mhurhangee/patent-ind-claim-en huggingface dataset:
An apparatus comprising: a driver circuit to generate a clock signal at an output , wherein the clock signal comprises both a first component comprising a first frequency, and a second component comprising a second frequency, wherein the second frequency is a harmonic of the first frequency; and a resonator circuit coupled to the output via a node , the resonator circuit to receive the clock signal at the node while the resonator circuit and the driver circuit are to be coupled to a clock distribution network via the node , wherein, based on an impedance of the clock distribution network , the resonator circuit is to attenuate a difference between a first phase of the first component, and a second phase of the second component, wherein the resonator circuit comprises a first inductor, a second inductor to be magnetically coupled with the first inductor, and a first capacitor which is coupled between the first inductor and the second inductor, wherein the first capacitor is coupled to the first inductor via the node and coupled to the second inductor via a second node , and a second capacitor is coupled to the second inductor via the second node . a driver circuit to generate a clock signal at an output , wherein the clock signal comprises both a first component comprising a first frequency, and a second component comprising a second frequency, wherein the second frequency is a harmonic of the first frequency; and a resonator circuit coupled to the output via a node , the resonator circuit to receive the clock signal at the node while the resonator circuit and the driver circuit are to be coupled to a clock distribution network via the node , wherein, based on an impedance of the clock distribution network , the resonator circuit is to attenuate a difference between a first phase of the first component, and a second phase of the second component, wherein the resonator circuit comprises a first inductor, a second inductor to be magnetically coupled with the first inductor, and a first capacitor which is coupled between the first inductor and the second inductor, wherein the first capacitor is coupled to the first inductor via the node and coupled to the second inductor via a second node , and a second capacitor is coupled to the second inductor via the second node .
An image processing system of capturing the feet of a user standing in front of the image processing system and performing a notification to the user, comprising: a determination unit that determines whether an object is present in a predetermined place within the image processing system such as an original document feeding unit , an original document receiving unit , an original document platen , and a sheet discharging unit ; an image capturing unit that captures an image of an area where feet of a user are positioned when the user uses the image processing system ; a specification unit that, by extracting an image of the user's foot from the captured image, specifies a direction of a toe of the user; and a notification unit that performs a notification to the user in a case where a predetermined direction of the toe is specified and it is determined that the object is present in the predetermined place. a determination unit that determines whether an object is present in a predetermined place within the image processing system such as an original document feeding unit , an original document receiving unit , an original document platen , and a sheet discharging unit ; an image capturing unit that captures an image of an area where feet of a user are positioned when the user uses the image processing system ; a specification unit that, by extracting an image of the user's foot from the captured image, specifies a direction of a toe of the user; and a notification unit that performs a notification to the user in a case where a predetermined direction of the toe is specified and it is determined that the object is present in the predetermined place.
A method for quantifying the inhibition efficiency of at least one first bacterial or yeast strain on a single gas producing second bacterial or yeast strain, the method comprising: a) providing at least one first bacterial or yeast strain which produces no or only negligible volumes of gas; b) providing a single gas producing second bacterial or yeast strain; c) cultivating the at least one first bacterial or yeast strain and the single gas producing second bacterial or yeast strain in a closed culture system which is gas impermeable and to which no additional nutrients are added and waste products are not removed; d) measuring the volume of the total gas produced in the closed culture system of c) over a period of time by means of an automatic gas measuring device measuring the pressure of the gas produced; e) measuring the volume of the total gas produced by the single gas producing second bacterial or yeast strain when cultivated in absence of any further bacterial or yeast strains in a closed culture system over the same period of time by means of an automatic gas measuring device measuring the pressure of the gas produced; and f) comparing the pressure of the total gas of d) and e). a) providing at least one first bacterial or yeast strain which produces no or only negligible volumes of gas; b) providing a single gas producing second bacterial or yeast strain; c) cultivating the at least one first bacterial or yeast strain and the single gas producing second bacterial or yeast strain in a closed culture system which is gas impermeable and to which no additional nutrients are added and waste products are not removed; d) measuring the volume of the total gas produced in the closed culture system of c) over a period of time by means of an automatic gas measuring device measuring the pressure of the gas produced; e) measuring the volume of the total gas produced by the single gas producing second bacterial or yeast strain when cultivated in absence of any further bacterial or yeast strains in a closed culture system over the same period of time by means of an automatic gas measuring device measuring the pressure of the gas produced; and f) comparing the pressure of the total gas of d) and e).
Method of forming an olefin from a first olefin and a second olefin in a metathesis reaction, comprising step (i): (i) reacting the first olefin with the second olefin in the presence of a silica supported Mo-alkylidene or W-alkylidene catalyst, wherein the first olefin and the second olefin are different from one another. (i) reacting the first olefin with the second olefin in the presence of a silica supported Mo-alkylidene or W-alkylidene catalyst, wherein the first olefin and the second olefin are different from one another.
A radar-based object detection device (10; 210; 310) comprising a radar antenna (60; 160), a signal processor operatively connected to the radar antenna, and a radome (20; 120; 220; 320) covering the radar antenna, the device being for sending radar signals and receiving echoes when the radar signals return from a target object (O), the device further including a radome monitoring and alert system comprising blockage detection circuitry (63, 64; 163; 263, 264) in said device that is configured to send an alert signal that indicates that the radome is affected by dirt or debris (D) attached to an outer surface of the radome, the device being characterised in that : said radome monitoring and alert system comprises one or more electrodes (31, 32; 131; 231, 232) attached to an inner surface (26; 126; 226) of the radome (20; 120; 220; 320) and operatively connected to said blockage detection circuitry (63, 64; 163; 263, 264), in that said blockage detection circuitry (63, 64; 163; 263, 264) measures self-capacitance of each electrode and is configured to send the alert signal when said self-capacitance crosses a threshold that indicates that the radome is affected by dirt or debris (D) attached to an outer surface of the radome.
Electric generator allowing the conversion of mechanical energy to electrical energy, comprising at least: - a first axial flow electrical machine comprising a first rotor mounted in rotation about a first axis (X) and a first stator to generate a first magnetic flow; - a second axial flow electrical machine comprising a second rotor separate from the first rotor , which is coaxial to the first rotor and a second stator to generate a second magnetic flow; - first securing means to secure the first and second rotors so that the first and second rotors can be simultaneously set in rotation about the first axis to generate the first and second magnetic flows simultaneously characterized in that : - the first rotor surrounds the first stator ; - the second rotor surrounds the second stator , and in that the first and second rotors each comprise first and second walls arranged on either sides of the first and second stators respectively, so as to respectively define a first and a second annular housings configured to receive the first and second stators respectively, the second wall of the first rotor and the first wall of the second rotor being arranged facing one another, and the first securing means comprising a slide connection configured to allow radial movement of the second wall of the first rotor relative to the first wall of the second rotor when assembling the electric generator, and the first securing means being configured to join together the second wall of the first rotor and the first wall of the second rotor in a direction perpendicular both to the axial direction of the first and second rotors, and to the direction of said radial movement of the sliding connection. - a first axial flow electrical machine comprising a first rotor mounted in rotation about a first axis (X) and a first stator to generate a first magnetic flow; - a second axial flow electrical machine comprising a second rotor separate from the first rotor , which is coaxial to the first rotor and a second stator to generate a second magnetic flow; - first securing means to secure the first and second rotors so that the first and second rotors can be simultaneously set in rotation about the first axis to generate the first and second magnetic flows simultaneously characterized in that : - the first rotor surrounds the first stator ; - the second rotor surrounds the second stator ,
Sealing assembly for sealing a shaft passage opening comprising; a rotatable motor shaft with at least one bearing which is supported by at least one bearing support , a motor plate with a passage opening for the motor shaft with the at least one bearing , a seal having a first sealing portion and a second sealing portion , wherein the first sealing portion is arranged between at least a portion of an outer peripheral surface of the at least one bearing and a portion of the bearing support ; and the second sealing portion extends radially outwardly in a direction away from the motor shaft ;wherein the second sealing portion is spaced from an edge of the passage opening ; and in the second sealing portion is fixed against radial and axial displacements on the motor plate by fixing means being a fastening component configured and arranged to fix the second sealing portion on the motor plate and configured to create a form-fit and/or friction-lock between the second sealing portion and the motor plate , characterised in that the motor plate comprises one or more protruding portions and/or one or more indentation to connect the second sealing portion and the fastening component via form and/or friction-lock.. a rotatable motor shaft with at least one bearing which is supported by at least one bearing support , a motor plate with a passage opening for the motor shaft with the at least one bearing , a seal having a first sealing portion and a second sealing portion , wherein the first sealing portion is arranged between at least a portion of an outer peripheral surface of the at least one bearing and a portion of the bearing support ; and the second sealing portion extends radially outwardly in a direction away from the motor shaft ;wherein the second sealing portion is spaced from an edge of the passage opening ; and in the second sealing portion is fixed against radial and axial displacements on the motor plate by fixing means being a fastening component configured and arranged to fix the second sealing portion on the motor plate and configured to create a form-fit and/or friction-lock between the second sealing portion and the motor plate , characterised in that the motor plate comprises one or more protruding portions and/or one or more indentation to connect the second sealing portion and the fastening component via form and/or friction-lock..
Lighting unit for vehicles with a light source arranged on a printed circuit board and with an add-on optic arranged in front of the light source in the direction of light radiation that on the side facing towards the printed circuit board features at least one mounting dome by means of which the add-on optic is connected to the same, in a form-locking manner, in the mounted position with the mounting dome engaging in a recess of a retaining body connecting on the reverse of the printed circuit board facing away from the light source , characterized in that , in the mounted position, a glare edge of the recess is at least partially locked into a shell surface of the mounting dome , where the glare edge of the recess locking into the shell surface of the mounting dome takes the form of one end of a catch tab running at an acute angle (α) to an extension level (E) of the printed circuit board .
A wall portion of a combustor comprising: a liner having a hot side , a predetermined hotspot on the hot side , and a depression defined by the hot side at the hotspot , wherein the liner has a cold side disposed opposite the hot side and a thickness between the hot and cold sides , and the thickness is generally consistent across the depression ; and a shell spaced from the liner for flowing cooling air; wherein the cold side of the liner defines a convex portion opposite the depression, characterised in that the shell defines a second depression outward from the convex portion for maintaining a substantially equal distance between the liner and the shell . a liner having a hot side , a predetermined hotspot on the hot side , and a depression defined by the hot side at the hotspot , wherein the liner has a cold side disposed opposite the hot side and a thickness between the hot and cold sides , and the thickness is generally consistent across the depression ; and a shell spaced from the liner for flowing cooling air; wherein the cold side of the liner defines a convex portion opposite the depression, characterised in that the shell defines a second depression outward from the convex portion for maintaining a substantially equal distance between the liner and the shell .
A crystalline form of a Compound I: or a pharmaceutically acceptable salt thereof, wherein the crystalline form is hydrochloric acid salt of Compound I.
A renovation mat comprising: a non-woven web of fibres; a first binder, which holds together the non-woven web of fibres before impregnation; a filler; and a second binder, used with the filler to impregnate the non-woven web of fibres; wherein the filler is present in an amount of 100 g/m 2 to 500 g/m 2 and comprises at least one of magnesium hydroxide, titanium dioxide, kaolin, or mixtures thereof; and wherein the renovation mat has: an air porosity of at least 100 1/m 2 /sec at 100 Pa according to ISO9237; and a colour difference (ΔE) of ≤2. a non-woven web of fibres; a first binder, which holds together the non-woven web of fibres before impregnation; a filler; and a second binder, used with the filler to impregnate the non-woven web of fibres; wherein the filler is present in an amount of 100 g/m 2 to 500 g/m 2 and comprises at least one of magnesium hydroxide, titanium dioxide, kaolin, or mixtures thereof; and wherein the renovation mat has: an air porosity of at least 100 1/m 2 /sec at 100 Pa according to ISO9237; and a colour difference (ΔE) of ≤2. an air porosity of at least 100 1/m 2 /sec at 100 Pa according to ISO9237; and a colour difference (ΔE) of ≤2.
A polyalkylamine composition which comprises a mixture of polyalkylamines selected from products with formulae (I) and (II), wherein each R is, independent of the other R, an alkyl or alkenyl moiety with 8-22 carbon atoms, n and z are independent of each other either 0, 1, 2, or 3, and when z>0 then o and p are independent of each other either 0, 1, 2, or 3, or methylated, and/or alkoxylated derivatives thereof, whereby said mixture comprises a) a total of at least 3 % by weight of branched compounds of formula (I) with at least one of n and z >= 1 and products of formula (II) with n >=1, and b) a total of at least 5 % by weight of products of formula (I) with n and z =0, and compounds of formula (II) with n = 0.
An apparatus for releasing a parking brake of a vehicle, comprising: - a release mechanism which can be actuated to move between a locking position where it locks the parking brake into a braking operative position where the parking brake holds the vehicle in a substantially still parked position, and a releasing position where it releases the parking brake from holding the vehicle in said parked position; wherein the apparatus further comprises a plurality of actuating means which are configured and mutually arranged to selectively actuate either automatically or manually the release mechanism to move from the locking position into said releasing position, wherein the plurality of actuating means comprises: - at least a device , a flexible cable having one end connected to said release mechanism and a second opposite end connected to said device , and wherein said device is adapted to be actuated manually or automatically to stretch the flexible cable and cause the release mechanism to move from the locking position into said releasing position, - an electrical motor mounted on a frame of the vehicle and comprising a motor shaft; said device being constituted by or comprising a spool having a body configured for wrapping around it at least a portion of said flexible cable , and a handle which is configured to be connected to said spool and to be actuated manually by an operator to wrap around it at least a portion of said flexible cable ; characterised in that said spool is mounted on said motor shaft . - a release mechanism which can be actuated to move between a locking position where it locks the parking brake into a braking operative position where the parking brake holds the vehicle in a substantially still parked position, and a releasing position where it releases the parking brake from holding the vehicle in said parked position; wherein the apparatus further comprises a plurality of actuating means which are configured and mutually arranged to selectively actuate either automatically or manually the release mechanism to move from the locking position into said releasing position, wherein - at least a device , a flexible cable having one end connected to said release mechanism and a second opposite end connected to said device , and wherein said device is adapted to be actuated manually or automatically to stretch the flexible cable and cause the release mechanism to move from the locking position into said releasing position, - an electrical motor mounted on a frame of the vehicle and comprising a motor shaft; said device being constituted by or comprising a spool having a body configured for wrapping around it at least a portion of said flexible cable , and a handle which is configured to be connected to said spool and to be actuated manually by an operator to wrap around it at least a portion of said flexible cable ;
A chocolate-like food, characterized by comprising a highly unsaturated fatty acid-containing oil and fat composition, wherein the chocolate-like food has a total of 0.02 to 5 weight% of EPA and DHA, the pH of the chocolate-like food is adjusted to 5.8 to 8, and the highly unsaturated fatty acid-containing oil and fat composition comprises 1 to 10 weight% of an aqueous phase containing a total of 3 to 65 weight% of a water-soluble antioxidant dispersed in a particle size of 300 nm or less in an oil phase.
At least one non-transitory computer-readable medium comprising one or more instructions that when executed by a processor, cause the processor to: receive, from an electronic device, a request to pair the electronic device and a local network device ; determine whether the local network device and the electronic device are present in the same local network at the same time by determining whether: (a) an SSID or BSSID for the local network of the electronic device matches an SSID or BSSID respectively for the local network of the local network device ; and (b) a temporal pairing code, TPC, is not expired, the said TPC received by the electronic device from the local network device ; and based on a determination that the local network device and the electronic device are present in the same local network at the same time because the SSIDs or BSSIDs match and that the TPC is not expired, allow the pairing. receive, from an electronic device, a request to pair the electronic device and a local network device ; determine whether the local network device and the electronic device are present in the same local network at the same time by determining whether: (a) an SSID or BSSID for the local network of the electronic device matches an SSID or BSSID respectively for the local network of the local network device ; and (b) a temporal pairing code, TPC, is not expired, the said TPC received by the electronic device from the local network device ; and (a) an SSID or BSSID for the local network of the electronic device matches an SSID or BSSID respectively for the local network of the local network device ; and (b) a temporal pairing code, TPC, is not expired, the said TPC received by the electronic device from the local network device ; and based on a determination that the local network device and the electronic device are present in the same local network at the same time because the SSIDs or BSSIDs match and that the TPC is not expired, allow the pairing.
A method of sewing fabric onto an extrudate , said method comprising at least the steps: extruding the extrudate by means of an extruder at a constant process speed; and conveying the extrudate from the extruder to a sewing machine at the constant process speed, characterized in that the method comprises as a further step: sewing the fabric onto the extrudate by means of the sewing machine at the constant process speed. extruding the extrudate by means of an extruder at a constant process speed; and conveying the extrudate from the extruder to a sewing machine at the constant process speed, characterized in that the method comprises as a further step: sewing the fabric onto the extrudate by means of the sewing machine at the constant process speed.