mhurhangee/patent-ind-claim-en huggingface dataset:
An imaging apparatus comprising: - a mirror arrangement including a scanning mirror and an actuator , for directing electromagnetic radiations emitting from an object to be scanned; - optics ; and - a detector arrangement arranged to remain in a fixed position and comprising a plurality of detectors configured to detect submillimeter/millimeter-range electromagnetic radiation, wherein the plurality of detectors are arranged within a region defined by an outer periphery and an inner periphery of the detector arrangement, the outer and inner peripheries being substantially circular in shape, characterised in that the plurality of detectors include at least a first type of detectors and a second type of detectors , wherein the first type of detectors are larger in size than the second type of detectors, wherein the size of a given detector corresponds to a wavelength of electromagnetic radiation detected by the given detector. - a mirror arrangement including a scanning mirror and an actuator , for directing electromagnetic radiations emitting from an object to be scanned; - optics ; and - a detector arrangement arranged to remain in a fixed position and comprising a plurality of detectors configured to detect submillimeter/millimeter-range electromagnetic radiation, wherein the plurality of detectors are arranged within a region defined by an outer periphery and an inner periphery of the detector arrangement, the outer and inner peripheries being substantially circular in shape,
An airbag module assembly, the assembly comprising: a module housing defining a storage chamber, and a thrust neutral inflator device at least in part disposed within the storage chamber, characterized in that the airbag inflation gas is cross-car released from the inflator device within the storage chamber, wherein the cross-car release of the airbag inflation gas comprises substantially all the airbag inflation gas being released at an angle of no more than ± 60° from horizontal when viewed in a top planar view of the inflator device disposed within the housing . a module housing defining a storage chamber, and a thrust neutral inflator device at least in part disposed within the storage chamber, characterized in that the airbag inflation gas is cross-car released from the inflator device within the storage chamber, wherein the cross-car release of the airbag inflation gas comprises substantially all the airbag inflation gas being released at an angle of no more than ± 60° from horizontal when viewed in a top planar view of the inflator device disposed within the housing .
A method for wireless communication perfomed by a base station, BS , comprising: transmitting a first signal using a first group of one or more tones having a first subcarrier spacing; transmitting a second signal using a second group of one or more tones having a second subcarrier spacing, wherein the first subcarrier spacing is a multiple of the second subcarrier spacing; and transmitting a third signal using a third group of one or more tones in a guard band between the first and second groups of tones, wherein the transmitting the third signal comprises controlling a transmit power of at least one tone of the third group of one or more tones in the guard band, the at least one tone of the third group of tones being on a different frequency grid than the first group of one or more tones or the second group of one or more tones, wherein controlling the transmit power comprises reducing the transmit power of the at least one tone. transmitting a first signal using a first group of one or more tones having a first subcarrier spacing; transmitting a second signal using a second group of one or more tones having a second subcarrier spacing, wherein the first subcarrier spacing is a multiple of the second subcarrier spacing; and transmitting a third signal using a third group of one or more tones in a guard band between the first and second groups of tones, wherein the transmitting the third signal comprises controlling a transmit power of at least one tone of the third group of one or more tones in the guard band, the at least one tone of the third group of tones being on a different frequency grid than the first group of one or more tones or the second group of one or more tones, wherein controlling the transmit power comprises reducing the transmit power of the at least one tone.
A composition for use in the prevention or reduction of stenosis in a gastrointestinal tract of a human subject subsequent to endoscopic mucosal resection (EMR) or endoscopic submucosal dissection (ESD), the composition comprising: a solution comprising a self-assembling peptide, the peptide in the solution consisting essentially of (RADA) 4 (SEQ ID NO: 10) in an effective amount and in an effective concentration to form a hydrogel under physiological conditions to prevent or reduce stenosis in the gastrointestinal tract of the human subject, wherein the peptide in the solution has a concentration of 2.5 weight per volume (w/v) percent. a solution comprising a self-assembling peptide, the peptide in the solution consisting essentially of (RADA) 4 (SEQ ID NO: 10) in an effective amount and in an effective concentration to form a hydrogel under physiological conditions to prevent or reduce stenosis in the gastrointestinal tract of the human subject, wherein the peptide in the solution has a concentration of 2.5 weight per volume (w/v) percent.
A downhole tool for use in a borehole or well , comprising: a) a housing having a longitudinal axis; b) an X-ray source located in said housing , said X-ray source including an X-ray tube which generates X-rays capable of exiting said housing ; c) a photon detector located in said housing and axially displaced from said X-ray source relative to said longitudinal axis, said photon detector comprising a microchannel plate and an anode coupled to said microchannel plate, or said photon detector being any other photon detector that provides a quality image; and d) shielding between said X-ray source and said photon detector , said shielding substantially blocking X-rays from directly reaching said detector from said X-ray source, said shielding defining a cavity for said photon detector ; characterized by : said shielding defining a conical chamber adjacent said cavity, said conical chamber terminating in a radially directed pinhole through which X-rays generated by said X-ray source and scattered outside of said housing can reach said photon detector , said housing including a first window adjacent said pinhole which is transparent to photons returning from the borehole or well , said conical chamber and said pinhole being arranged to function as a camera obscura; and e) a rotor for rotating said housing so as to cause said radially directed pinhole to rotate and to obtain a 360 degree scan of the borehole or well.. a) a housing having a longitudinal axis; b) an X-ray source located in said housing , said X-ray source including an X-ray tube which generates X-rays capable of exiting said housing ; c) a photon detector located in said housing and axially displaced from said X-ray source relative to said longitudinal axis, said photon detector comprising a microchannel plate and an anode coupled to said microchannel plate, or said photon detector being any other photon detector that provides a quality image; and d) shielding between said X-ray source and said photon detector , said shielding substantially blocking X-rays from directly reaching said detector from said X-ray source, said shielding defining a cavity for said photon detector ; e) a rotor for rotating said housing so as to cause said radially directed pinhole to rotate and to obtain a 360 degree scan of the borehole or well..
A control device for an internal combustion engine , the engine comprising: - an intake passage ; - an exhaust passage ; - an EGR passage connecting the intake passage and the exhaust passage ; - a throttle valve provided downstream of a connected part to the EGR passage in the intake passage , and configured to control an intake air quantity toward a downstream side of the connected part; and - an intake throttle valve provided upstream of the connected part to the EGR passage in the intake passage , wherein the control device is configured such that if the current operating state is determined to be in the EGR region; - an opening degree of the intake throttle valve is controlled according to a target equivalent diameter, if an opening degree of the throttle valve is equal to or smaller than an opening degree corresponding to a set equivalent diameter, wherein the target equivalent diameter is obtained according to a throttle valve opening degree equivalent diameter obtained from the opening degree of the throttle valve , and - the intake throttle valve is fully opened if the opening degree of the throttle valve exceeds the opening degree corresponding to the set equivalent diameter, wherein the set equivalent diameter represents an air quantity at which the influence of pumping loss due to the throttling of the intake air by the intake throttle valve becomes large and the fresh air introducing quantity is affected if the opening degree of the throttle valve is increased beyond the set equivalent diameter. - an intake passage ; - an exhaust passage ; - an EGR passage connecting the intake passage and the exhaust passage ; - a throttle valve provided downstream of a connected part to the EGR passage in the intake passage , and configured to control an intake air quantity toward a downstream side of the connected part; and - an intake throttle valve provided upstream of the connected part to the EGR passage in the intake passage , - an opening degree of the intake throttle valve is controlled according to a target equivalent diameter, if an opening degree of the throttle valve is equal to or smaller than an opening degree corresponding to a set equivalent diameter, wherein the target equivalent diameter is obtained according to a throttle valve opening degree equivalent diameter obtained from the opening degree of the throttle valve , and - the intake throttle valve is fully opened if the opening degree of the throttle valve exceeds the opening degree corresponding to the set equivalent diameter, wherein the set equivalent diameter represents an air quantity at which the influence of pumping loss due to the throttling of the intake air by the intake throttle valve becomes large and the fresh air introducing quantity is affected if the opening degree of the throttle valve is increased beyond the set equivalent diameter.
A novel three stage degassing process for the removal of dissolved CO 2 from biomethanated spentwash which also contains active mycelium comprising: a. Preheating the biomethanated spent wash in heat exchangers from 50 to 60 °C; b. Feeding products of (a) to a low temperature zone (DC 301) of a column at a temperature of 56 to 62°C and a pressure of 0.15 to 0.31 Bar; c. Feeding products of (b) to a high temperature zone (DC 302) of the column at a temperature of 68 to 85°C and a pressure of 0.33 to 0.56 Bar; wherein the degassing is in two stages in one column; and wherein the spent wash partly degasified in two stages is further flashed at a temperature of 92 to 98°C in a vessel (CIP-T) with nozzles to generate a high surface area spray of the spent wash with a jet flow for complete removal of dissolved gases from biomethanated spent wash. a. Preheating the biomethanated spent wash in heat exchangers from 50 to 60 °C; b. Feeding products of (a) to a low temperature zone (DC 301) of a column at a temperature of 56 to 62°C and a pressure of 0.15 to 0.31 Bar; c. Feeding products of (b) to a high temperature zone (DC 302) of the column at a temperature of 68 to 85°C and a pressure of 0.33 to 0.56 Bar; wherein the degassing is in two stages in one column; and wherein the spent wash partly degasified in two stages is further flashed at a temperature of 92 to 98°C in a vessel (CIP-T) with nozzles to generate a high surface area spray of the spent wash with a jet flow for complete removal of dissolved gases from biomethanated spent wash.
Structure , comprising a thermocouple assembly for surface temperature measurement on a surface of the structure , the thermocouple assembly comprising - a sheathed thermocouple sensor cable , - a positioning pad , receiving and/or securing a thermocouple sensor end at a desired measuring point, - an insulation body , and - a shielding , characterized in that the positioning pad is mechanically connected to the shielding and the shielding is connected by one welding to the surface of the structure and a recessed portion of the shielding , corresponding to the shape and size of a protruding portion of the positioning pad and receiving the protruding portion therein, is covered and sealed by the welding . - a sheathed thermocouple sensor cable , - a positioning pad , receiving and/or securing a thermocouple sensor end at a desired measuring point, - an insulation body , and - a shielding ,
A control device for a vehicle tailgate comprising: a. a gear arrangement ; b. a drive cup connected to the gear arrangement , wherein the drive cup is releasably connected to a truck box of the vehicle; c. a brake unit configured to stop or slow down the movement of the gear arrangement ; d. a clutch arrangement connected to the gear arrangement , the clutch arrangement moveable between an engaged position and a disengaged position, such that in the engaged position, the clutch arrangement couples the gear arrangement with the brake unit and in the disengaged position, the gear arrangement and the brake unit are not coupled; e. an angular motion sensor configured to detect a change in velocity and direction of the movement of the gear arrangement when the gear arrangement is rotating, and to generate tailgate motion information on the change; and f. a controller configured to receive the tailgate motion information sent from the angular motion sensor , and to command the clutch arrangement to move between the engaged position and the disengaged position based on the information; g. wherein the control device is positionable within the tailgate; and h. a rotary damper that is coupled with the gear arrangement , wherein the rotary damper limits a rotational rate of the gear arrangement when the clutch arrangement is in the disengaged position. a. a gear arrangement ; b. a drive cup connected to the gear arrangement , wherein the drive cup is releasably connected to a truck box of the vehicle; c. a brake unit configured to stop or slow down the movement of the gear arrangement ; d. a clutch arrangement connected to the gear arrangement , the clutch arrangement moveable between an engaged position and a disengaged position, such that in the engaged position, the clutch arrangement couples the gear arrangement with the brake unit and in the disengaged position, the gear arrangement and the brake unit are not coupled; e. an angular motion sensor configured to detect a change in velocity and direction of the movement of the gear arrangement when the gear arrangement is rotating, and to generate tailgate motion information on the change; and f. a controller configured to receive the tailgate motion information sent from the angular motion sensor , and to command the clutch arrangement to move between the engaged position and the disengaged position based on the information; g. wherein the control device is positionable within the tailgate; and h. a rotary damper that is coupled with the gear arrangement ,
An ingredient system for flatbread products, comprising the following composition: A. fat-coated vegetable fibre particles in an amount of 60-90% by weight of the composition, wherein the fat-coated vegetable fibres comprise a fat with a melting point between 40 and 80 degrees Celsius, selected from fully hydrogenated rapeseed oil or high erucic fully hydrogenated rapeseed oil, fully hydrogenated soybean oil, fully hydrogenated cottonseed oil, fully hydrogenated sunflower oil, fully hydrogenated palm, non-hydrogenated palm or a blend thereof; B. a fat-coated organic acid in an amount of 0-30% by weight of the composition; C. an enzyme preparation containing at least an amylase in an amount of 1-5% by weight of the composition. A. fat-coated vegetable fibre particles in an amount of 60-90% by weight of the composition, wherein the fat-coated vegetable fibres comprise a fat with a melting point between 40 and 80 degrees Celsius, selected from fully hydrogenated rapeseed oil or high erucic fully hydrogenated rapeseed oil, fully hydrogenated soybean oil, fully hydrogenated cottonseed oil, fully hydrogenated sunflower oil, fully hydrogenated palm, non-hydrogenated palm or a blend thereof; B. a fat-coated organic acid in an amount of 0-30% by weight of the composition; C. an enzyme preparation containing at least an amylase in an amount of 1-5% by weight of the composition.
A control device for controlling a lighting system with sanitizing function, comprising: a printed circuit board connectable to at least one lamp of the lighting system provided with at least one sanitizing source ; at least one presence sensor connected to the board by a communication system , for example a wireless communication system; wherein the board is configured so as to disable the sanitizing source or to reduce the power supply to the sanitizing source below a threshold value when the presence sensor detects the presence of users; characterised by - an amperometric sensor connected to the sanitizing source to measure the current in the sanitizing source ; - the board is configured so as to disable the sanitizing source or to reduce the power supply to the sanitizing source below a threshold value also when a malfunction is detected in the communication system and the amperometric sensor detects in the sanitizing source a current greater than the threshold value. - an amperometric sensor connected to the sanitizing source to measure the current in the sanitizing source ; - the board is configured so as to disable the sanitizing source or to reduce the power supply to the sanitizing source below a threshold value also when a malfunction is detected in the communication system and the amperometric sensor detects in the sanitizing source a current greater than the threshold value.
After treatment system, ATS, for a vehicle having an ATS module comprising, fluidly connected in series, an inlet , a Diesel Oxidation Catalysts, DOC, a urea mixer and a Selective Catalytic Reduction, SCR, and an outlet , said inlet being fluidly connected to an output of an engine of said vehicle and said outlet being fluidly connected to an outlet tube of said vehicle , said ATS module being characterized by the fact that inlet , DOC , mixer , SCR and outlet are arranged to define a substantial rectangular path of a flow (F) of exhaust gases flowing in said ATS module , said after treatment system characterised in that said inlet and said outlet being positioned at a same vertex of said substantial rectangular path of said flow (F).
Vitamin K for use in a method for preventing, decreasing and/or counteracting venous thrombosis risk, preferably increased venous thrombosis risk, in mammalian subjects.
Method for loading a virtual key (VK) into a user terminal , comprising the following steps: - determination, by an electronic unit of a vehicle, of a delegation datum (DK) by derivation by means of the application of a first cryptographic function (F), using a root key (MK) stored in a memory unit of the electronic unit of the vehicle , to an identifier of another user terminal received from the other user terminal; - transmission (E10) of the delegation datum (DK) of the electronic unit to the other user terminal ; - determination (E24), by the other user terminal , of a pairing datum (TK) depending on the delegation datum (DK); - reception (E26), by the user terminal , of the pairing datum (TK), from the other user terminal ; - transmission (E40), by the user terminal, of a datum dependent on the pairing datum (TK) to the electronic unit ; - in response to the transmission of the datum dependent on the pairing datum, reception (E52), by the user terminal , from the electronic unit , of a virtual key (VK) for controlling at least one functionality of the vehicle ; the transmission of the transmitted datum depending on the pairing datum (TK) and the reception of the virtual key (VK) being carried out via a wireless link set up between the user terminal and the vehicle . - determination, by an electronic unit of a vehicle, of a delegation datum (DK) by derivation by means of the application of a first cryptographic function (F), using a root key (MK) stored in a memory unit of the electronic unit of the vehicle , to an identifier of another user terminal received from the other user terminal; - transmission (E10) of the delegation datum (DK) of the electronic unit to the other user terminal ; - determination (E24), by the other user terminal , of a pairing datum (TK) depending on the delegation datum (DK); - reception (E26), by the user terminal , of the pairing datum (TK), from the other user terminal ; - transmission (E40), by the user terminal, of a datum dependent on the pairing datum (TK) to the electronic unit ; - in response to the transmission of the datum dependent on the pairing datum, reception (E52), by the user terminal , from the electronic unit , of a virtual key (VK) for controlling at least one functionality of the vehicle ;
A syringe comprising: a syringe barrel having a distal end, a distal tip, an open proximal end, a barrel sidewall extending between the distal end to the open proximal end and defining a chamber, the distal end of the syringe barrel including a distal wall ; a connector extending distally from the syringe barrel at the distal wall characterized by comprising one or more internal threads that spiral at an angle greater than zero relative to the edge of the distal wall and including a visual and tactile feature on an outside surface of the connector that is an indicator of a connection-type of the connector to a secondary component, the visual and tactile feature having a 3-dimensional shape that indicates an insertion motion for engaging the connector with the secondary component, the visual and tactile feature being one or more grooves or projections relative to the outside surface of the connector that spiral at an angle greater than zero relative to an edge of the distal wall, and the connection-type being defined by an inside surface of the connector and a lock-type connection . a syringe barrel having a distal end, a distal tip, an open proximal end, a barrel sidewall extending between the distal end to the open proximal end and defining a chamber, the distal end of the syringe barrel including a distal wall ; a connector extending distally from the syringe barrel at the distal wall characterized by comprising one or more internal threads that spiral at an angle greater than zero relative to the edge of the distal wall and including a visual and tactile feature on an outside surface of the connector that is an indicator of a connection-type of the connector to a secondary component, the visual and tactile feature having a 3-dimensional shape that indicates an insertion motion for engaging the connector with the secondary component, the visual and tactile feature being one or more grooves or projections relative to the outside surface of the connector that spiral at an angle greater than zero relative to an edge of the distal wall, and the connection-type being defined by an inside surface of the connector and a lock-type connection .