mhurhangee/patent-ind-claim-en huggingface dataset:
Device for testing the chronometric precision of a watch movement , or a watch , wherein said device includes at least one receptacle arranged to hold, up to a given acceleration threshold, at least one movement or one watch , and includes manoeuvring means arranged to manoeuvre each said receptacle in space, arranged to impose on each said receptacle an overall cycle that includes at least one cycle with a predefined trajectory under the control of control means including a clock or connected to an external time base, said predefined cycle including passing through standard chronometric test positions, characterized in that said device includes rate sensing means for recording the rate parameters of each movement , or respectively watch , placed in a said receptacle , and said device includes fine control means and analysis means interfaced with said control means and said rate sensing means , and arranged to evaluate the chronometric precision of each said movement or respectively of each said watch , in a kinematic and/or dynamic cycle applied to each said receptacle , during a motion of said receptacle wherein the centre of inertia of said movement , or respectively of said watch , has a variable position, during an angular motion of said receptacle wherein the centre of inertia of said movement , or respectively of said watch , has a fixed position, during a stabilisation phase once the centre of inertia of said movement , or respectively of said watch , has reached a fixed position and after its linear and angular speed vectors and its acceleration reach zero, and during which stabilisation phase the rate is variable, and during a stop phase wherein the centre of inertia of said movement or respectively of said watch is in a fixed position and wherein the linear and angular speed vectors and acceleration are all zero, and in which stop phase the rate is stable, and in that said fine control means include a sequencer , which is arranged to control the changes of chronometric test position of said movement , or respectively of said watch , in a multi-position sequence, after each measurement per position, and to start another multi-position sequence as soon as the preceding sequence finishes and which observes the predefined total duration of one cycle of several successive multi-position sequences, said sequencer also being arranged to manage the durations of rate stabilisation (Ts), the durations of measurement per position (Tp), and the durations of multi-position sequence intervals (Ti) defining a basic interval in which a chronometric test is performed in each of the predefined chronometric positions.
A device for cutting plants and the like, having a mulcher for cutting and shredding plants, a suction device , by means of which shredded plant parts can be transported from the mulcher to a transport container, as well as a vehicle, with which the mulcher is connected via a freely moveable arm and by means of which the mulcher can be moved along a direction of travel , wherein the mulcher has a cutting roller which is rotatable about an axis that is perpendicular to a direction of travel , wherein a transport device is provided, by means of which shredded plants can be transported from an area behind the cutting roller , into which the shredded plants are conveyed by means of the cutting roller , to a collection container , from which the plant parts can be transported away by means of the suction device , wherein the collection container is rigidly connected with a housing in which the cutting roller is rotatably arranged, wherein the collection container is connected with a connector , with which a hose of the suction device is connected, wherein the hose at least partially extends alongside the arm and connects the mulcher with the transport container, such that plant parts located inside the collection container can be extracted by means of the suction device .
Apparatus for using a customer device certificate on a device, with: a storage unit for storing a manufacturer's device certificate, a processing unit for generating a certificate request for a customer device certificate on the device, wherein the processing unit is configured to generate the certificate request for the customer device certificate using the manufacturer's device certificate, and a transmitter-receiver unit for transmitting the certificate request to a first computing unit external to the apparatus , the first computing unit being configured to generate a customer device certificate and to forward the generated customer device certificate to a second computing unit external to the apparatus , the second computing unit being configured to re-sign the generated customer device certificate with a manufacturer's signature, and for receiving the re-signed customer device certificate, wherein the processing unit is configured to check the manufacturer's signature based on the stored manufacturer's device certificate and to use the re-signed customer device certificate depending on a result of the check, wherein the transmitter-receiver unit is configured to receive data for the customer device certificate to be generated from the first external computing unit before the certificate request is generated. a storage unit for storing a manufacturer's device certificate, a processing unit for generating a certificate request for a customer device certificate on the device, wherein the processing unit is configured to generate the certificate request for the customer device certificate using the manufacturer's device certificate, and a transmitter-receiver unit for transmitting the certificate request to a first computing unit external to the apparatus , the first computing unit being configured to generate a customer device certificate and to forward the generated customer device certificate to a second computing unit external to the apparatus , the second computing unit being configured to re-sign the generated customer device certificate with a manufacturer's signature, and for receiving the re-signed customer device certificate, wherein the processing unit is configured to check the manufacturer's signature based on the stored manufacturer's device certificate and to use the re-signed customer device certificate depending on a result of the check, wherein the transmitter-receiver unit is configured to receive data for the customer device certificate to be generated from the first external computing unit before the certificate request is generated.
A method for performing a retrotraverse behavior for a remote vehicle having a control system comprising a memory and being configured to communicate with an operator control unit, the method comprising: generating a list of time stamped waypoints separated by at least a minimum difference in time and distance; storing the list of time stamped waypoints in the memory; generating a return path of interconnected previously-traversed waypoints in reverse order of timestamps responsive to losing communication with the operator control unit or responsive to receiving a command from the operator control unit; and navigating along the return path until communication with the operator control unit is restored or until a command is received from the operator control unit. generating a list of time stamped waypoints separated by at least a minimum difference in time and distance; storing the list of time stamped waypoints in the memory; generating a return path of interconnected previously-traversed waypoints in reverse order of timestamps responsive to losing communication with the operator control unit or responsive to receiving a command from the operator control unit; and navigating along the return path until communication with the operator control unit is restored or until a command is received from the operator control unit.
A content addressable memory comprising: a plurality of CAM SRAM cells (MC); a pair of word lines (WLA/WLB) coupled to the CAM SRAM cells, the pair word lines including a first word line and a second word line; a plurality of pairs of bit lines (BB/BT) coupled to the CAM SRAM cells; a plurality of pairs of search lines (ST/SB) coupled to the CAM SRAM cells; a match line (ML) coupled to the CAM SRAM cells; a match amplifier (MA) coupled to the match line; a match signal output line (MLo) to which the output of the match amplifier is supplied; and a reading line (MRL); a selection circuit (MLS) coupled the pair of word lines and the match signal output line such that the selection circuit can select the output of the match amplifier in accordance with the value of the first word line or the second word line; and a scan input circuit (SCC) that supplies test search data to the pairs of search lines, characterised in that the selection circuit includes: an OR circuit (OR) having a first input coupled to the first word line and a second input coupled to the second word line; a first MOS transistor (T1) having a gate coupled to the output of the OR circuit; and a second MOS transistor (T2) having a gate coupled to the match signal output line, and wherein the source-drain route of the first MOS transistor and the source-drain route of the second MOS transistor are coupled in series between the reading line and a reference potential (GND). a plurality of CAM SRAM cells (MC); a pair of word lines (WLA/WLB) coupled to the CAM SRAM cells, the pair word lines including a first word line and a second word line; a plurality of pairs of bit lines (BB/BT) coupled to the CAM SRAM cells; a plurality of pairs of search lines (ST/SB) coupled to the CAM SRAM cells; a match line (ML) coupled to the CAM SRAM cells; a match amplifier (MA) coupled to the match line; a match signal output line (MLo) to which the output of the match amplifier is supplied; and a reading line (MRL); a selection circuit (MLS) coupled the pair of word lines and the match signal output line such that the selection circuit can select the output of the match amplifier in accordance with the value of the first word line or the second word line; and a scan input circuit (SCC) that supplies test search data to the pairs of search lines, characterised in that the selection circuit includes: an OR circuit (OR) having a first input coupled to the first word line and a second input coupled to the second word line; a first MOS transistor (T1) having a gate coupled to the output of the OR circuit; and a second MOS transistor (T2) having a gate coupled to the match signal output line, and an OR circuit (OR) having a first input coupled to the first word line and a second input coupled to the second word line; a first MOS transistor (T1) having a gate coupled to the output of the OR circuit; and a second MOS transistor (T2) having a gate coupled to the match signal output line, and wherein the source-drain route of the first MOS transistor and the source-drain route of the second MOS transistor are coupled in series between the reading line and a reference potential (GND).
A column with adjustable length for use as a load-bearing element in connection with the construction of buildings, which column comprises an outer tube, which is closed at one end, and at the other end there is introduced one end of an inner tube, whose outer diameter is less than the inner diameter of the outer tube, and an adjustment and fixation mechanism for controlling how much the inner tube can be introduced into the outer tube, and thus the overall length of the column, the adjustment mechanism comprising one or more cylindrical spacers and/or rings, which are arranged in the outer tube before the inner tube is introduced therein, characterized in that the one or more spacers and/or rings lay against the closed end of the outer tube and the end of the inner tube.
An ultrasound stimulation helmet for regulating the expression of a brain endogenous neurotrophic factor or a neurodegenerative disease-related protein, wherein the ultrasound stimulation helmet comprising: a main body , wherein the main body is wearable on a patient's head, the main body comprising a front adjustment knob , a back adjustment knob , a fastening support frame , and a plurality of position adjustment knobs ; a plurality of ultrasound probes detachably mounted on the main body for generating ultrasound waves, wherein angle of the ultrasound probe itself are adjustable; wherein the fastening support frame adjust the length of the main body according to the size of the head of the patient, and the ultrasound probes are connected with the position adjustment knob of the main body so that the ultrasound probes are moved up, down, left and right according to the patient's head, and characterized in that each of the ultrasound probes comprises a frequency adjustment knob and an intensity adjustment knob for controlling the output frequency and the output of the ultrasound probe intensity respectively. a main body , wherein the main body is wearable on a patient's head, the main body comprising a front adjustment knob , a back adjustment knob , a fastening support frame , and a plurality of position adjustment knobs ; a plurality of ultrasound probes detachably mounted on the main body for generating ultrasound waves, wherein angle of the ultrasound probe itself are adjustable; wherein the fastening support frame adjust the length of the main body according to the size of the head of the patient, and the ultrasound probes are connected with the position adjustment knob of the main body so that the ultrasound probes are moved up, down, left and right according to the patient's head,
An apparatus comprising: a processor configured to execute software; a non-volatile random access memory coupled to the processor that is byte-rewritable by the processor, a portion of the non-volatile random access memory configured to act as a system memory for storing data and instructions of the processor's software, the non-volatile random access memory further comprising a partition that is exposed to the software as mass storage ; and a memory controller coupled between the processor and the non-volatile random access memory, the memory controller further configured to access the portion of the non-volatile random access system memory, and to perform a memory access operation to access the partition in response to a request from the software for access to the mass storage wherein the memory controller is configured to emulate the mass storage to a storage driver in response to the request from the software by at least copying data between the system memory and the partition of the non-volatile random access memory. a processor configured to execute software; a non-volatile random access memory coupled to the processor that is byte-rewritable by the processor, a portion of the non-volatile random access memory configured to act as a system memory for storing data and instructions of the processor's software, the non-volatile random access memory further comprising a partition that is exposed to the software as mass storage ; and a memory controller coupled between the processor and the non-volatile random access memory, the memory controller further configured to access the portion of the non-volatile random access system memory, and to perform a memory access operation to access the partition in response to a request from the software for access to the mass storage wherein the memory controller is configured to emulate the mass storage to a storage driver in response to the request from the software by at least copying data between the system memory and the partition of the non-volatile random access memory.
. A method for purifying a combustion exhaust gas containing making a combustion exhaust gas having an alcohol added thereto as a reducing agent, into contact with a de-nitration catalyst containing a catalyst support containing MFI zeolite or FER zeolite, having supported thereon, Bi, or Pb, at a temperature of from 200 to 300 °C, so as to remove a nitrogen oxide in the exhaust gas.
Valve assembly with a housing having a first valve seat , which is closeable by a moveable first piston , wherein the housing has a first and a second port (11; 12), wherein the first port is fluidically connected to the second port via the first valve seat , wherein the pressure at the first port urges the first piston away from the first valve seat , wherein the first piston delimits a first orifice which is continuously adjustable by a movement of the first piston , wherein the first piston delimits a control chamber , wherein the pressure in the control chamber urges the first piston against the first valve seat , wherein the second port is fluidically connected to the control chamber via the first orifice ,wherein there is an armature which is at least partially surrounded by a coil , wherein a fluid flow from the control chamber to the first port is adjustable via an electrical current in the coil , characterized in that there is a second valve seat , which is closeable by a movable second piston , wherein the second piston is coupled to the armature , wherein the second piston is urged against the second valve seat by a spring , wherein the movement of the second piston is continuously adjustable via the electrical current in the coil , wherein there is a third valve seat , which is closeable by a moveable third piston , wherein there is a first fluid flow path from the control chamber via a second orifice , further via the second valve seat to the first port , wherein there is a second fluid flow path from the control chamber via the third valve seat to the first port , wherein the second flow path bypasses the second valve seat, such that the third valve seat is not part of the first flow path, wherein the pressure between the second orifice and the second valve seat urges the third piston against the third valve seat , wherein the second valve seat is located at the third piston , wherein the second and the third valve seat (41; 43) are located on opposing sides of the third piston .
A pair of grips for tippable apparatus comprising at least one wheel , a body portion for receiving a load , and a pair of handles by which the tippable apparatus is able to be pushed and tipped about the wheel , and the pair of grips being such that each grip comprises: (i) a connecting portion for connecting to one of the handles ; (ii) a hand grip portion ; (iii) at least one guide slot which is curved; and (iv) at least one slide portion which extends from the connecting portion and into the guide slot , (v) the guide slot is in the hand grip portion ; (vi) the slide portion is retained in the guide slot and during the pushing and tipping is slideable backwards and forwards in the guide slot in order to allow the tipping of the tippable apparatus about the wheel and without a person having to change their hand position on the grip ; and the grip being characterised in that : (vii) the slide portion comprises a curved formation which has a curve which is complementary to the curve of the guide slot . (i) a connecting portion for connecting to one of the handles ; (ii) a hand grip portion ; (iii) at least one guide slot which is curved; and (iv) at least one slide portion which extends from the connecting portion and into the guide slot , (v) the guide slot is in the hand grip portion ; (vi) the slide portion is retained in the guide slot and during the pushing and tipping is slideable backwards and forwards in the guide slot in order to allow the tipping of the tippable apparatus about the wheel and without a person having to change their hand position on the grip ; and the grip being characterised in that : (vii) the slide portion comprises a curved formation which has a curve which is complementary to the curve of the guide slot .
A battery pack comprising: a battery comprising at least one battery cell , a first battery terminal , and a second battery terminal ; a first pack terminal and a second pack terminal that are connected to a charger ; a discharging switch comprising a first switch and a diode , the first switch being connected between the second pack terminal and the second battery terminal , the diode being connected in parallel to the first switch and having a forward direction in which charging current of the battery flows; and a battery management unit configured to determine a charging mode from one of a first charging mode in which the battery is supplied with a voltage corresponding to a voltage applied between the first pack terminal and the second pack terminal , using charging current flowing through the first switch and a second charging mode in which the battery is supplied with a target voltage that is lower than the voltage applied between the first pack terminal and the second pack terminal by a preset voltage, using charging current flowing through the diode , characterised in that the battery management unit is configured to start charging the battery in the first charging mode and then switch the charging mode to the second charging mode when the battery is charged to a preset reference voltage that is lower than the target voltage. a battery comprising at least one battery cell , a first battery terminal , and a second battery terminal ; a first pack terminal and a second pack terminal that are connected to a charger ; a discharging switch comprising a first switch and a diode , the first switch being connected between the second pack terminal and the second battery terminal , the diode being connected in parallel to the first switch and having a forward direction in which charging current of the battery flows; and a battery management unit configured to determine a charging mode from one of a first charging mode in which the battery is supplied with a voltage corresponding to a voltage applied between the first pack terminal and the second pack terminal , using charging current flowing through the first switch and a second charging mode in which the battery is supplied with a target voltage that is lower than the voltage applied between the first pack terminal and the second pack terminal by a preset voltage, using charging current flowing through the diode , characterised in that the battery management unit is configured to start charging the battery in the first charging mode and then switch the charging mode to the second charging mode when the battery is charged to a preset reference voltage that is lower than the target voltage.
An adapter for a radiator having a valve , said adapter having a longitudinal axis and including: - a body having an opening , - a slider having an opening and mounted translatably on the body parallel to the longitudinal axis between a closed position where the slider is close to the opening of the body and a far position where the slider moves away from the opening of the body , - two parallel bars (106a-b) arranged on either side of the longitudinal axis , - a return element that constrains the slider in the far position, and - a nut coaxial with the longitudinal axis secured either to the body or to the slider , and - a screw with a central bore and which is screwed into the nut , the adapter also including combined movement means that are distributed between the slider and the body , and which comprise, for the end of each bar (106a-b), a first means that ensures a movement of the end perpendicular to the longitudinal axis , and, for each bar (106a-b), a second means that ensures a slanted movement of the bar (106a-b), where the two slants are oriented in a V with the tip oriented toward the openings and the separated ends oriented toward the opposite side. - a body having an opening , - a slider having an opening and mounted translatably on the body parallel to the longitudinal axis between a closed position where the slider is close to the opening of the body and a far position where the slider moves away from the opening of the body , - two parallel bars (106a-b) arranged on either side of the longitudinal axis , - a return element that constrains the slider in the far position, and - a nut coaxial with the longitudinal axis secured either to the body or to the slider , and - a screw with a central bore and which is screwed into the nut ,