching the first policy, - when the service provider receives a validation of the first policy by the proven party through the terminal, said service provider sends then to a security token device of the proving party a second policy to access to the restricted service, - if the comparison between the first policy received through the terminal and the second policy received through the security token device is successful, deriving the identity assertion from proving party information and said received policy, - transmitting the derived identity assertion to the service provider.
A polynucleotide that encodes an aromatic L-amino acid decarboxylase (AADC) protein, the polynucleotide comprising a sequence that is at least 95% identical to SEQ ID NO: 17.
A gas-fired appliance comprising: a tank configured to store a fluid to be heated; a powered anode extending into the tank and configured to generate an electric anode current; a combustion chamber including a burner configured to burn a mixture of air and fuel to generate products of combustion; an exhaust structure coupled to the tank ; a heat exchanger in fluid communication with the combustion chamber and the exhaust structure, wherein the products of combustion flow from the combustion chamber to the exhaust structure via the heat exchanger ; and an electronic processor coupled to the powered anode , characterised in that the electronic processor is configured to: determine a duty cycle of the burner , determine whether the duty cycle of the burner exceeds a predetermined threshold, increase a magnitude of a protection parameter of the powered anode from a first value to a second value when the duty cycle of the burner exceeds the predetermined threshold, and control the powered anode according to the second value of the protection parameter. a tank configured to store a fluid to be heated; a powered anode extending into the tank and configured to generate an electric anode current; a combustion chamber including a burner configured to burn a mixture of air and fuel to generate products of combustion; an exhaust structure coupled to the tank ; a heat exchanger in fluid communication with the combustion chamber and the exhaust structure, wherein the products of combustion flow from the combustion chamber to the exhaust structure via the heat exchanger ; and an electronic processor coupled to the powered anode , characterised in that the electronic processor is configured to: determine a duty cycle of the burner , determine whether the duty cycle of the burner exceeds a predetermined threshold, increase a magnitude of a protection parameter of the powered anode from a first value to a second value when the duty cycle of the burner exceeds the predetermined threshold, and control the powered anode according to the second value of the protection parameter. determine a duty cycle of the burner , determine whether the duty cycle of the burner exceeds a predetermined threshold, increase a magnitude of a protection parameter of the powered anode from a first value to a second value when the duty cycle of the burner exceeds the predetermined threshold, and control the powered anode according to the second value of the protection parameter.
A radar system comprising: a substrate comprising a first surface and a second surface , the first surface being opposite the second surface ; transmitter front-end circuitry attached to the substrate , the transmitter front-end circuitry being configured to transmit a transmitted radio frequency (RF) signal in a first direction away from the first surface and in a second direction away from the second surface ; a first receive antenna (82; 81) disposed at the first surface , the first receive antenna (82; 81) being configured to receive a first reflected RF signal propagating in the second direction, the first reflected RF signal being generated by the transmitted RF signal; and a second receive antenna disposed at the second surface , the second receive antenna being configured to receive a second reflect RF signal propagating in the first direction, the second reflected RF signal being generated by the transmitted RF signal, characterized in that the radar system further comprises a first receiving ground plane region and a second receiving ground plane region (92;91) respectively acting as electromagnetic shielding for the second receive antenna and the first receive antenna (82; 81). a substrate comprising a first surface and a second surface , the first surface being opposite the second surface ; transmitter front-end circuitry attached to the substrate , the transmitter front-end circuitry being configured to transmit a transmitted radio frequency (RF) signal in a first direction away from the first surface and in a second direction away from the second surface ; a first receive antenna (82; 81) disposed at the first surface , the first receive antenna (82; 81) being configured to receive a first reflected RF signal propagating in the second direction, the first reflected RF signal being generated by the transmitted RF signal; and a second receive antenna disposed at the second surface , the second receive antenna being configured to receive a second reflect RF signal propagating in the first direction, the second reflected RF signal being generated by the transmitted RF signal, characterized in that the radar system further comprises a first receiving ground plane region and a second receiving ground plane region (92;91) respectively acting as electromagnetic shielding for the second receive antenna and the first receive antenna (82; 81).