mhurhangee/patent-ind-claim-en huggingface dataset:
Dishwasher comprising a washing chamber and a water filtering system arranged in the lower part of the washing chamber , said water filtering system comprises a filter and a central filter unit that are removably arranged in said washing chamber , said filter has a substantially flat shape and is supported around its outer periphery by a contact surface of a recess in the lower part of the washing chamber and is secured in the washing chamber by the central filter unit , said central filter unit being arranged in an opening in the filter and comprising a surface pressing on the inner periphery of the opening in the filter to secure the filter in the intended position, wherein said outer periphery of the filter or said contact surface of the recess , and said surface of the central filter unit or the inner periphery of the opening in the filter are covered by a layer (25; 39) of elastic material, and wherein the outer periphery of the filter and the top side of the inner periphery of the filter extending around the opening are shaped like substantially flat rims , wherein the recess and the contact surface have a shape corresponding the peripheral shape of the filter and are arranged in a plane substantially horizontal and parallel to the plane of the outer periphery 21 of the filter 20 ; and wherein the central filter unit is substantially cylindrical and arranged in the opening in the filter and where the central filter unit is provided with a flange extending in a substantially radial direction from the central filter unit , the flange being positioned above the filter such that a substantially flat horizontal surface on the lower side of the flange is in contact with the upper side of the inner periphery of the filter.
A method for the anti-corrosion pretreatment of a metal substrate, in which method the surface of the metal substrate is brought into contact with an aqueous anti-corrosion agent which contains at least one water-soluble compound (A) of the element zirconium and at least one polycyclic hydrocarbon (B) which comprises at least one anellated benzene ring having in each case at least two hydroxyl groups substituted in the ring in the ortho position relative to one another, characterized in that the molar ratio of zirconium to the total fluoride content in the homogenous aqueous phase of the anti-corrosion agent is greater than 1.
A computer-implemented method for identifying a source of a suspect event, comprising: registering system events in a database (110, 110-a); detecting a suspicious event associated with a first process; querying a list of potential puppet processes to determine whether the first process is on the list; and upon identifying the first process on the list of potential puppet processes, querying the registered system events to determine whether the registered system events indicate a second process as launching the first process, wherein at least one of determining the second process launches the first process and determining the first process is on the list of potential puppet processes indicates the second process as potential malware. registering system events in a database (110, 110-a); detecting a suspicious event associated with a first process; querying a list of potential puppet processes to determine whether the first process is on the list; and upon identifying the first process on the list of potential puppet processes, querying the registered system events to determine whether the registered system events indicate a second process as launching the first process, wherein at least one of determining the second process launches the first process and determining the first process is on the list of potential puppet processes indicates the second process as potential malware.
A method of transmitting a transport stream having duplicate packets, the method comprising the steps of: generating a transport stream having a plurality of PCR-bearing packets, wherein a PCR value contained in a PCR-bearing packet is obtained from a system clock; transmitting the transport stream; duplicating an original packet of the transport stream, wherein the original packet comprises a first PCR value; and characterised in that it further comprises the step of interpolating a valid PCR value for the original packet, wherein the duplicated packet contains the first PCR value. generating a transport stream having a plurality of PCR-bearing packets, wherein a PCR value contained in a PCR-bearing packet is obtained from a system clock; transmitting the transport stream; duplicating an original packet of the transport stream, wherein the original packet comprises a first PCR value; and characterised in that it further comprises the step of interpolating a valid PCR value for the original packet, wherein the duplicated packet contains the first PCR value.
Crushing device for crushing material to be crushed such as valuable materials, waste and production residues comprising a crushing rotor rotatably positioned on a machine frame with crushing tools placed thereon, a receiving area for receiving material to be crushed as well as a feeding device that has a stamping device movable by means of a driving device in direction of the crushing rotor , this stamping device being configured to feed material to be crushed to the crushing rotor , characterized in that the driving device of the feeding device has at least two spaced electric actuators (6a, b) driven by means of a control device that are linked on the driven side by means of a crossbar , wherein the crossbar is operatively connected to the stamping device by a spring-elastic damping device (7a, b).
An in-vehicle structure of electrical equipment, the in-vehicle structure comprising in an engine compartment in a front portion of a vehicle : a drive unit that includes a motor configured to supply drive power to the vehicle ; a first equipment ; and a second equipment , wherein a coupling member is provided to couple the first equipment and the second equipment , extends horizontally in the vehicle width direction, and is configured to support the first and second equipment against a falling load directed from one thereof toward the other, characterized by a generating unit that includes an engine and a generator using the engine as a power source, wherein the generating unit and the drive unit are arranged in alignment in a vehicle width direction in the engine compartment , the first equipment is vertically provided on one of the generating unit and the drive unit , and the second equipment is vertically provided on the other of the generating unit and the drive unit . a drive unit that includes a motor configured to supply drive power to the vehicle ; a first equipment ; and a second equipment , wherein a coupling member is provided to couple the first equipment and the second equipment , extends horizontally in the vehicle width direction, and is configured to support the first and second equipment against a falling load directed from one thereof toward the other, characterized by a generating unit that includes an engine and a generator using the engine as a power source, wherein the generating unit and the drive unit are arranged in alignment in a vehicle width direction in the engine compartment , the first equipment is vertically provided on one of the generating unit and the drive unit , and the second equipment is vertically provided on the other of the generating unit and the drive unit .
A spring hammer for rapping a surface, the spring hammer comprising an anvil with an impact surface, which anvil can be fastened to the surface to be rapped, a movable piston having a first end which is in operation moved towards the impact surface of the anvil, a guiding structure for guiding the piston to move in a defined direction with respect to the anvil, and means for launching the piston to move the piston towards the impact surface of the anvil, characterized in that the first end of the piston or the impact surface of the anvil is machined to form an integrated flexible spring geometry.
Method for returning to a standard start screen of a smartphone, comprising the following steps: - S100, detecting by way of a front and a rear camera of a smartphone whether the smartphone is placed on a surface and turned over by at least 360 degrees, wherein the step S100 comprises the following sub steps: - detecting a rotation of the smartphone by way of a gravity sensor or a direction sensor, - after detecting a rotation of the smartphone, activating immediately and controlling the front and rear cameras in such a way that a photo is captured after a predetermined interval, - determining whether the photos captured by the front camera and the rear camera include two photos with a similar scene, - S200, opening the standard start screen immediately when the screen is unlocked by a user, if this is the case, - S302, ending all applications running in the background after carrying out the step S200. - S100, detecting by way of a front and a rear camera of a smartphone whether the smartphone is placed on a surface and turned over by at least 360 degrees, wherein the step S100 comprises the following sub steps: - detecting a rotation of the smartphone by way of a gravity sensor or a direction sensor, - after detecting a rotation of the smartphone, activating immediately and controlling the front and rear cameras in such a way that a photo is captured after a predetermined interval, - determining whether the photos captured by the front camera and the rear camera include two photos with a similar scene, - detecting a rotation of the smartphone by way of a gravity sensor or a direction sensor, - after detecting a rotation of the smartphone, activating immediately and controlling the front and rear cameras in such a way that a photo is captured after a predetermined interval, - determining whether the photos captured by the front camera and the rear camera include two photos with a similar scene, - S200, opening the standard start screen immediately when the screen is unlocked by a user, if this is the case, - S302, ending all applications running in the background after carrying out the step S200.
An electrosurgical pencil comprising: a handle housing having a proximal end portion and a distal end portion, the handle housing defining a lumen therethrough; a suction conduit coupled to the handle housing, the suction conduit configured to couple the electrosurgical pencil to a smoke evacuator ; an electrode extending from the distal end portion of the handle housing and configured to couple to a source of electrosurgical energy; a light source disposed within the handle housing and configured to illuminate light; a nozzle extending from the distal end portion of the handle housing and defining a lumen in fluid communication with the lumen of the handle housing, wherein the nozzle is configured to transmit light illuminating from the light source through the nozzle and out of a distal end of the nozzle to form a light path illuminating therefrom; characterized in that the distal end of the nozzle includes an angled tip configured to cause the light path to illuminate away from a longitudinal axis of the nozzle and wherein the nozzle is rotatable relative to the handle housing to direct the light path illuminating away from the longitudinal axis of the nozzle. a handle housing having a proximal end portion and a distal end portion, the handle housing defining a lumen therethrough; a suction conduit coupled to the handle housing, the suction conduit configured to couple the electrosurgical pencil to a smoke evacuator ; an electrode extending from the distal end portion of the handle housing and configured to couple to a source of electrosurgical energy; a light source disposed within the handle housing and configured to illuminate light; a nozzle extending from the distal end portion of the handle housing and defining a lumen in fluid communication with the lumen of the handle housing, wherein the nozzle is configured to transmit light illuminating from the light source through the nozzle and out of a distal end of the nozzle to form a light path illuminating therefrom; characterized in that the distal end of the nozzle includes an angled tip configured to cause the light path to illuminate away from a longitudinal axis of the nozzle and wherein the nozzle is rotatable relative to the handle housing to direct the light path illuminating away from the longitudinal axis of the nozzle.
Method for mounting a solar collector , the solar collector comprising a solar absorber , a transparent cover , a frame and optionally a rear wall , wherein the frame comprises a plurality of frame parts , the method comprising the steps of a. optionally: holding the rear wall in a position H1 b. on two first frame parts , wherein each first frame part has at least one frame opening , preferably two frame openings : inserting a mounting mandrel into each frame opening and holding the first frame parts by means of the mounting mandrels , c. on the solar absorber , wherein the solar absorber has at least two absorber openings , preferably four absorber openings : inserting the same mounting mandrels into the absorber openings and holding the solar absorber in a position H2, in particular parallel in front of the rear wall , by means of the mounting mandrels , d. holding the cover in a position H3 parallel in front of the solar absorber , e. pushing the first frame parts onto the solar absorber and the cover and optionally onto the rear wall . a. optionally: holding the rear wall in a position H1 b. on two first frame parts , wherein each first frame part has at least one frame opening , preferably two frame openings : inserting a mounting mandrel into each frame opening and holding the first frame parts by means of the mounting mandrels , c. on the solar absorber , wherein the solar absorber has at least two absorber openings , preferably four absorber openings : inserting the same mounting mandrels into the absorber openings and holding the solar absorber in a position H2, in particular parallel in front of the rear wall , by means of the mounting mandrels , d. holding the cover in a position H3 parallel in front of the solar absorber , e. pushing the first frame parts onto the solar absorber and the cover and optionally onto the rear wall .
A method of reducing torque ripple in an electric motor which comprises a DC power input and an inverter arranged to convert the DC power input to a three-phase AC power, the method comprising: sensing an electric parameter of the DC power input , wherein the electric parameter is chosen from current, voltage, or power; characterized by detecting a ripple in an AC component of the electric parameter, wherein detecting the ripple comprises using a discrete Fourier transform on the electric parameter to determine offset errors and amplitude errors, wherein the offset errors and the amplitude errors are determined based on the first harmonic and the second harmonic, respectively; determining a correction to be used to correct the offset errors and the amplitude errors; and applying the correction to at least two electric signals of the three-phase AC power supplied to the electric motor to reduce torque ripple. sensing an electric parameter of the DC power input , wherein the electric parameter is chosen from current, voltage, or power; characterized by detecting a ripple in an AC component of the electric parameter, wherein detecting the ripple comprises using a discrete Fourier transform on the electric parameter to determine offset errors and amplitude errors, wherein the offset errors and the amplitude errors are determined based on the first harmonic and the second harmonic, respectively; determining a correction to be used to correct the offset errors and the amplitude errors; and applying the correction to at least two electric signals of the three-phase AC power supplied to the electric motor to reduce torque ripple.
Closing device for containers , e.g. for glass containers, having a closing part , by means of which an opening of the container can be closed and which has closing part-side holding elements , and container-side holding elements which are arranged on a container outlet region that has the opening of the container and with which the closing part-side holding elements can be brought into engagement when closing the opening of the container , characterized in that the container-side holding elements are designed as identification features, namely as lettering or as sequence of numbers, by means of which the containers can be assigned to a specific type, class, size, manufacturer, processor, bottler.
A paper conveying apparatus comprising: a sound signal generator , provided with a sound detector near a conveyance path of a paper, configured to generate a time-varying sound signal as output corresponding to a sound generated by the paper during conveyance of the paper; a sound jam detector configured to determine whether a jam has occurred based on a shape of the time-varying sound signal; a frequency signal generator configured to generate a frequency signal by converting the time-varying sound signal to frequency; a special sound detector configured to determine whether a special sound has been generated based on a component of a predetermined frequency band of the frequency signal; and a control module configured to perform abnormal processing when the sound jam detector determines that a jam has occurred and the special sound detector determines that a special sound has not been generated, and to determine that no jam has occurred and not perform the abnormal processing when the sound jam detector determines that a jam has occurred and the special sound detector determines that a special sound has been generated. a sound signal generator , provided with a sound detector near a conveyance path of a paper, configured to generate a time-varying sound signal as output corresponding to a sound generated by the paper during conveyance of the paper; a sound jam detector configured to determine whether a jam has occurred based on a shape of the time-varying sound signal; a frequency signal generator configured to generate a frequency signal by converting the time-varying sound signal to frequency; a special sound detector configured to determine whether a special sound has been generated based on a component of a predetermined frequency band of the frequency signal; and a control module configured to perform abnormal processing when the sound jam detector determines that a jam has occurred and the special sound detector determines that a special sound has not been generated, and to determine that no jam has occurred and not perform the abnormal processing when the sound jam detector determines that a jam has occurred and the special sound detector determines that a special sound has been generated.
A method for announcing a voice call, wherein the method comprises: acquiring (S101, S201, S301, S401) a current time at which voice information from a terminal device is received; determining (S102, S202, S302, S402) a time interval between the current time and a time point corresponding to most recent previous voice broadcasting; and if the time interval is greater than a set time period, issuing (S103) of prompt information prompting that the voice information is to be broadcast, wherein the issuing of prompt information further comprises: recognizing sound of the voice information from the terminal device; matching the sound of the voice information with stored sound; and if the matching is successful, broadcasting the stored sound as the prompt voice;and if the matching fails, broadcasting a prompt voice to prompt that the voice information is to be broadcast. acquiring (S101, S201, S301, S401) a current time at which voice information from a terminal device is received; determining (S102, S202, S302, S402) a time interval between the current time and a time point corresponding to most recent previous voice broadcasting; and if the time interval is greater than a set time period, issuing (S103) of prompt information prompting that the voice information is to be broadcast, wherein the issuing of prompt information further comprises: recognizing sound of the voice information from the terminal device; matching the sound of the voice information with stored sound; and if the matching is successful, broadcasting the stored sound as the prompt voice;and if the matching fails, broadcasting a prompt voice to prompt that the voice information is to be broadcast. recognizing sound of the voice information from the terminal device; matching the sound of the voice information with stored sound; and if the matching is successful, broadcasting the stored sound as the prompt voice;and if the matching fails, broadcasting a prompt voice to prompt that the voice information is to be broadcast.
A method comprising: receiving a network authentication request from a first network operator, and causing authentication information to be transmitted to the first network operator based on a subscription for the first network operator, characterized in that the method comprises causing , using a processor, responsive to the network authentication request, a command to be transmitted to a universal integrated circuit card, wherein the command is configured to cause the universal integrated circuit card to activate a subscription for the first network operator and deactivate a subscription for a second network operator in an instance in which the subscription for the first network operator is not an active subscription, and wherein the activating the subscription for the first network operator and deactivating the subscription for the second network operator causes a reset of the universal integrated circuit card without causing, by the processor, a reset of a mobile terminal comprising the said universal integrated circuit card and the said processor. receiving a network authentication request from a first network operator, and causing authentication information to be transmitted to the first network operator based on a subscription for the first network operator, characterized in that the method comprises causing , using a processor, responsive to the network authentication request, a command to be transmitted to a universal integrated circuit card, wherein the command is configured to cause the universal integrated circuit card to activate a subscription for the first network operator and deactivate a subscription for a second network operator in an instance in which the subscription for the first network operator is not an active subscription, and wherein the activating the subscription for the first network operator and deactivating the subscription for the second network operator causes a reset of the universal integrated circuit card without causing, by the processor, a reset of a mobile terminal comprising the said universal integrated circuit card and the said processor.
Footwear of variable rigidity, comprising: - a sole having a tread and an upper face opposite the tread , - an upper , - a midsole , sandwiched between the upper and the sole , - a stiffening strut , placed inside a watertight vacuum chamber delimited by the midsole , - said stiffening strut being joined, inside said vacuum chamber , to an upper face of the sole or to an insole interposed between the upper and said stiffening strut , - the footwear being provided with a pump configured to create a variable depression inside said vacuum chamber so as to vary the compression and adhesion between the stiffening strut and the sole or the insole . - a sole having a tread and an upper face opposite the tread , - an upper , - a midsole , sandwiched between the upper and the sole , - a stiffening strut , placed inside a watertight vacuum chamber delimited by the midsole , - said stiffening strut being joined, inside said vacuum chamber , to an upper face of the sole or to an insole interposed between the upper and said stiffening strut , - the footwear being provided with a pump configured to create a variable depression inside said vacuum chamber so as to vary the compression and adhesion between the stiffening strut and the sole or the insole .