mhurhangee/patent-ind-claim-en huggingface dataset:
An exchange comprising: connection means configured for accommodating a plurality of telephones ; and control means configured for controlling the plurality of accommodated telephones , wherein the control means are configured to cause some telephones of the accommodated telephones to perform incoming call ringing and does not allow other telephones of the accommodated telephones to perform the incoming call ringing when there is an incoming call, and to vary a special dial tone outputted to one of the plurality of telephones when the telephone that is performing the incoming call ringing is hooked off, and a normal dial tone outputted to one of the plurality of telephones when the telephone that does not perform the incoming call ringing is hooked off, the special dial tone is different from the normal dial tone, to receive a dial signal from the telephone without causing one of the plurality of telephones to respond to the incoming call when the telephone that is performing incoming call ringing is hooked off, to cause the hooked-off telephone to respond to the incoming call when the received dial signal is a first dial signal, and to cause the telephone as a call source to make a call without causing the hooked-off telephone to respond to the incoming call when the received dial signal is a second dial signal. connection means configured for accommodating a plurality of telephones ; and control means configured for controlling the plurality of accommodated telephones , wherein the control means are configured to cause some telephones of the accommodated telephones to perform incoming call ringing and does not allow other telephones of the accommodated telephones to perform the incoming call ringing when there is an incoming call, and to vary a special dial tone outputted to one of the plurality of telephones when the telephone that is performing the incoming call ringing is hooked off, and a normal dial tone outputted to one of the plurality of telephones when the telephone that does not perform the incoming call ringing is hooked off, the special dial tone is different from the normal dial tone, to receive a dial signal from the telephone without causing one of the plurality of telephones to respond to the incoming call when the telephone that is performing incoming call ringing is hooked off, to cause the hooked-off telephone to respond to the incoming call when the received dial signal is a first dial signal, and to cause the telephone as a call source to make a call without causing the hooked-off telephone to respond to the incoming call when the received dial signal is a second dial signal.
A process for the preparation of amines by hydrogenation of aromatic nitrocompounds in liquid phase, which comprises supplying a first hydrogenation reactor comprising at least one catalyst with a feed of gaseous hydrogen and a feed of liquid aromatic nitrocompounds; hydrogenation in the first reactor by contacting the gaseous phase with the liquid phase to obtain a product containing aromatic amines; forwarding the liquid and gaseous phases present in the first reactor to a second polishing reactor ; and contacting gaseous phase material present in the polishing reactor with the liquid phase to allow further hydrogenation of any remaining aromatic nitrocompounds and/or intermediates, wherein the polishing reactor is only fed material from the first reactor.
A solar cell apparatus comprising: a support substrate ; a back electrode layer having a first back electrode on the support substrate and a second back electrode beside the first back electrode ; a light absorbing layer provided on the back electrode layer ; and a window layer connected to the second back electrode , wherein the back electrode layer has an opening (TH1) between the first back electrode and the second back electrode , wherein the light absorbing layer comprises a through hole (TH2) to a top surface of the second back electrode ; wherein the apparatus further comprises a first buffer layer comprising a first part provided on the light absorbing layer , a second part provided on a lateral side of the light absorbing layer, and a third part provided on the top surface of the second back electrode , wherein resistance of the first buffer layer is greater than resistance of the window layer , wherein the third part of the first buffer layer has an open region (OR) to the top surface of the second back electrode , wherein the window layer is disposed on the first buffer layer and fills the through hole (TH2), wherein the second part of the first buffer layer is interposed between the light absorbing layer and the window layer and the second part of the first buffer layer is provided on an internal lateral side of the through hole (TH2), wherein the open region (OR) is provided in the through hole (TH2), wherein the open region (OR) has a width smaller than a width of the through hole (TH2). a support substrate ; a back electrode layer having a first back electrode on the support substrate and a second back electrode beside the first back electrode ; a light absorbing layer provided on the back electrode layer ; and a window layer connected to the second back electrode , wherein the back electrode layer has an opening (TH1) between the first back electrode and the second back electrode , wherein the light absorbing layer comprises a through hole (TH2) to a top surface of the second back electrode ; wherein the apparatus further comprises a first buffer layer comprising a first part provided on the light absorbing layer , a second part provided on a lateral side of the light absorbing layer, and a third part provided on the top surface of the second back electrode , wherein resistance of the first buffer layer is greater than resistance of the window layer , wherein the third part of the first buffer layer has an open region (OR) to the top surface of the second back electrode , wherein the window layer is disposed on the first buffer layer and fills the through hole (TH2), wherein the second part of the first buffer layer is interposed between the light absorbing layer and the window layer and the second part of the first buffer layer is provided on an internal lateral side of the through hole (TH2), wherein the open region (OR) is provided in the through hole (TH2), wherein the open region (OR) has a width smaller than a width of the through hole (TH2).
Apparatus to power an arc discharge lamp for motion picture filming, said apparatus including; an electronic ballast means to drive a substantially square wave AC current to said lamp from the output of the electronic ballast means , a default oscillator means which is configured to provide a default operating ulse to the electronic ballast means which synchronises the output square wave frequency of the electronic ballast means to the default oscillator means , a signal input means configured to receive synchronisation pulses into the apparatus, a multiplier or divider means configured to multiply or divide the synchronisation pulses received by the signal input means to provide first operating pulses for the electronic ballast means, and characterised in that the apparatus includes a timing means configured to analyse the first operating pulses before they reach the electronic ballast means, said timing means configured to detect any one, any combination of, or all of the following error conditions, whereby; - a current first operating pulse of said first operating pulses is compared to a previous pulse of said first operating pulses and/or the default operating pulse to confirm symmetry or detect a changing frequency, - first operating pulses that are too short, - first operating pulses that are too long, and/or - signal loss whereby first operating pulses which are too long or too short are predetermined by a user, wherein if an error condition is detected, said apparatus is configured to prevent said current first operating pulse from passing through to the electronic ballast means. an electronic ballast means to drive a substantially square wave AC current to said lamp from the output of the electronic ballast means , a default oscillator means which is configured to provide a default operating ulse to the electronic ballast means which synchronises the output square wave frequency of the electronic ballast means to the default oscillator means , a signal input means configured to receive synchronisation pulses into the apparatus, a multiplier or divider means configured to multiply or divide the synchronisation pulses received by the signal input means to provide first operating pulses for the electronic ballast means, and characterised in that the apparatus includes a timing means configured to analyse the first operating pulses before they reach the electronic ballast means, said timing means configured to detect any one, any combination of, or all of the following error conditions, whereby; - a current first operating pulse of said first operating pulses is compared to a previous pulse of said first operating pulses and/or the default operating pulse to confirm symmetry or detect a changing frequency, - first operating pulses that are too short, - first operating pulses that are too long, and/or - signal loss whereby first operating pulses which are too long or too short are predetermined by a user, wherein if an error condition is detected, said apparatus is configured to prevent said current first operating pulse from passing through to the electronic ballast means.
A control system for adapting a light recipe in a growing cycle of at least one boar to delay sexual maturation of said at least one boar, wherein the control system comprises a controller configured to: - control a lighting device to illuminate the at least one boar with said light recipe; - obtain a first signal indicative of a sexual maturation level of the at least one boar; - control, upon determining that the sexual maturity level of the at least one boar exceeds a predefined sexual maturity level, the lighting device to adapt said light recipe by (i) increasing a blue content of a spectrum of said light recipe, (ii) increasing a length of a photo-period of said light recipe, and/or (iii) increasing a light intensity of said light recipe. - control a lighting device to illuminate the at least one boar with said light recipe; - obtain a first signal indicative of a sexual maturation level of the at least one boar; - control, upon determining that the sexual maturity level of the at least one boar exceeds a predefined sexual maturity level, the lighting device to adapt said light recipe by (i) increasing a blue content of a spectrum of said light recipe, (ii) increasing a length of a photo-period of said light recipe, and/or (iii) increasing a light intensity of said light recipe.
An article for use with an apparatus for heating aerosolisable material to volatilize at least one component of the aerosolisable material, the article comprising: a body of aerosolisable material ; and a first wrapper around the body aerosolisable material, wherein the first wrapper comprises heater material that is heatable by penetration with a varying magnetic field, the first wrapper comprising an outer surface and an inner surface ; characterised in that the first wrapper is arranged so that two opposing strips of the outer surface are joined along ends of the first wrapper or the first wrapper is arranged so that two opposing strips of the inner surface are joined along ends of the first wrapper, so as to form a closed electrical circuit of the heater material. a body of aerosolisable material ; and a first wrapper around the body aerosolisable material, wherein the first wrapper comprises heater material that is heatable by penetration with a varying magnetic field, the first wrapper comprising an outer surface and an inner surface ; characterised in that the first wrapper is arranged so that two opposing strips of the outer surface are joined along ends of the first wrapper or the first wrapper is arranged so that two opposing strips of the inner surface are joined along ends of the first wrapper, so as to form a closed electrical circuit of the heater material.
A method, comprising: performing, at a device having a touch screen display, a mutual capacitance scan of rows and columns of an array of capacitive touch sensors associated with the touch screen display; selecting a subset of the rows , and a subset of the columns , of the array of capacitive touch sensors; performing a self capacitance scan of the selected subset of the rows , and the selected subset of the columns , of the array of capacitive touch sensors based on results of the mutual capacitance scan; analyzing a measured self capacitance of the selected rows and/or the selected columns of the array of capacitive touch sensors to classify touch inputs as being associated with touch positions or shapes that indicate an accidental or false touch input, to determine results of the self capacitance scan; and identifying the accidental or false touch input on the touch screen display based on the results of the self capacitance scan. performing, at a device having a touch screen display, a mutual capacitance scan of rows and columns of an array of capacitive touch sensors associated with the touch screen display; selecting a subset of the rows , and a subset of the columns , of the array of capacitive touch sensors; performing a self capacitance scan of the selected subset of the rows , and the selected subset of the columns , of the array of capacitive touch sensors based on results of the mutual capacitance scan; analyzing a measured self capacitance of the selected rows and/or the selected columns of the array of capacitive touch sensors to classify touch inputs as being associated with touch positions or shapes that indicate an accidental or false touch input, to determine results of the self capacitance scan; and identifying the accidental or false touch input on the touch screen display based on the results of the self capacitance scan.
A method, in a communication network entity, the method comprising: communicating with a first user equipment on a carrier; and allocating resources of the carrier, the allocated resources comprising a subframe, wherein the subframe comprises: a first set of symbols configured for direct wireless transmission from the first user equipment to a second user equipment; a second set of symbols configured for direct wireless transmission from the second user equipment to the first user equipment; and a guard interval between the first and second set of symbols; and determining transmission modes or transmission schemes used by the first user equipment to transmit on the first set of symbols to the second user equipment, wherein the determination is based at least partly on an ability of the first user equipment to engage in direct wireless communication and characterized in that said determination is additionally based at least partly on the ability of the first user equipment to engage in cellular communication simultaneously with engaging in direct wireless communication communicating with a first user equipment on a carrier; and allocating resources of the carrier, the allocated resources comprising a subframe, wherein the subframe comprises: a first set of symbols configured for direct wireless transmission from the first user equipment to a second user equipment; a second set of symbols configured for direct wireless transmission from the second user equipment to the first user equipment; and a guard interval between the first and second set of symbols; and a first set of symbols configured for direct wireless transmission from the first user equipment to a second user equipment; a second set of symbols configured for direct wireless transmission from the second user equipment to the first user equipment; and a guard interval between the first and second set of symbols; and determining transmission modes or transmission schemes used by the first user equipment to transmit on the first set of symbols to the second user equipment, wherein the determination is based at least partly on an ability of the first user equipment to engage in direct wireless communication and characterized in that said determination is additionally based at least partly on the ability of the first user equipment to engage in cellular communication simultaneously with engaging in direct wireless communication
A circuit element package comprising: at least one circuit element mounted on a printed circuit board , an insulating layer covering the at least one circuit element and an upper surface of the printed circuit board ; and an electromagnetic shielding layer covering the insulating layer , wherein the electromagnetic shielding layer includes a first electromagnetic shielding layer covering a side surface of the insulating layer , and a second electromagnetic shielding layer covering an upper surface of the insulating layer , the circuit element package further comprises an edge bridge , disposed between the first electromagnetic shielding layer and the second electromagnetic shielding layer to cover a boundary between the first electromagnetic shielding layer and the insulating layer and the periphery thereof and a peripheral portion of the upper surface of the insulating layer and laminated on the upper surface of the first electromagnetic shielding layer , wherein the second electromagnetic shielding layer is further covering an upper surface of the edge bridge and wherein the edge bridge is electrically connecting the first electromagnetic shielding layer and the second electromagnetic shielding layer ; and the circuit element is a semiconductor chip connected to the printed circuit board by connection terminals and respective connection pads on the upper surface of the printed circuit board . at least one circuit element mounted on a printed circuit board , an insulating layer covering the at least one circuit element and an upper surface of the printed circuit board ; and an electromagnetic shielding layer covering the insulating layer , wherein the electromagnetic shielding layer includes a first electromagnetic shielding layer covering a side surface of the insulating layer , and a second electromagnetic shielding layer covering an upper surface of the insulating layer , the circuit element package further comprises an edge bridge , disposed between the first electromagnetic shielding layer and the second electromagnetic shielding layer to cover a boundary between the first electromagnetic shielding layer and the insulating layer and the periphery thereof and a peripheral portion of the upper surface of the insulating layer and laminated on the upper surface of the first electromagnetic shielding layer , wherein the second electromagnetic shielding layer is further covering an upper surface of the edge bridge and wherein the edge bridge is electrically connecting the first electromagnetic shielding layer and the second electromagnetic shielding layer ; and the circuit element is a semiconductor chip connected to the printed circuit board by connection terminals and respective connection pads on the upper surface of the printed circuit board .
A process for preparing compounds of the formula (R 1 ) y Si(I) z , wherein each R 1 is independently chosen from hydrogen, C 1 -C 9 alkyl, vinyl, or a C 2 -C 4 alkynyl group, y is 0, 1, 2, or 3, and z is 1, 2, 3, or 4, and wherein y + z is equal to 4, which comprises contacting a compound of the formula (R 1 ) y Si(Cl) z with lithium iodide in the presence of a tertiary amine wherein the lithium iodide is in the form of a powder having an average particle size of less than 2 mm.
A flexible display device for a vehicle, comprising: a casing having an opening; a display part configured to be retracted or extended into or out of the casing through the opening; a display driver configured to move the display part ; and a display winder configured to wind the display part based on movement of the display part , wherein the display part is configured to be extended based on a plurality of modes having different extension ranges, wherein the display winder includes a rotary drum having an outer circumferential surface on which the display part is configured to be wound and a sensor recognizer configured to detect a rotation state of the rotary drum , wherein: the display driver includes a motor connected to the casing; and the display driver is configured to move the display part based on the rotation state of the rotary drum , detected by the sensor recognizer ; characterized in that the display driver further includes a driving arm connecting the motor and the display part . a casing having an opening; a display part configured to be retracted or extended into or out of the casing through the opening; a display driver configured to move the display part ; and a display winder configured to wind the display part based on movement of the display part , wherein the display part is configured to be extended based on a plurality of modes having different extension ranges, wherein the display winder includes a rotary drum having an outer circumferential surface on which the display part is configured to be wound and a sensor recognizer configured to detect a rotation state of the rotary drum , wherein: the display driver includes a motor connected to the casing; and the display driver is configured to move the display part based on the rotation state of the rotary drum , detected by the sensor recognizer ; characterized in that the display driver further includes a driving arm connecting the motor and the display part . the display driver includes a motor connected to the casing; and the display driver is configured to move the display part based on the rotation state of the rotary drum , detected by the sensor recognizer ; characterized in that the display driver further includes a driving arm connecting the motor and the display part .
A method for dynamically adjusting memory power state transition timers, the method comprising: receiving parameters corresponding to usage or performance of a memory device coupled to a processor in a computing device, wherein the parameters comprise memory utilization percentage and memory operating frequency; based on the parameters, determining an optimal value for one or more memory power state transition timer settings for the memory device , wherein the determining the optimal value for the one or more memory power state transition timer settings comprises: accessing a look-up table to determine the optimal value based on the parameters; and updating a current value for the memory power state transition timer settings for the memory device with the optimal value . receiving parameters corresponding to usage or performance of a memory device coupled to a processor in a computing device, wherein the parameters comprise memory utilization percentage and memory operating frequency; based on the parameters, determining an optimal value for one or more memory power state transition timer settings for the memory device , wherein the determining the optimal value for the one or more memory power state transition timer settings comprises: accessing a look-up table to determine the optimal value based on the parameters; and updating a current value for the memory power state transition timer settings for the memory device with the optimal value .
Hologram (35; 40) for an illumination device for vehicles, comprising a multiplicity of superimposed holographic structures, wherein each of the multiplicity of holographic structures has a respectively assigned reconstruction wavelength, at which the respective holographic structure has the maximal diffraction efficiency, wherein the assigned reconstruction wavelengths are different and each of the multiplicity of holographic structures for the respectively assigned reconstruction wavelength has identical diffraction directions for the reconstruction of an extensive holographic object, characterized in that at least three of the reconstruction wavelengths lie in a wavelength interval of 50 nm.