mhurhangee/patent-ind-claim-en huggingface dataset:
An interface device comprising: a wireless interface configured to receive commands from a peripheral device; an interface to a host computer, the interface configured to transmit the received commands to the host computer; a difference determination circuit configured to receive a first information indicative of a first clock signal from the interface, and to receive a second information indicative of a second clock signal from the wireless interface, and further configured to determine a clock offset between the host computer and the peripheral device based on the received first information and second information; and a notification circuit configured to notify the peripheral device about the clock offset if the determined clock offset is larger than a pre-determined threshold. a wireless interface configured to receive commands from a peripheral device; an interface to a host computer, the interface configured to transmit the received commands to the host computer; a difference determination circuit configured to receive a first information indicative of a first clock signal from the interface, and to receive a second information indicative of a second clock signal from the wireless interface, and further configured to determine a clock offset between the host computer and the peripheral device based on the received first information and second information; and a notification circuit configured to notify the peripheral device about the clock offset if the determined clock offset is larger than a pre-determined threshold.
A process for reducing the protein content and preserving the capsular polysaccharide content in a complex cellular Streptococcus pneumoniae lysate broth prior to purification, the process comprising the steps of: (a) growing a selected S . pneumoniae serotype in a soy-based medium, which includes: (i) inoculating a first container containing the soy-based medium with seed stock of the selected serotype, and incubating the first container until growth requirements are met, (ii) inoculating a second container containing the soy-based medium with the culture from step (i) while maintaining a stable pH and temperature in the second container, and (b) lysing with a detergent the bacterial cells produced in step (a), thereby producing a lysate containing soluble proteins, cell debris, nucleic acids and polysaccharide; (c) agitating the cellular lysate for a time sufficient to assure complete lysis and polysaccharide release; (d) lowering the pH of the cellular lysate to less than 5.5 to precipitate out the detergent and most of the soluble proteins; (e) holding the solution and precipitate formed in step (d) without agitation for a time sufficient to allow settling of the precipitate; and (f) processing the solution and precipitate by centrifugation and/or filtration, whereby the capsular polysaccharide in solution is preserved and the soluble protein is effectively reduced. (a) growing a selected S . pneumoniae serotype in a soy-based medium, which includes: (i) inoculating a first container containing the soy-based medium with seed stock of the selected serotype, and incubating the first container until growth requirements are met, (ii) inoculating a second container containing the soy-based medium with the culture from step (i) while maintaining a stable pH and temperature in the second container, and (i) inoculating a first container containing the soy-based medium with seed stock of the selected serotype, and incubating the first container until growth requirements are met, (ii) inoculating a second container containing the soy-based medium with the culture from step (i) while maintaining a stable pH and temperature in the second container, and (b) lysing with a detergent the bacterial cells produced in step (a), thereby producing a lysate containing soluble proteins, cell debris, nucleic acids and polysaccharide; (c) agitating the cellular lysate for a time sufficient to assure complete lysis and polysaccharide release; (d) lowering the pH of the cellular lysate to less than 5.5 to precipitate out the detergent and most of the soluble proteins; (e) holding the solution and precipitate formed in step (d) without agitation for a time sufficient to allow settling of the precipitate; and (f) processing the solution and precipitate by centrifugation and/or filtration, whereby the capsular polysaccharide in solution is preserved and the soluble protein is effectively reduced.
A shredder comprising: a housing ; a shredder mechanism received in the housing and including an electrically powered motor and cutter elements , the shredder mechanism enabling articles to be shredded to be fed into the cutter elements and the motor being operable to drive the cutter elements so that the cutter elements shred the articles fed therein; the housing having a movable part providing at least part of an opening enabling articles to be fed therethrough into the cutter elements of the shredder mechanism for shredding, the movable part being movable from a first position to a second position and being biased to the first position; a detector configured to detect movement of the movable part to the second position; the movable part being constructed to move from the first position to the second position upon a user attempting to force an article having a thickness greater than a predetermined thickness through the opening; and a controller operable to perform a predetermined operation responsive to the detector detecting that the movable part has moved to the second position; characterized in that the movable part is formed by a pair of walls 150 of the opening 108, wherein at least a portion of one or both walls 150 is moveable downwardly in response to pressure of an inserted article having a thickness greater than the predetermined thickness, thereby triggering the detector. a housing ; a shredder mechanism received in the housing and including an electrically powered motor and cutter elements , the shredder mechanism enabling articles to be shredded to be fed into the cutter elements and the motor being operable to drive the cutter elements so that the cutter elements shred the articles fed therein; the housing having a movable part providing at least part of an opening enabling articles to be fed therethrough into the cutter elements of the shredder mechanism for shredding, the movable part being movable from a first position to a second position and being biased to the first position; a detector configured to detect movement of the movable part to the second position; the movable part being constructed to move from the first position to the second position upon a user attempting to force an article having a thickness greater than a predetermined thickness through the opening; and a controller operable to perform a predetermined operation responsive to the detector detecting that the movable part has moved to the second position; characterized in that the movable part is formed by a pair of walls 150 of the opening 108, wherein at least a portion of one or both walls 150 is moveable downwardly in response to pressure of an inserted article having a thickness greater than the predetermined thickness, thereby triggering the detector.
An implantation catheter for implanting a vascular implant into a vessel of a human or animal, comprising a catheter shaft having a proximal end and a distal end , a vascular implant carried by the catheter shaft , and a pressure sensor (29; 30) for sensing a vascular pressure at the distal end , wherein the implantation catheter comprises an inflatable balloon arranged circumferentially around an outside of the catheter shaft in a distal end section of the catheter shaft, characterized in that a distal end of the balloon flushes with the distal end of the catheter shaft .
A fixing device for fixing a developing agent image to a recording sheet by electrostatically spraying a charged fixing solution toward the developing agent image on the sheet, the fixing device comprising: a container portion configured to store therein the fixing solution; a plurality of nozzles in communication with the container portion and configured to spray the fixing solution toward the developing agent image; a potential difference generating portion configured to generate a potential difference between the fixing solution stored in the plurality of nozzles and the recording sheet conveyed at a position separated from the plurality of nozzles ; and a controller configured to perform controlling a voltage applied to the potential difference generating portion ; characterized in that : the controller is configured to apply voltage to the potential difference generating portion such that the fixing solution is sprayed from the nozzle before a leading end of the recording sheet reaches a fixing region. a container portion configured to store therein the fixing solution; a plurality of nozzles in communication with the container portion and configured to spray the fixing solution toward the developing agent image; a potential difference generating portion configured to generate a potential difference between the fixing solution stored in the plurality of nozzles and the recording sheet conveyed at a position separated from the plurality of nozzles ; and a controller configured to perform controlling a voltage applied to the potential difference generating portion ; characterized in that : the controller is configured to apply voltage to the potential difference generating portion such that the fixing solution is sprayed from the nozzle before a leading end of the recording sheet reaches a fixing region.
An indicia-reading device , comprising: one or more processors ; a memory ; an imaging subsystem configured to acquire an image of decodable indicia ; a display ; and a communication interface ; wherein said device is configured, responsive to acquiring an image of one or more objects within a field of view of said imaging subsystem, to locate within said image and decode one or more decodable indicia; wherein said device is further configured to display said image on said display and visually mark said one or more successfully decoded decodable indicia; characterized in that said device is further configured to display a product image at a location of an associated image representation of each one or more successfully decoded decodable indicia, said product image is associated with the successfully decoded decodable indicia by said device based on a lookup table retrieved from a database; wherein said device is further configured, responsive to accepting user input selecting at least one successfully decoded decodable indicia of said displayed one or more successfully decoded decodable indicia, to output at least one decoded message corresponding to the at least one selected successfully decoded decodable indicia and/or at least one product image associated with the at least one selected successfully decoded decodable indicia and/or data determined when the at least one selected successfully decoded decodable indicia is decoded. one or more processors ; a memory ; an imaging subsystem configured to acquire an image of decodable indicia ; a display ; and a communication interface ; wherein said device is configured, responsive to acquiring an image of one or more objects within a field of view of said imaging subsystem, to locate within said image and decode one or more decodable indicia; wherein said device is further configured to display said image on said display and visually mark said one or more successfully decoded decodable indicia; characterized in that said device is further configured to display a product image at a location of an associated image representation of each one or more successfully decoded decodable indicia, said product image is associated with the successfully decoded decodable indicia by said device based on a lookup table retrieved from a database; wherein said device is further configured, responsive to accepting user input selecting at least one successfully decoded decodable indicia of said displayed one or more successfully decoded decodable indicia, to output at least one decoded message corresponding to the at least one selected successfully decoded decodable indicia and/or at least one product image associated with the at least one selected successfully decoded decodable indicia and/or data determined when the at least one selected successfully decoded decodable indicia is decoded.
An apparatus for preventing a construction machine from rolling backward, the apparatus comprising: a travel lever configured to generate any one travelling signal between a forward travelling signal and a backward travelling signal; a travelling motor configured to generate any one rotation signal between a forward-direction rotation signal and a reverse-direction rotation signal; an accelerator pedal configured to generate an acceleration signal ; a brake configured to apply braking to the traveling motor; and a control unit configured to control the brake , wherein the travelling signal , the rotation signal , and the acceleration signal are input into the control unit , and when it is determined that the rotation signal is mismatched to the travelling signal , the control unit controls the brake so that the brake is operated, and when travelling tractive force is secured, the control unit controls the brake so that the operation of the brake is released, characterised in that when the rotation signal is not matched with the travelling signal, the control unit outputs a message inducing stepping of a brake pedal. a travel lever configured to generate any one travelling signal between a forward travelling signal and a backward travelling signal; a travelling motor configured to generate any one rotation signal between a forward-direction rotation signal and a reverse-direction rotation signal; an accelerator pedal configured to generate an acceleration signal ; a brake configured to apply braking to the traveling motor; and a control unit configured to control the brake , wherein the travelling signal , the rotation signal , and the acceleration signal are input into the control unit , and when it is determined that the rotation signal is mismatched to the travelling signal , the control unit controls the brake so that the brake is operated, and when travelling tractive force is secured, the control unit controls the brake so that the operation of the brake is released, characterised in that when the rotation signal is not matched with the travelling signal, the control unit outputs a message inducing stepping of a brake pedal.
A method for sending a Rich Communication Suite, RCS, service message, comprising: reporting , by an RCS client, first information to an RCS system, wherein the first information is used for defining a pushing range of an RCS service message; and sending , by the RCS client, an RCS service message carrying indication information to an RCS Application Server, AS, wherein the indication information is used for indicating to push the RCS service message according to the first information, wherein sending , by the RCS client, the RCS service message carrying the indication information to the RCS AS comprises: sending, by the RCS client in a case of determining that an option of pushing the RCS service message according to the first information has been activated, the RCS service message carrying the indication information. reporting , by an RCS client, first information to an RCS system, wherein the first information is used for defining a pushing range of an RCS service message; and sending , by the RCS client, an RCS service message carrying indication information to an RCS Application Server, AS, wherein the indication information is used for indicating to push the RCS service message according to the first information, wherein sending , by the RCS client, the RCS service message carrying the indication information to the RCS AS comprises: sending, by the RCS client in a case of determining that an option of pushing the RCS service message according to the first information has been activated, the RCS service message carrying the indication information.
A hearing device comprising: a memory storing instructions; and a processor communicatively coupled to the memory and configured to execute the instructions to: receive an input audio signal having a range of input frequencies; adaptively adjust a cut-off frequency for the input audio signal such that the value of the cut-off frequency varies between a predefined minimum cut-off frequency value and a predefined maximum cut-off frequency value as a continuous function of the input audio signal; and generate an output audio signal by mapping the range of input frequencies to a range of output frequencies determined based on the adaptively adjusted cut-off frequency, characterized in that the adaptively adjusting of the cut-off frequency as the continuous function of the input audio signal includes adaptively adjusting the cut-off frequency as a continuous function of an instantaneous input bandwidth of the input audio signal. a memory storing instructions; and a processor communicatively coupled to the memory and configured to execute the instructions to: receive an input audio signal having a range of input frequencies; adaptively adjust a cut-off frequency for the input audio signal such that the value of the cut-off frequency varies between a predefined minimum cut-off frequency value and a predefined maximum cut-off frequency value as a continuous function of the input audio signal; and generate an output audio signal by mapping the range of input frequencies to a range of output frequencies determined based on the adaptively adjusted cut-off frequency, characterized in that receive an input audio signal having a range of input frequencies; adaptively adjust a cut-off frequency for the input audio signal such that the value of the cut-off frequency varies between a predefined minimum cut-off frequency value and a predefined maximum cut-off frequency value as a continuous function of the input audio signal; and generate an output audio signal by mapping the range of input frequencies to a range of output frequencies determined based on the adaptively adjusted cut-off frequency, characterized in that the adaptively adjusting of the cut-off frequency as the continuous function of the input audio signal includes adaptively adjusting the cut-off frequency as a continuous function of an instantaneous input bandwidth of the input audio signal.
A current detection device, comprising: two conductors , wherein at least one conductor comprises a first surface and a second surface and defines a hole extending from the first surface into the inside of the at least one conductor ; a resistor disposed between the two conductors ; and two detection portions respectively disposed on the two conductors , wherein at least one detection portion is a detection terminal comprising a first terminal portion and a second terminal portion , and at least one portion of the first terminal portion is inserted into the hole , wherein the first terminal portion comprises a first flange and a second flange , the second flange is connected to the second terminal portion , and at least one portion of the second flange is buried into the at least one conductor , the first flange is buried into the at least one conductor , a distal end of the first flange does not protrude beyond the second surface and keeps a distance from the second surface, a gap is defined between the first flange and the second flange , and at least one portion of the gap is filled with a material of the at least one conductor , and a width of the second flange is greater than a width of the first flange . two conductors , wherein at least one conductor comprises a first surface and a second surface and defines a hole extending from the first surface into the inside of the at least one conductor ; a resistor disposed between the two conductors ; and two detection portions respectively disposed on the two conductors , wherein at least one detection portion is a detection terminal comprising a first terminal portion and a second terminal portion , and at least one portion of the first terminal portion is inserted into the hole , wherein the first terminal portion comprises a first flange and a second flange , the second flange is connected to the second terminal portion , and at least one portion of the second flange is buried into the at least one conductor , the first flange is buried into the at least one conductor , a distal end of the first flange does not protrude beyond the second surface and keeps a distance from the second surface, a gap is defined between the first flange and the second flange , and at least one portion of the gap is filled with a material of the at least one conductor , and a width of the second flange is greater than a width of the first flange .
Method for connection of a connecting element, in particular a dowel , to a workpiece , comprising the following steps: providing the workpiece , which consists at least in sections of wood and/or wood materials and a cavity with at least one side wall for receiving the connecting element , providing the connecting element , which has a cast body made of a biologically degradable material, in particular biopolymer, and an outer section of the connecting element is provided for contacting the side wall of the workpiece , inputting energy into the outer section , at least in sections, and softening the outer section , at least in sections, through the input of energy, hardening the outer section in contact, at least in sections, with the side wall of the cavity of the workpiece , as a result of which the connecting element is, at least in sections, connected on its outer section with the workpiece , wherein the energy input comprises frictional heat which is generated on inserting the connecting element into the cavity through friction between the outer section of the connecting element and the side wall of the cavity through a rotary movement of the connecting element during insertion. providing the workpiece , which consists at least in sections of wood and/or wood materials and a cavity with at least one side wall for receiving the connecting element , providing the connecting element , which has a cast body made of a biologically degradable material, in particular biopolymer, and an outer section of the connecting element is provided for contacting the side wall of the workpiece , inputting energy into the outer section , at least in sections, and softening the outer section , at least in sections, through the input of energy, hardening the outer section in contact, at least in sections, with the side wall of the cavity of the workpiece , as a result of which the connecting element is, at least in sections, connected on its outer section with the workpiece , wherein the energy input comprises frictional heat which is generated on inserting the connecting element into the cavity through friction between the outer section of the connecting element and the side wall of the cavity through a rotary movement of the connecting element during insertion.