mhurhangee/patent-ind-claim-en huggingface dataset:
A method for evaluating a document, comprising the following steps: - providing an image data connection for transmitting an image signal between a second data processing device comprising an image capturing device and a first data processing device, - communicating user data to the first data processing device, - recording a document by means of the image capturing device and transmitting an image of the document by means of the image data connection to the first data processing device, - evaluating the document, and - storing the result of the evaluation together with the user data in a data base, characterised by the following steps: - generating a tamper-proof process identification number assigned to the user data in a fourth data processing device, the number serving as a unique identifier of an identification process for the user, - communicating the process identification number from the fourth data processing device to the second data processing device, and - communicating the process identification number from the second data processing device to the first data processing device, and - recording the process identification number in the first data processing device, wherein the result of the evaluation is stored together with the process identification number in the data base. - providing an image data connection for transmitting an image signal between a second data processing device comprising an image capturing device and a first data processing device, - communicating user data to the first data processing device, - recording a document by means of the image capturing device and transmitting an image of the document by means of the image data connection to the first data processing device, - evaluating the document, and - storing the result of the evaluation together with the user data in a data base, - generating a tamper-proof process identification number assigned to the user data in a fourth data processing device, the number serving as a unique identifier of an identification process for the user, - communicating the process identification number from the fourth data processing device to the second data processing device, and - communicating the process identification number from the second data processing device to the first data processing device, and - recording the process identification number in the first data processing device, wherein the result of the evaluation is stored together with the process identification number in the data base.
A circuit for electrostatic discharge, ESD, protection, the circuit comprising: a plurality of signal paths , each signal path includes an ESD protection circuit configured to shunt an ESD current on each signal path to either ground or supply voltage and a filter configured to block signals from other signal paths ; and a common signal line connected to the plurality of signal paths and configured to transport signals for the plurality of signal paths simultaneously, wherein the plurality of signal paths include a high frequency path and a low frequency path , wherein the filter in the high frequency path includes a varactor and an ESD detection circuit configured to control capacitance of the varactor based on an ESD current. a plurality of signal paths , each signal path includes an ESD protection circuit configured to shunt an ESD current on each signal path to either ground or supply voltage and a filter configured to block signals from other signal paths ; and a common signal line connected to the plurality of signal paths and configured to transport signals for the plurality of signal paths simultaneously, wherein the plurality of signal paths include a high frequency path and a low frequency path , wherein the filter in the high frequency path includes a varactor and an ESD detection circuit configured to control capacitance of the varactor based on an ESD current.
Method for safely ending the driving of a vehicle (1, 1', 1") on a verge, comprising the following steps: determining and outputting a target intervention specification when there is a detected intention of the driver to end driving on a verge, wherein the output target intervention specification brings about an active intervention in at least one vehicle system with an influence on handling characteristics, wherein at a time before ending of the driving on a verge is detected, at least one sensor signal is evaluated, characterized in that it is checked on the basis of the at least one sensor signal whether the target intervention specification is still appropriate, and the target intervention specification is adapted if it is recognized as being no longer appropriate on the basis of the evaluation of the at least one sensor signal. determining and outputting a target intervention specification when there is a detected intention of the driver to end driving on a verge, wherein the output target intervention specification brings about an active intervention in at least one vehicle system with an influence on handling characteristics, wherein at a time before ending of the driving on a verge is detected, at least one sensor signal is evaluated, characterized in that it is checked on the basis of the at least one sensor signal whether the target intervention specification is still appropriate, and the target intervention specification is adapted if it is recognized as being no longer appropriate on the basis of the evaluation of the at least one sensor signal.
A process of preparing a liquid hop extract suspension or a liquid hop extract, said process comprising: (a) providing a hop material selected from hops, dried hops, hop pellets and combinations thereof; (b) combining 100 parts by weight of aqueous liquid with 1-20 parts by weight of the hop material to produce a hop suspension, said aqueous liquid containing at least 95 wt.% water; (c) maintaining the hop suspension at a temperature of 15-35°C for at least 3 hours to produce a liquid hop extract suspension; (d) optionally, subjecting the liquid hop extract suspension to solid-liquid separation to produce a liquid hop extract and hop residue; wherein step (c) is carried out under an atmosphere of nitrogen and/or carbon dioxide. (a) providing a hop material selected from hops, dried hops, hop pellets and combinations thereof; (b) combining 100 parts by weight of aqueous liquid with 1-20 parts by weight of the hop material to produce a hop suspension, said aqueous liquid containing at least 95 wt.% water; (c) maintaining the hop suspension at a temperature of 15-35°C for at least 3 hours to produce a liquid hop extract suspension; (d) optionally, subjecting the liquid hop extract suspension to solid-liquid separation to produce a liquid hop extract and hop residue;
A rubber extrusion device comprising: a cylinder with a cylindrical shape; a screw disposed in an internal space of the cylinder ; a head being installed at a leading end of the cylinder and having an extrusion flow path that communicates with the internal space; a die being installed in front of the extrusion flow path and having an extrusion port that communicates with the extrusion flow path , wherein, the rubber extrusion device comprises a control plate , the control plate being interposed between the head and the die , and comprising a moving unit , characterized in that the control plate is a single control plate which has an adjustment flow path penetrating the control plate in the longitudinal direction that communicates with the extrusion flow path and the extrusion port , and comprises the moving unit adapted for sliding the control plate along and between the head and the die that are fixed in given positions; and the control plate and the moving unit are adapted for changing a position of a communication region (B) of the extrusion flow path with respect to the adjustment flow path at a leading end opening of the extrusion flow path by sliding the control plate , thus reducing an amount of curvature of a rubber extrudate (R2) with respect to an extrusion direction. a cylinder with a cylindrical shape; a screw disposed in an internal space of the cylinder ; a head being installed at a leading end of the cylinder and having an extrusion flow path that communicates with the internal space; a die being installed in front of the extrusion flow path and having an extrusion port that communicates with the extrusion flow path , wherein, the rubber extrusion device comprises a control plate , the control plate being interposed between the head and the die , and comprising a moving unit , characterized in that the control plate is a single control plate which has an adjustment flow path penetrating the control plate in the longitudinal direction that communicates with the extrusion flow path and the extrusion port , and comprises the moving unit adapted for sliding the control plate along and between the head and the die that are fixed in given positions; and the control plate and the moving unit are adapted for changing a position of a communication region (B) of the extrusion flow path with respect to the adjustment flow path at a leading end opening of the extrusion flow path by sliding the control plate , thus reducing an amount of curvature of a rubber extrudate (R2) with respect to an extrusion direction.
An integrated antenna array system comprising: a baseband unit configured to perform baseband functions; a plurality of antenna elements disposed in groups, each of the groups comprising an equal number of antenna elements; and a motherboard configured to host the baseband unit and the plurality of antenna elements , said integrated antenna array system being characterized in that : the baseband unit is disposed at a center of the motherboard , the groups are disposed in two sections on opposite sides of the baseband unit , wherein the distance between the two sections is larger than one wavelength, and wherein each of the plurality of antenna elements are separated by an equal distance. a baseband unit configured to perform baseband functions; a plurality of antenna elements disposed in groups, each of the groups comprising an equal number of antenna elements; and a motherboard configured to host the baseband unit and the plurality of antenna elements , said integrated antenna array system being characterized in that : the baseband unit is disposed at a center of the motherboard , the groups are disposed in two sections on opposite sides of the baseband unit , wherein the distance between the two sections is larger than one wavelength, and wherein each of the plurality of antenna elements are separated by an equal distance. the baseband unit is disposed at a center of the motherboard , the groups are disposed in two sections on opposite sides of the baseband unit , wherein the distance between the two sections is larger than one wavelength, and wherein each of the plurality of antenna elements are separated by an equal distance.
Method for producing a low-carbon clinker with low energy consumption, comprising the following stages: a) Pre-calcination of the limestone present in the raw material, along the pre-calciner and in the cyclone tower; b) Start of the clinkering process with the raw material inlet after pre-calcination, at a temperature higher than 1400°C and with a C 3 S content above 60%; c) Cooling the material; characterized by further comprising d) Introduction of 5 to 30% of silico-aluminous materials relative to the mass of material which is here processed in the cooling stage, at the cooler head, wherein the introduction of the silicon-aluminous materials is performed by a dosing conveyor and buffered by a double-inlet valve. a) Pre-calcination of the limestone present in the raw material, along the pre-calciner and in the cyclone tower; b) Start of the clinkering process with the raw material inlet after pre-calcination, at a temperature higher than 1400°C and with a C 3 S content above 60%; c) Cooling the material; characterized by further comprising d) Introduction of 5 to 30% of silico-aluminous materials relative to the mass of material which is here processed in the cooling stage, at the cooler head, wherein the introduction of the silicon-aluminous materials is performed by a dosing conveyor and buffered by a double-inlet valve.
Lightweight spacecraft dispenser , which consists of a ring structure with several payload ports , characterized in that the lightweight dispenser is made from composite materials and in that the surface of the ring structure is at least partially spherical.
A method for processing Bandwidth Parts, BWPs, comprising: receiving, by a terminal device, Downlink Control Information, DCI, the DCI carrying indication information, the indication information being configured to indicate performing activation processing on a second BWP and deactivation processing on a first BWP; and performing, by the terminal device, activation processing on the second BWP and deactivation processing on the first BWP based on an information field of the indication information; characterized in that the indication information comprises first indication information, the first indication information comprises a first information field, the first information field is 1-bit, and the terminal device performs activation processing on the second BWP and deactivation processing on the first BWP based on a value of the first information field; wherein performing, by the terminal device, activation processing on the second BWP and deactivation processing on the first BWP based on the information field of the indication information comprises: if the first information field is a first value, performing, by the terminal device, deactivation processing on the first BWP when activating the second BWP. receiving, by a terminal device, Downlink Control Information, DCI, the DCI carrying indication information, the indication information being configured to indicate performing activation processing on a second BWP and deactivation processing on a first BWP; and performing, by the terminal device, activation processing on the second BWP and deactivation processing on the first BWP based on an information field of the indication information; characterized in that the indication information comprises first indication information, the first indication information comprises a first information field, the first information field is 1-bit, and the terminal device performs activation processing on the second BWP and deactivation processing on the first BWP based on a value of the first information field; wherein performing, by the terminal device, activation processing on the second BWP and deactivation processing on the first BWP based on the information field of the indication information comprises: if the first information field is a first value, performing, by the terminal device, deactivation processing on the first BWP when activating the second BWP.
A position controller that performs position control by outputting a drive signal to a control valve of a hydraulic actuator that changes an operation position of an object , the position controller comprising: an oil temperature acquisition unit that acquires information on an oil temperature of the hydraulic actuator ; a position acquisition unit that acquires an actual value of an operation position of the object ; a position control unit that calculates an operation command value for the control valve by closed-loop control (LP2) so as to reduce a deviation between a target value of the operation position of the object and the actual value; and a gain setting unit that changes at least one gain (G 2 , K B ) of the closed-loop (LP2) control so that sensitivity of the closed-loop control (LP2) increases as the oil temperature decreases, wherein the at least one gain (G 2 , K B ) is a first gain (G 2 ) used to obtain the operation command value from the deviation, wherein the gain setting unit increases the first gain (G 2 ) as the oil temperature decreases, and wherein the first gain (G 2 ) is a calculation gain of the position control unit , wherein the position controller further comprises a position subtraction unit that obtains the deviation, characterized in that a second gain (K B ) is used to obtain the actual value input to the position subtraction unit , and wherein the gain setting unit decreases the second gain (K B ) as the oil temperature decreases. an oil temperature acquisition unit that acquires information on an oil temperature of the hydraulic actuator ; a position acquisition unit that acquires an actual value of an operation position of the object ; a position control unit that calculates an operation command value for the control valve by closed-loop control (LP2) so as to reduce a deviation between a target value of the operation position of the object and the actual value; and a gain setting unit that changes at least one gain (G 2 , K B ) of the closed-loop (LP2) control so that sensitivity of the closed-loop control (LP2) increases as the oil temperature decreases, wherein the at least one gain (G 2 , K B ) is a first gain (G 2 ) used to obtain the operation command value from the deviation, wherein the gain setting unit increases the first gain (G 2 ) as the oil temperature decreases, and wherein the first gain (G 2 ) is a calculation gain of the position control unit , wherein the position controller further comprises a position subtraction unit that obtains the deviation, characterized in that a second gain (K B ) is used to obtain the actual value input to the position subtraction unit , and wherein the gain setting unit decreases the second gain (K B ) as the oil temperature decreases.
A transmission apparatus comprising: an opto-electronic conversion unit configured to perform high dynamic range opto-electronic conversion on high dynamic range video data to obtain transmission video data; an encoding unit configured to perform HEVC encoding processing on the transmission video data to obtain a video stream; a transmission unit configured to transmit a container being an MPEG-2 transport stream including the video stream; and an information insertion unit configured to insert metadata information indicating a standard dynamic range opto-electronic transfer characteristic into a layer of the video stream, and to insert metadata information indicating a high dynamic range opto-electronic transfer characteristic into a layer of the container; wherein the information insertion unit inserts the metadata information indicating the high dynamic range electro-optical transfer characteristic in an Event Information Table, EIT, element. an opto-electronic conversion unit configured to perform high dynamic range opto-electronic conversion on high dynamic range video data to obtain transmission video data; an encoding unit configured to perform HEVC encoding processing on the transmission video data to obtain a video stream; a transmission unit configured to transmit a container being an MPEG-2 transport stream including the video stream; and an information insertion unit configured to insert metadata information indicating a standard dynamic range opto-electronic transfer characteristic into a layer of the video stream, and to insert metadata information indicating a high dynamic range opto-electronic transfer characteristic into a layer of the container; wherein the information insertion unit inserts the metadata information indicating the high dynamic range electro-optical transfer characteristic in an Event Information Table, EIT, element.
A fully differential transimpedance amplifier (100; 200), comprising: - two input contacts for receiving input currents (I in , I inb ); - a differential converter for converting the input currents (I in , I inb ) into output voltages (V o , V ob ); - two output contacts for outputting the output voltages (V o , V ob ); - a common mode adjustment loop for adjusting the common mode potential of the two input contacts ; and - a differential mode adjustment loop for adjusting the differential mode potential of the two input contacts to cancel a residual offset between the output voltages (V o , V ob ). - two input contacts for receiving input currents (I in , I inb ); - a differential converter for converting the input currents (I in , I inb ) into output voltages (V o , V ob ); - two output contacts for outputting the output voltages (V o , V ob ); - a common mode adjustment loop for adjusting the common mode potential of the two input contacts ; and - a differential mode adjustment loop for adjusting the differential mode potential of the two input contacts to cancel a residual offset between the output voltages (V o , V ob ).
An endoscopic device for retrieving an object from within a human body, the device comprising: a transmitting assembly comprising: a handle ; and a link having a first end attached to the handle and a second end, a wire defining a loop portion and at least one leg portion , wherein each leg portion is disposed proximal from the loop portion and a proximal end of each leg portion is secured to the second end of the link , a net element having a loop section secured to the loop portion , wherein the loop portion is movable between an expanded position and a collapsed position by action of the handle relative to the base characterised in that the widest portion of the loop portion is more proximal to a proximal end of the loop portion than the mid-point of the length of the loop portion is, and in that at least one arm is attached to a proximal portion of the loop portion , wherein a proximal end of the arm is attached to the handle , and wherein the arm is configured to be articulated in a manner to widen or narrow the loop. a handle ; and a link having a first end attached to the handle and a second end, a wire defining a loop portion and at least one leg portion , wherein each leg portion is disposed proximal from the loop portion and a proximal end of each leg portion is secured to the second end of the link , a net element having a loop section secured to the loop portion , wherein the loop portion is movable between an expanded position and a collapsed position by action of the handle relative to the base characterised in that the widest portion of the loop portion is more proximal to a proximal end of the loop portion than the mid-point of the length of the loop portion is, and in that at least one arm is attached to a proximal portion of the loop portion , wherein a proximal end of the arm is attached to the handle , and wherein the arm is configured to be articulated in a manner to widen or narrow the loop.