mhurhangee/patent-ind-claim-en huggingface dataset:
A transmission method in a first wireless device , comprising the steps of: obtaining first control auxiliary information from a second wireless device , the first control auxiliary information comprising information about a resource allocation scheme used by the second wireless device , wherein the control auxiliary information is transmitted by the second wireless device to the first wireless device, determining , based at least in part on the first control auxiliary information, one or more characteristics of the resource allocation scheme used by the second wireless device by determining that one or more resources used by the second wireless device were scheduled by a network node using centralised resource allocation, wherein said determining comprises predicting, based at least in part on the first control auxiliary information, the resources to be used by the second wireless device at a future time instance, adapting a transmitter behavior of the first wireless device based on the determined one or more characteristics of the resource allocation scheme used by the second wireless device by avoiding transmitting on resources that would interfere with the one or more resources scheduled by the network node using centralised resource allocation, and the method being characterised by the step of: transmitting second control auxiliary information to at least the second wireless device , the second control auxiliary information comprising information about a resource allocation scheme used by the first wireless device . obtaining first control auxiliary information from a second wireless device , the first control auxiliary information comprising information about a resource allocation scheme used by the second wireless device , wherein the control auxiliary information is transmitted by the second wireless device to the first wireless device, determining , based at least in part on the first control auxiliary information, one or more characteristics of the resource allocation scheme used by the second wireless device by determining that one or more resources used by the second wireless device were scheduled by a network node using centralised resource allocation, wherein said determining comprises predicting, based at least in part on the first control auxiliary information, the resources to be used by the second wireless device at a future time instance, adapting a transmitter behavior of the first wireless device based on the determined one or more characteristics of the resource allocation scheme used by the second wireless device by avoiding transmitting on resources that would interfere with the one or more resources scheduled by the network node using centralised resource allocation, and the method being characterised by the step of: transmitting second control auxiliary information to at least the second wireless device , the second control auxiliary information comprising information about a resource allocation scheme used by the first wireless device .
A rail element for a camera slider system, comprising: a longitudinal body portion ; an expandable joiner element , located at or proximate to at least one end of the longitudinal body portion wherein the expandable joiner element is or further comprises an expansion device, housed within the body portion , configured to exert force outwardly, characterised in that the expansion device includes a lever for actuating a rod extending longitudinally within the longitudinal body portion and through at least one resilient element , wherein the rod includes a widened head at a terminal end thereof. a longitudinal body portion ; an expandable joiner element , located at or proximate to at least one end of the longitudinal body portion wherein the expandable joiner element is or further comprises an expansion device, housed within the body portion , configured to exert force outwardly, characterised in that the expansion device includes a lever for actuating a rod extending longitudinally within the longitudinal body portion and through at least one resilient element , wherein the rod includes a widened head at a terminal end thereof.
A method for operating an optical measuring system for measuring the concentration of a gas component in a measured gas , based on wavelength modulation spectroscopy, comprising a wavelength-tunable temperature-stabilized laser light source , which periodically varies a central base wavelength λ 0 of the laser light of the laser light source about a relevant absorption line of the gas component at an operating point and, at the same time, modulates the same with a frequency (f) and an amplitude, by way of a modulation device , a light detector , which detects the intensity of the laser light after it has passed through the measured gas , and an evaluation device , which comprises means for the phase-sensitive demodulation of a measuring signal generated by the light detector at the frequency (f) and/or one of the harmonics thereof, the laser light source being operated in a current-modulated manner with a base current I DC and a modulation current I AC and emitting a laser beam of the wavelength λ 0 having a wavelength modulation amplitude Δλ AC , and the wavelength modulation amplitude Δλ AC of the laser light being kept constant by way of variable setting of the current modulation amplitude ΔI AC , characterized in that the voltage at the laser light source is measured at the operating point , and based thereon a modulated power ΔP AC at an internal resistor R I of the laser light source is kept constant.
A backlight unit comprising: a light emitting device; a light guide plate to guide the light emitted from the light emitting device; a bottom chassis disposed on a rear surface of the light guide plate ; a bracket contacting with the bottom chassis , the bracket including a vertical portion perpendicular to the bottom chassis , a horizontal portion connected to the vertical portion, and a module including the light emitting device disposed on the bracket ; a reflective sheet disposed below the light guide plate , wherein the bottom chassis has a first protrusion protruding toward the reflective sheet , and the bracket has two second protrusions protruding toward the reflective sheet ; a first shock-absorbing member disposed between the rear surface of the reflective sheet and the first protrusion, the first shock-absorbing member directly contacts with the reflective sheet and the first protrusion; and two second shock-absorbing members each being disposed between the rear surface of the reflective sheet and a corresponding one of the two second protrusions , wherein each second shock-absorbing member directly contacts with the reflective sheet and the corresponding one of the two second protrusions , and wherein a width of the first shock-absorbing member is greater than a width of each of the two second shock-absorbing members . a light emitting device; a light guide plate to guide the light emitted from the light emitting device; a bottom chassis disposed on a rear surface of the light guide plate ; a bracket contacting with the bottom chassis , the bracket including a vertical portion perpendicular to the bottom chassis , a horizontal portion connected to the vertical portion, and a module including the light emitting device disposed on the bracket ; a reflective sheet disposed below the light guide plate , wherein the bottom chassis has a first protrusion protruding toward the reflective sheet , and the bracket has two second protrusions protruding toward the reflective sheet ; a first shock-absorbing member disposed between the rear surface of the reflective sheet and the first protrusion, the first shock-absorbing member directly contacts with the reflective sheet and the first protrusion; and two second shock-absorbing members each being disposed between the rear surface of the reflective sheet and a corresponding one of the two second protrusions , wherein each second shock-absorbing member directly contacts with the reflective sheet and the corresponding one of the two second protrusions , and wherein a width of the first shock-absorbing member is greater than a width of each of the two second shock-absorbing members .
A shock-absorber body for pivoting a horological oscillator comprising a balance mounted on its shaft and a spiral spring , the shock-absorber body comprising a guiding portion (11a; 21a; 31a; 41a; 51a) for the shock-absorber body for its mounting on a bridge (2; 22; 32; 42; 52) and a fastening element (13; 23; 33; 43; 53) for an outer end of a spiral spring of the oscillator, the shock-absorber body comprising a first shock-absorber body part (11; 21; 31; 41) including a portion (11b; 21b; 31b; 41b; 51b) for receiving the fastening element (13; 23; 33; 43; 53) for an outer end of the spiral spring of the oscillator, the fastening element forming a second body part (13; 23; 33; 43) : - mounted, notably driven, onto the first shock-absorber body part, or - made of a piece with the first shock-absorber body part, so that the first and second parts are at least immobilized in rotation relative to one another, so that it is not possible to displace the first shock-absorber body part rotationally about the axis of the balance without equally displacing the second shock-absorber body about the axis of the balance. - mounted, notably driven, onto the first shock-absorber body part, or - made of a piece with the first shock-absorber body part,
An electrochemical cell, comprising: a cathode comprising and electroactive sulfur containing material; an anode comprising lithium; a separator between the anode and the cathode; a nitrogen-containing compound; and a non-aqueous electrolyte comprising one or more non-aqueous solvents, at least a portion of the nitrogen-containing compound; and one or more lithium salts, wherein the nitrogen-containing compound is a substantially insoluble nitrogen-containing material that is less than one weight percent soluble in the electrolyte, characterized in that the nitrogen-containing compound comprises one or more of: a compound comprising an N-O functional group selected from the group consisting of polyelectrolytes comprising a nitro aliphatic portion as a functional group, polynitrostyrene, nitrocellulose, and octyl nitrate, a compound comprising an amine functional group selected from the group consisting of polyallylamine, and a compound comprising a functional group selected from the group consisting of N-O and amine, the functional group attached to a carbon chain comprising 8 to 25 carbon atoms. a cathode comprising and electroactive sulfur containing material; an anode comprising lithium; a separator between the anode and the cathode; a nitrogen-containing compound; and a non-aqueous electrolyte comprising one or more non-aqueous solvents, at least a portion of the nitrogen-containing compound; and one or more lithium salts, wherein the nitrogen-containing compound is a substantially insoluble nitrogen-containing material that is less than one weight percent soluble in the electrolyte, characterized in that the nitrogen-containing compound comprises one or more of: a compound comprising an N-O functional group selected from the group consisting of polyelectrolytes comprising a nitro aliphatic portion as a functional group, polynitrostyrene, nitrocellulose, and octyl nitrate, a compound comprising an amine functional group selected from the group consisting of polyallylamine, and a compound comprising a functional group selected from the group consisting of N-O and amine, the functional group attached to a carbon chain comprising 8 to 25 carbon atoms. a compound comprising an N-O functional group selected from the group consisting of polyelectrolytes comprising a nitro aliphatic portion as a functional group, polynitrostyrene, nitrocellulose, and octyl nitrate, a compound comprising an amine functional group selected from the group consisting of polyallylamine, and a compound comprising a functional group selected from the group consisting of N-O and amine, the functional group attached to a carbon chain comprising 8 to 25 carbon atoms.
A turret for a rifle scope comprising: a knob with a first pin located on the bottom of said knob; a ring with a track located on the topside of the ring and a second pin located on the bottom of the ring; wherein the track of the ring has terminated ends; and a base with a track on the top of the base, wherein the track on top of the base has terminated ends; and further wherein the first pin rests in the track on the top of the ring and the second pin on the bottom of the ring rests in the track on top of the base. a knob with a first pin located on the bottom of said knob; a ring with a track located on the topside of the ring and a second pin located on the bottom of the ring; wherein the track of the ring has terminated ends; and a base with a track on the top of the base, wherein the track on top of the base has terminated ends; and further wherein the first pin rests in the track on the top of the ring and the second pin on the bottom of the ring rests in the track on top of the base.
A control system of an air conditioning system that controls an operation of a plurality of facility devices including a single or a plurality of air conditioners , the control system of an air conditioning system comprising: a controller that is adapted to control the operation of the plurality of facility devices ; a display device ; and a display controller ; characterized in that the control system furthermore comprises: a storage device that is adapted to store a single or multiple of pieces of interlock settings information that is information for interlockingly control the facility devices and store information on a layout plan that indicates an arrangement of the facility devices in a conditioned space; and a simulation device that is adapted to generate simulation operation information in which an interlock operation of the facility devices is simulated based on the interlock settings information ; wherein the display controller is adapted to make the display device display the layout plan, and make the display device display the simulation operation information in accordance with a display of the facility devices in the layout plan. a controller that is adapted to control the operation of the plurality of facility devices ; a display device ; and a display controller ; a storage device that is adapted to store a single or multiple of pieces of interlock settings information that is information for interlockingly control the facility devices and store information on a layout plan that indicates an arrangement of the facility devices in a conditioned space; and a simulation device that is adapted to generate simulation operation information in which an interlock operation of the facility devices is simulated based on the interlock settings information ; wherein the display controller is adapted to make the display device display the layout plan, and make the display device display the simulation operation information in accordance with a display of the facility devices in the layout plan.
A film plant for producing a film web, in particular a cast film plant or smoothing calender plant , having a machine direction along which the film web is conveyed through the film plant , having a roller device which processes a film material melt , comprising at least one film-producing roller , having temperature control devices for thermally treating the film web and having a stretching device for stretching the film web , wherein the stretching device is arranged downstream of the at least one film-producing roller in the machine direction , circumventing a critical cooling section , wherein a distance and/or a transfer section between the at least one film-producing roller and an input roller of the stretching device is less than 1000 mm or less than 800 mm, preferably 500 mm or less and more than 200 mm or more than 250 mm, preferably more than 450 mm, wherein the stretching device is arranged downstream of the film-producing roller in the machine direction in such a way that the film web leaving the film-producing roller can initially be transferred to a pre-temperature control device and subsequently to the stretching device and the stretching device comprises at least one stretching roller which can be tempered, wherein characterised in that the pre-temperature control device comprises at least one film pre-temperature control roller, by means of which the film web can be pre-tempered at a temperature above 70°C, preferably between 90°C and 120°C.
Counting device for a calendar mechanism for a timepiece movement, comprising a fixed toothed unit and a program wheel which are coaxial, the latter comprising a first rotary platform with external toothing ; a device for correction of the short months, which is supported by said first platform and comprises at least a first tooth which is mobile with reference to said first platform between a first, retracted position and a second, extracted position, in which it is added to the toothing of said first platform, by juxtaposition or superimposition; and a control mechanism , which is designed to define the position of said first mobile tooth and comprises at least a first wheel which is designed to be engaged with said fixed toothed unit , said control mechanism comprising a wheel for the months, which is fitted such as to rotate on said first platform , which comprises toothing with a kinematic connection to said first wheel , and which supports a first cam with a variable radius which is designed to co-operate with said first mobile tooth and define its retracted or extracted position, as a function of the angular orientation of said first cam and with the implementation of essentially radial guiding. a first rotary platform with external toothing ; a device for correction of the short months, which is supported by said first platform and comprises at least a first tooth which is mobile with reference to said first platform between a first, retracted position and a second, extracted position, in which it is added to the toothing of said first platform, by juxtaposition or superimposition; and a control mechanism , which is designed to define the position of said first mobile tooth and comprises at least a first wheel which is designed to be engaged with said fixed toothed unit , said control mechanism comprising a wheel for the months, which is fitted such as to rotate on said first platform , which comprises toothing with a kinematic connection to said first wheel , and which supports a first cam with a variable radius which is designed to co-operate with said first mobile tooth and define its retracted or extracted position, as a function of the angular orientation of said first cam and with the implementation of essentially radial guiding.
A method of packaging a food product using a polymer film, wherein said polymer comprises a macromolecularly self assembling polymeric material, said method comprising the steps of a) rendering said polymeric material into a polymer film; and b) packaging a food product in an atmosphere with said polymer film, wherein said film regulates the atmosphere in which the food product is packaged; and wherein the polymeric material is selected from the group consisting of a polyester-amide, a polyester-urethane, a polyester-urea, or a mixture thereof. a) rendering said polymeric material into a polymer film; and b) packaging a food product in an atmosphere with said polymer film, wherein said film regulates the atmosphere in which the food product is packaged; and wherein the polymeric material is selected from the group consisting of a polyester-amide, a polyester-urethane, a polyester-urea, or a mixture thereof.
A transmission apparatus that performs transmission of a predetermined number of modulated symbols using an orthogonal frequency division multiplexing scheme in a first number of carrier frequencies, where the predetermined number is a product of the first number and a third number, the first number is two or more, and the third number is two or more, the transmission apparatus comprising: a symbol multiplexing unit to multiply a column vector containing the first number of modulated symbols generated by primary modulation in a frequency domain, by a precoding matrix having as many rows and columns as the first number to generate the third number of multiplexed symbol groups each containing the first number of multiplexed symbols each containing a second number of the modulated symbols that are multiplexed, where the second number is equal to or more than two and equal to or less than the first number; a subcarrier allocation unit to generate the first number of transmission symbol groups each containing the third number of transmission symbols, from the third number of the multiplexed symbol groups; and an inverse discrete Fourier transform unit to generate, from the transmission symbol groups, the first number of symbols in the orthogonal frequency division multiplexing scheme, each of the first number of the symbols corresponding to the third number of data subcarriers, wherein the subcarrier allocation unit allocates the multiplexed symbols contained in each of the multiplexed symbol groups to different transmission symbol groups. a symbol multiplexing unit to multiply a column vector containing the first number of modulated symbols generated by primary modulation in a frequency domain, by a precoding matrix having as many rows and columns as the first number to generate the third number of multiplexed symbol groups each containing the first number of multiplexed symbols each containing a second number of the modulated symbols that are multiplexed, where the second number is equal to or more than two and equal to or less than the first number; a subcarrier allocation unit to generate the first number of transmission symbol groups each containing the third number of transmission symbols, from the third number of the multiplexed symbol groups; and an inverse discrete Fourier transform unit to generate, from the transmission symbol groups, the first number of symbols in the orthogonal frequency division multiplexing scheme, each of the first number of the symbols corresponding to the third number of data subcarriers, wherein the subcarrier allocation unit allocates the multiplexed symbols contained in each of the multiplexed symbol groups to different transmission symbol groups.
A device for the development and control of a tool for gripping/removing a part to be assembled on a vehicle body, characterized by a carrier structure on which elements are placed, representing the geometry of the part of the vehicle body to be assembled, those elements forming a geometric reference model corresponding to the part of the vehicle body to be assembled. theoretical numerical definition of the body part of the vehicle on which the piece to be assembled is to be deposited by the grip/drop tool .
Use of a composition comprising: two or more compounds, selected from the group consisting of saccharin, sodium saccharin, maltol and theobromine having the following structures: or their salts, in a combination selected from the group consisting of: i. saccharin and maltol; ii. sodium saccharin and maltol; iii. maltol and theobromine; iv. saccharin, maltol and theobromine; and v. sodium saccharin, maltol and theobromine for skin lightening. i. saccharin and maltol; ii. sodium saccharin and maltol; iii. maltol and theobromine; iv. saccharin, maltol and theobromine; and v. sodium saccharin, maltol and theobromine