mhurhangee/patent-ind-claim-en huggingface dataset:
A method of treating skin, comprising topically applying to skin in need of treatment for signs of skin aging a topical composition comprising up to 2 weight percent of glucosamine hydrochloride and exposing said skin to red light having a peak wavelength of 600 nm to 750 nm, near infrared light having a peak wavelength of 750 nm to 1000 nm, or both, using a light delivery device.
Chain-closing link for a bicycle chain , comprising two closing parts each with a closing plate and a chain pin connected in a rotationally fixed manner to the closing plate , - wherein the closing plate has a first end region , a second end region and a connecting region between the two end regions , - and, furthermore, a slot , comprising an introduction opening , a retaining opening and a displacement region located between the introduction opening and the retaining opening , is arranged in the first end region of the closing plate , wherein the displacement region narrows from the introduction opening in the direction of the retaining opening and forms a narrowed neck location , - wherein the chain pin has at one end a pin head with a pin neck and has at the other end a pin foot , - wherein a diameter (D21) of the introduction opening is larger than a diameter (D41) of the pin head , and a diameter (D22) of the retaining opening is smaller than the diameter (D41) of the pin head and larger than a diameter (D42) of the pin neck , - wherein the narrowed neck location is dimensioned to be smaller than the diameter (D42) of the pin neck , and - a clamping region is arranged between the narrowed neck location and the retaining opening of the slot and is dimensioned to be smaller than the diameter (D42) of the pin neck , characterized in that the closing plate has an asymmetrical form with respect to the longitudinal axis (V) thereof, and the connecting region of the closing plate has a concave peripheral region and a non-concave peripheral region, wherein the non-concave peripheral region is in the form of a rectilinear edge region . - wherein the closing plate has a first end region , a second end region and a connecting region between the two end regions , - and, furthermore, a slot , comprising an introduction opening , a retaining opening and a displacement region located between the introduction opening and the retaining opening , is arranged in the first end region of the closing plate , wherein the displacement region narrows from the introduction opening in the direction of the retaining opening and forms a narrowed neck location , - wherein the chain pin has at one end a pin head with a pin neck and has at the other end a pin foot , - wherein a diameter (D21) of the introduction opening is larger than a diameter (D41) of the pin head , and a diameter (D22) of the retaining opening is smaller than the diameter (D41) of the pin head and larger than a diameter (D42) of the pin neck , - wherein the narrowed neck location is dimensioned to be smaller than the diameter (D42) of the pin neck , and - a clamping region is arranged between the narrowed neck location and the retaining opening of the slot and is dimensioned to be smaller than the diameter (D42) of the pin neck , characterized in that the closing plate has an asymmetrical form with respect to the longitudinal axis (V) thereof, and the connecting region of the closing plate has a concave peripheral region and a non-concave peripheral region, wherein the non-concave peripheral region is in the form of a rectilinear edge region .
Searchlight system comprising: - a searchlight with motorized adjustment, in particular with a light-emitting diode (LED) as light source, - a touch-sensitive display unit , - a control unit , wherein the control unit is configured to send control signals to the searchlight , wherein the display unit comprises an operating unit for operating the searchlight and is configured to send a corresponding control signal to the control unit in response to an operation of the operating unit, characterized in that the display unit is a personal digital assistant connected by wireless communication, or a smartphone or a tablet PC. - a searchlight with motorized adjustment, in particular with a light-emitting diode (LED) as light source, - a touch-sensitive display unit , - a control unit , wherein the control unit is configured to send control signals to the searchlight , wherein the display unit comprises an operating unit for operating the searchlight and is configured to send a corresponding control signal to the control unit in response to an operation of the operating unit, characterized in that the display unit is a personal digital assistant connected by wireless communication, or a smartphone or a tablet PC.
A method for performing voice control on a device with a microphone array, the method comprising: confirming that the device is in an audio playing state; analyzing an interference sound interfering the device in the audio playing state to obtain a feature of the interference sound, and selecting a voice enhancement mode adopted by the device according to the feature of the interference sound; detecting a user's voice in real time for a wake-up word, and when the wake-up word is detected from the user's voice, controlling the device to stop audio playing; analyzing an interference sound interfering the device after the audio playing is stopped, to obtain a feature of the interference, and adjusting the voice enhancement mode adopted by the device according to the feature of the interference sound; and acquiring a command word from the user, and controlling the device to execute a corresponding function so as to respond to the user. confirming that the device is in an audio playing state; analyzing an interference sound interfering the device in the audio playing state to obtain a feature of the interference sound, and selecting a voice enhancement mode adopted by the device according to the feature of the interference sound; detecting a user's voice in real time for a wake-up word, and when the wake-up word is detected from the user's voice, controlling the device to stop audio playing; analyzing an interference sound interfering the device after the audio playing is stopped, to obtain a feature of the interference, and adjusting the voice enhancement mode adopted by the device according to the feature of the interference sound; and acquiring a command word from the user, and controlling the device to execute a corresponding function so as to respond to the user.
A submersible power generating apparatus comprising an integral unit pre-assembled prior to installation on a foundation structure, the integral unit comprising: a generator having a stator mounted along a substantially vertical axis and a generator rotor; a turbine having a turbine rotor and at least one blade supported on the turbine rotor , wherein the generator rotor forms a component part of the turbine rotor , the turbine rotor being mounted for rotation about the stator; and the power generating apparatus comprising at least one engagement portion for mutual engagement with at least one engagement feature of the foundation structure . a generator having a stator mounted along a substantially vertical axis and a generator rotor; a turbine having a turbine rotor and at least one blade supported on the turbine rotor , wherein the generator rotor forms a component part of the turbine rotor , the turbine rotor being mounted for rotation about the stator; and the power generating apparatus comprising at least one engagement portion for mutual engagement with at least one engagement feature of the foundation structure .
Studded tyre comprising a tread band , in which respective pluralities of grooves and blocks are made, which as a whole define a tread pattern of said tyre in which a module (M) is identified, which module extends between opposite axial ends of said tread band and is the minimum tread band portion, a repeated sequence of which configuration is provided along the circumferential extent of the tread band in order to form said tread pattern, said tread band comprising: - at least one first block on which a stud is provided, - at least one reference block which does not comprise any studs and is arranged in the same position to said first block in a separate module (M) to that comprising said first block, wherein - an original edge is identified on said first block and corresponds to the edge of said reference block when said reference block is superimposed on said first block, - said original edge divides said first block into a main body , which substantially corresponds to said reference block, and into a projection , which corresponds to a portion of said first block that is added with respect to said reference block, and - said stud is positioned in said first block so as to: i. touch said original edge , or ii. be arranged entirely inside said projection and characterised in that said projection extends so as to connect said first block to an adjacent block. - at least one first block on which a stud is provided, - at least one reference block which does not comprise any studs and is arranged in the same position to said first block in a separate module (M) to that comprising said first block, - an original edge is identified on said first block and corresponds to the edge of said reference block when said reference block is superimposed on said first block, - said original edge divides said first block into a main body , which substantially corresponds to said reference block, and into a projection , which corresponds to a portion of said first block that is added with respect to said reference block, and - said stud is positioned in said first block so as to: i. touch said original edge , or ii. be arranged entirely inside said projection and i. touch said original edge , or ii. be arranged entirely inside said projection and
Sensor unit with a pressure sensor , which is designed to determine a change in pressure of a fluid, wherein the pressure sensor has a pressure transducer which can be connected to the fluid via a pressure channel of the pressure sensor , and electronic components for operating the pressure sensor and for generating a first output signal, which are electrically connected to the pressure transducer for this purpose, further comprising - at least one board, hereinafter referred to as mainboard , on which at least the pressure sensor and the electronic components , as well as further electronic components are arranged, wherein the mainboard has a passage which is closed on one side by the pressure sensor , - a sensor, hereinafter referred to as position sensor , which is formed for the contactless detection of a change in position and orientation of an external component, not associated with the sensor unit , relative to the sensor unit , - wherein the position sensor or at least a region thereof is arranged on the main board or on a further board, the latter being referred to below as the secondary board , - wherein the position sensor is electrically connected to electronic components assigned to it and to the further electronic components assigned to it, which are designed to operate the position sensor and to generate an output signal of the position sensor , hereinafter referred to as the second output signal, and - electrical connections for tapping the first and second output signals. wherein the pressure sensor has a pressure transducer which can be connected to the fluid via a pressure channel of the pressure sensor , and electronic components for operating the pressure sensor and for generating a first output signal, which are electrically connected to the pressure transducer for this purpose, further comprising - at least one board, hereinafter referred to as mainboard , on which at least the pressure sensor and the electronic components , as well as further electronic components are arranged, wherein the mainboard has a passage which is closed on one side by the pressure sensor , - a sensor, hereinafter referred to as position sensor , which is formed for the contactless detection of a change in position and orientation of an external component, not associated with the sensor unit , relative to the sensor unit , - wherein the position sensor or at least a region thereof is arranged on the main board or on a further board, the latter being referred to below as the secondary board , - wherein the position sensor is electrically connected to electronic components assigned to it and to the further electronic components assigned to it, which are designed to operate the position sensor and to generate an output signal of the position sensor , hereinafter referred to as the second output signal, and - electrical connections for tapping the first and second output signals.
A process for producing contact lenses, comprising the steps of: (a) obtaining a contact lens precursor which is a coated contact lens and has a first polyquaternium-1 uptake ("PU o "), wherein the coated contact lens comprises a lens bulk material completely covered with an anchor layer of a polyanionic polymer and an outer surface hydrogel layer covalently attached to the anchor layer, wherein the polyanionic polymer comprises at least 60% by mole of repeating units of at least one carboxyl-containing vinylic monomer; and (b) heating the contact lens precursor in an aqueous solution in the presence of at least one polyaziridine to and at a temperature from about 30°C to about 140°C for a period of time sufficient to obtain the contact lens having a second polyquaternium-1 uptake ("PU pz "), wherein the polyaziridine having a number average molecular weight of about 2000 Dalton or less and at least two aziridine groups, wherein (PU o -PU pz )/PU o is at least 60% and wherein the polyquaternium-1 uptake is measured as detailed in the description. (a) obtaining a contact lens precursor which is a coated contact lens and has a first polyquaternium-1 uptake ("PU o "), wherein the coated contact lens comprises a lens bulk material completely covered with an anchor layer of a polyanionic polymer and an outer surface hydrogel layer covalently attached to the anchor layer, wherein the polyanionic polymer comprises at least 60% by mole of repeating units of at least one carboxyl-containing vinylic monomer; and (b) heating the contact lens precursor in an aqueous solution in the presence of at least one polyaziridine to and at a temperature from about 30°C to about 140°C for a period of time sufficient to obtain the contact lens having a second polyquaternium-1 uptake ("PU pz "), wherein the polyaziridine having a number average molecular weight of about 2000 Dalton or less and at least two aziridine
Apparatus, comprising: a current source , comprising: a transformer having a primary winding coupled to receive input power and a secondary winding having a first plurality of secondary taps configured to supply electrical power at an ablation frequency to an electrode in contact with body tissue so as to ablate the tissue, the tissue having an impedance; and a second plurality of capacitors (C1A, C2A, C3A, C4A); and a controller , configured to select one of the secondary taps and at least one of the capacitors (C1A, C2A, C3A, C4A) in response to the impedance and the ablation frequency, and to connect the selected secondary tap to the selected at least one of the capacitors (C1A, C2A, C3A, C4A), wherein the controller is configured to measure a position of a section of a catheter comprising the electrode using positioning currents generated at the section, and wherein the ablation frequency is at least four times a frequency of the positioning currents. a transformer having a primary winding coupled to receive input power and a secondary winding having a first plurality of secondary taps configured to supply electrical power at an ablation frequency to an electrode in contact with body tissue so as to ablate the tissue, the tissue having an impedance; and a second plurality of capacitors (C1A, C2A, C3A, C4A); and a controller , configured to select one of the secondary taps and at least one of the capacitors (C1A, C2A, C3A, C4A) in response to the impedance and the ablation frequency, and to connect the selected secondary tap to the selected at least one of the capacitors (C1A, C2A, C3A, C4A), wherein the controller is configured to measure a position of a section of a catheter comprising the electrode using positioning currents generated at the section, and wherein the ablation frequency is at least four times a frequency of the positioning currents.
Module for a turbomachine , having a guide vane arrangement and a seal carrier , the guide vane arrangement comprising a guide vane , an inner platform and a first guide pin, the guide vane being arranged radially on the outside on the inner platform and the first guide pin being arranged radially on the inside on the inner platform , in each case with respect to a longitudinal axis of the module , and the seal carrier being arranged radially inside the inner platform and forming a receptacle which is open radially outward and in which the first guide pin of the guide vane arrangement is arranged, and a sliding body being arranged in the receptacle , against which sliding body the first guide pin of the guide vane arrangement abuts in relation to a rotation about the longitudinal axis of the module and is guided in a radially displaceable manner in this abutment, the sliding body being formed integrally with a wall (23a, b) of the seal carrier , which wall axially delimits the receptacle , characterized in that the wall (23a, b) of the seal carrier forms the receptacle in a U-profile shape, as viewed in an axial cross section, together with another wall (23a, b) of the seal carrier .
An antenna device of a reading apparatus configured to read a wireless tag , the device comprising: a housing ; an antenna element comprising a rectangular first antenna element extending in a first direction within the housing and a rectangular second antenna element extending in a second direction within the housing from one end of the first antenna element ; wherein the first antenna element and the second antenna element form an angle at a respective end of the first antenna element and the second antenna element ; a first conductor that covers a bottom surface of the antenna element ; and a second conductor that covers two adjoining side surfaces of the antenna element on a major angle side thereof, a first surface among the two adjoining side surfaces extending along the length of the first antenna element in the first direction and a second surface among the two adjoining side surfaces extending along the length of the second antenna element in the second direction, wherein the major angle side of the antenna element is a side where a major angle is formed by the first and second antenna elements which is greater than 180 degrees. a housing ; an antenna element comprising a rectangular first antenna element extending in a first direction within the housing and a rectangular second antenna element extending in a second direction within the housing from one end of the first antenna element ; wherein the first antenna element and the second antenna element form an angle at a respective end of the first antenna element and the second antenna element ; a first conductor that covers a bottom surface of the antenna element ; and a second conductor that covers two adjoining side surfaces of the antenna element on a major angle side thereof, a first surface among the two adjoining side surfaces extending along the length of the first antenna element in the first direction and a second surface among the two adjoining side surfaces extending along the length of the second antenna element in the second direction, wherein the major angle side of the antenna element is a side where a major angle is formed by the first and second antenna elements which is greater than 180 degrees.
A system , comprising: a white space data store ; a processing device ; and a storage device storing computer-executable instructions which, when executed by the processing device, cause the processing device to: obtain information about a location of a mobile device ; determine a current operating capacity of at least one cell tower proximate the mobile device; access the white space data store to obtain a list of radio white space frequencies relative to the location; send the obtained list of the radio white space frequencies to the mobile device over a cellular network; based at least in part on the current operating capacity of the at least one cell tower, instruct the mobile device to perform active scanning of at least some of the radio white space frequencies from the list to discover a wireless access point at the location, the wireless access point providing a radio white space network on an individual radio white space frequency; and store information about results of the active scanning to the white space data store. a white space data store ; a processing device ; and a storage device storing computer-executable instructions which, when executed by the processing device, cause the processing device to: obtain information about a location of a mobile device ; determine a current operating capacity of at least one cell tower proximate the mobile device; access the white space data store to obtain a list of radio white space frequencies relative to the location; send the obtained list of the radio white space frequencies to the mobile device over a cellular network; based at least in part on the current operating capacity of the at least one cell tower, instruct the mobile device to perform active scanning of at least some of the radio white space frequencies from the list to discover a wireless access point at the location, the wireless access point providing a radio white space network on an individual radio white space frequency; and store information about results of the active scanning to the white space data store. obtain information about a location of a mobile device ; determine a current operating capacity of at least one cell tower proximate the mobile device; access the white space data store to obtain a list of radio white space frequencies relative to the location; send the obtained list of the radio white space frequencies to the mobile device over a cellular network; based at least in part on the current operating capacity of the at least one cell tower, instruct the mobile device to perform active scanning of at least some of the radio white space frequencies from the list to discover a wireless access point at the location, the wireless access point providing a radio white space network on an individual radio white space frequency; and store information about results of the active scanning to the white space data store.
Device for securing to a component, in particular a tolerance compensation element, having a first sleeve and a second sleeve which can be secured to and/or in the first sleeve by means of a screw connection , wherein the first sleeve and the second sleeve each have a passage , wherein a screw can be screwed through the passages and preferably through the component into a thread of a retention means , wherein the rotation direction of the thread of the screw connection differs from the rotation direction of the retention means , wherein a carrier device which cooperates with the second sleeve is arranged in the passages , wherein the carrier device can cooperate with the screw and wherein the carrier device by introducing the screw into the passages can be moved from a securing position which blocks the rotation of the sleeves into an open position which releases the rotation of the sleeves , characterised in that a securing portion of the carrier device engages in the securing position through an opening of one of the sleeves into a recess of the other sleeve , and in that the securing portion can be pulled out of the recess by introducing the screw into the passage .