mhurhangee/patent-ind-claim-en huggingface dataset:
A galley cart comprising: walls defining an interior cavity extending between a front and a rear of the galley cart, the interior cavity extending between a top end and a bottom end ; a supply port in flow communication with the interior cavity at or near either the top end or the bottom end of the cart; a return port in flow communication with the interior cavity at or near the top end or the bottom end of the cart; and a barrier positioned between the supply port and the return port within the interior cavity of the cart defining a supply chamber and a return chamber to control airflow through the interior cavity from the supply chamber to the return chamber; wherein the barrier forces airflow through the entire interior cavity between the supply port and the return port ; and wherein the barrier defines only one passage between the supply chamber and the return chamber . walls defining an interior cavity extending between a front and a rear of the galley cart, the interior cavity extending between a top end and a bottom end ; a supply port in flow communication with the interior cavity at or near either the top end or the bottom end of the cart; a return port in flow communication with the interior cavity at or near the top end or the bottom end of the cart; and a barrier positioned between the supply port and the return port within the interior cavity of the cart defining a supply chamber and a return chamber to control airflow through the interior cavity from the supply chamber to the return chamber; wherein the barrier forces airflow through the entire interior cavity between the supply port and the return port ; and wherein the barrier defines only one passage between the supply chamber and the return chamber .
A centrifugal separator having a stationary casing and a centrifuge rotor , which is provided in the stationary casing and arranged to rotate around an axis (x) of rotation at a rotary speed and which comprises a plurality of nozzles for discharge of a product from the centrifuge rotor , wherein the centrifugal separator comprises a sensor device, which comprises a transfer element , which has a first part and a second part (21") and which is configured to be mounted in such a way that the first part is located inside the stationary casing and outside the centrifuge rotor and that the second part (21") is located outside the stationary casing , wherein at least the first part of the transfer element has an elongated shape and extends in a longitudinal direction (x'), a receiving head , which is comprised by the first part of the transfer element , a sensor element , which is mounted to the second part (21") of transfer element and which is configured to sense vibrations propagating from the receiving head to the sensor element , and an evaluation unit , which communicates with the sensor element for transmitting signals from the sensor element to the evaluation unit , characterized in that the transfer element is configured in such a way that it is movable in relation to the centrifuge rotor and the stationary casing in such a way that the position of the receiving head is adjustable along the axis (x) of rotation.
An information transmission method, the method comprising: sending , by a network device, a first physical downlink control channel PDCCH to a terminal device; sending , by the network device, configuration information to the terminal device, when the first PDCCH is scrambled by using a cell radio network temporary identifier, C-RNTI, the configuration being used to determine, by the terminal device, whether to stop or start or restart a timer, wherein the timer is a semi-persistent scheduling, SPS, timer; wherein the configuration is further used to: determine , by the terminal device, when meeting a second condition, to start or restart the timer, the second condition being a criterion for the terminal device to determine whether to start the timer; and start or restart the timer, by the terminal device, when determining that the terminal device is configured with SPS resources, wherein the configured SPS resources are not used to perform any transmission when the SPS timer is running. sending , by a network device, a first physical downlink control channel PDCCH to a terminal device; sending , by the network device, configuration information to the terminal device, when the first PDCCH is scrambled by using a cell radio network temporary identifier, C-RNTI, the configuration being used to determine, by the terminal device, whether to stop or start or restart a timer, wherein the timer is a semi-persistent scheduling, SPS, timer; wherein the configuration is further used to: determine , by the terminal device, when meeting a second condition, to start or restart the timer, the second condition being a criterion for the terminal device to determine whether to start the timer; and start or restart the timer, by the terminal device, when determining that the terminal device is configured with SPS resources, wherein the configured SPS resources are not used to perform any transmission when the SPS timer is running. determine , by the terminal device, when meeting a second condition, to start or restart the timer, the second condition being a criterion for the terminal device to determine whether to start the timer; and start or restart the timer, by the terminal device, when determining that the terminal device is configured with SPS resources, wherein the configured SPS resources are not used to perform any transmission when the SPS timer is running.
A connector set comprising a plurality of connectors and a cap to be attached to the plurality of connectors when the plurality of connectors are reflow-mounted on an external substrate, wherein each one side end portion of the connectors and the cap is provided with a fitted portion and a fitting portion to be fitted in the fitted portion , wherein the fitted portion is a longitudinal hole provided in the connector , the fitting portion is a positioning longitudinal pin provided on the cap , wherein a round hole is provided on an opposite side to a side of the connector where the longitudinal hole is provided, and a positioning pin to be fitted in the round hole is provided on an opposite side to a side of the cap where the positioning longitudinal pin is provided; and wherein the fitted portion is sidewise open on an outside of the connectors so as to allow the fitting portion to move from one side end portion to the other side end portion opposite to the one side end portion due to thermal expansion caused by temperature conversion of reflow. each one side end portion of the connectors and the cap is provided with a fitted portion and a fitting portion to be fitted in the fitted portion , wherein the fitted portion is a longitudinal hole provided in the connector , the fitting portion is a positioning longitudinal pin provided on the cap , wherein a round hole is provided on an opposite side to a side of the connector where the longitudinal hole is provided, and a positioning pin to be fitted in the round hole is provided on an opposite side to a side of the cap where the positioning longitudinal pin is provided; and wherein the fitted portion is sidewise open on an outside of the connectors so as to allow the fitting portion to move from one side end portion to the other side end portion opposite to the one side end portion due to thermal expansion caused by temperature conversion of reflow.
A non-therapeutic method for feeding an animal to impart a non-therapeutic health benefit to the animal via intermittent caloric restriction dieting, wherein the non-therapeutic health benefit is selected from the group consisting of: preserving lean body mass, preventing or minimizing loss of lean body mass during the weight loss by the animal, preventing a reduction in energy metabolism by the animal, reducing the risk of regaining weight by the animal after weight loss, maintaining ideal body weight, and ameliorating undesirable animal behaviors associated with reduced caloric intake, the method comprising: feeding the animal a caloric maintenance diet containing calories that meet the animal's maintenance energy requirements for a caloric maintenance period; and feeding the animal a caloric reduction diet containing from about 40% to about 80% of the calories contained in the caloric maintenance diet for a caloric reduction period; wherein the caloric maintenance period and the caloric reduction period is in a ratio of about 4:3 or about 5:2. feeding the animal a caloric maintenance diet containing calories that meet the animal's maintenance energy requirements for a caloric maintenance period; and feeding the animal a caloric reduction diet containing from about 40% to about 80% of the calories contained in the caloric maintenance diet for a caloric reduction period; wherein the caloric maintenance period and the caloric reduction period is in a ratio of about 4:3 or about 5:2.
Method for operating a utility vehicle , having a rear axle which is driven by a drive engine , a rear-axle differential on the rear axle and a front axle which can be connected so as to carry out all wheel drive (28, FWD), characterized in that a differential lock (22, DIFF_S) for locking the rear-axle differential is activated as a function of an engine power level (P) of the drive engine , wherein the engine power level (P) is compared with a predefined power limiting value (P lim1 ) before the differential lock (22, DIFF_S) is activated.
Thermostatic valve device for a fuel module for conducting fuel from a fuel tank to an engine, having: a thermostatic valve with a main body part , which comprises a distributor chamber for accommodating a linear actuator, and an inlet connector for connection to a fuel return line, characterized in that the distributor chamber is furthermore adjoined by a receptacle for an umbrella-type valve functioning as a check valve, wherein the umbrella-type valve connects the inlet connector to the distributor chamber such that fuel can flow via the inlet connector and the umbrella-type valve from the return line into the distributor chamber , wherein the umbrella-type valve has at least one flow opening in a radial inner wall , through which the fuel flows if pressure causes an umbrella-like flexible flange part of a valve member of the umbrella-type valve to move away from the inner wall , against which the flange part is preloaded, and wherein the flexible flange part is preloaded against the inner wall if the pressure on the side of the inlet connector is below a predetermined value. a thermostatic valve with a main body part , which comprises a distributor chamber for accommodating a linear actuator, and an inlet connector for connection to a fuel return line, characterized in that the distributor chamber is furthermore adjoined by a receptacle for an umbrella-type valve functioning as a check valve, wherein the umbrella-type valve connects the inlet connector to the distributor chamber such that fuel can flow via the inlet connector and the umbrella-type valve from the return line into the distributor chamber , wherein the umbrella-type valve has at least one flow opening in a radial inner wall , through which the fuel flows if pressure causes an umbrella-like flexible flange part of a valve member of the umbrella-type valve to move away from the inner wall , against which the flange part is preloaded, and wherein the flexible flange part is preloaded against the inner wall if the pressure on the side of the inlet connector is below a predetermined value.
A device for performing a pre-sowing laser stimulation of seeds , in particular by irradiation with adjustable energy doses, comprising a laser, a seed container, a seed displacement assembly and a seed receiving unit, generally called device components that are housed in a device housing for performing the pre-sowing laser stimulation of seeds , characterized in that the seed displacement assembly is a driven rotary element with seats transporting the seeds on which light beams (25; 26, 27, 28) are directed having the same or different wavelengths emitted by at least two lasers or sets of lasers and located in the housing of the device at a path of movement of the seeds from the seed container to the seed receiving unit .
An apparatus for a near-eye display comprising: a single light source ; a first display ; a first polarizing beam splitter having a first light input surface that is oriented to receive light from the light source , a first light input transmission surface that is oriented to transmit light received at the first light input surface that has a first polarization, a first display interface surface that is oriented to transmit light received at the first light input surface that has a second polarization and to receive light from the first display, and a first display projection surface that is oriented to transmit the light received at the first display interface surface ; a second display ; and a second polarizing beam splitter having a second light input surface that is oriented to receive light from the first light input transmission surface , a second display interface surface that is oriented to transmit light received at the second light input surface that has the second polarization and to receive light from the second display , and a second display projection surface that is oriented to transmit the light received at the second display interface surface . a single light source ; a first display ; a first polarizing beam splitter having a first light input surface that is oriented to receive light from the light source , a first light input transmission surface that is oriented to transmit light received at the first light input surface that has a first polarization, a first display interface surface that is oriented to transmit light received at the first light input surface that has a second polarization and to receive light from the first display, and a first display projection surface that is oriented to transmit the light received at the first display interface surface ; a second display ; and a second polarizing beam splitter having a second light input surface that is oriented to receive light from the first light input transmission surface , a second display interface surface that is oriented to transmit light received at the second light input surface that has the second polarization and to receive light from the second display , and a second display projection surface that is oriented to transmit the light received at the second display interface surface .
A heat-diffusion sheet having a thickness of more than 10 pm, wherein a distance between a distal end of a needle electrode and an aluminum plate at the time of dielectric breakdown of the heat-diffusion sheet is larger than 0 pm and 80 pm or less, or the needle electrode short-circuits the aluminum plate without dielectric breakdown of the heat-diffusion sheet , when a dielectric breakdown test is performed and the breakdown test comprises a needle electrode having a cone having a height of 3 mm and a bottom surface diameter of 0.75 mm at a distal end section thereof, to which a 2.0-kV alternating current voltage having a frequency of 60 Hz has been impressed, is not only penetrated stepwise every 10 pm into the heat-diffusion sheet placed directly on an aluminum plate in the thickness direction of the heat-diffusion sheet from the surface at the opposite side to the surface in contact with the aluminum plate of the heat-diffusion sheet but also retained for 60 seconds before the penetration and at each of the steps.
Machine for the production and distribution of ice particles, having a frame comprising a refrigerator group evaporator and forming means for forming said ice particles, said machine further having a distributing device for distributing said ice particles and comprising a closed housing for storing said ice particles, said distributing device being located outside of said frame , wherein that said distributing device comprises dispensing means for dispensing said ice particles from said housing , and said dispensing means comprise an agitator located within said housing , characterised by said distributing device being activated on demand independently from said forming means each time a pre-set amount of ice is requested.
An atomizing device of an electronic cigarette, the atomizing device comprising: a base comprising a juice storage cavity for accommodating cigarette liquid and an installation cavity coupled with the juice storage cavity ; and an atomizing core component comprising: a first part , a second part , and a juice guide hole that is coupled to an inner part of the atomizing core component and is provided on an outer wall of the atomizing core component between the first part and the second part ; wherein the atomizing core component is configured to be pre-installed on a first position on the base , and when the first part of the atomizing core component is inserted into the installation cavity , the second part of the atomizing core component protrudes outside of the base , and the juice guide hole is covered by the base ; characterized in that :, when the second part of the atomizing core component is squeezed by an external force, the atomizing core component is configured to move to a second position on the base and the juice guide hole connects with the juice storage cavity . a base comprising a juice storage cavity for accommodating cigarette liquid and an installation cavity coupled with the juice storage cavity ; and an atomizing core component comprising: a first part , a second part , and a juice guide hole that is coupled to an inner part of the atomizing core component and is provided on an outer wall of the atomizing core component between the first part and the second part ; wherein the atomizing core component is configured to be pre-installed on a first position on the base , and when the first part of the atomizing core component is inserted into the installation cavity , the second part of the atomizing core component protrudes outside of the base , and the juice guide hole is covered by the base ; characterized in that :, when the second part of the atomizing core component is squeezed by an external force, the atomizing core component is configured to move to a second position on the base and the juice guide hole connects with the juice storage cavity . a first part , a second part , and a juice guide hole that is coupled to an inner part of the atomizing core component and is provided on an outer wall of the atomizing core component between the first part and the second part ; wherein the atomizing core component is configured to be pre-installed on a first position on the base , and when the first part of the atomizing core component is inserted into the installation cavity , the second part of the atomizing core component protrudes outside of the base , and the juice guide hole is covered by the base ; characterized in that :, when the second part of the atomizing core component is squeezed by an external force, the atomizing core component is configured to move to a second position on the base and the juice guide hole connects with the juice storage cavity .
A Plasma Protein Fraction (PPF) for use in treating cognitive impairment in a subject in need thereof, wherein the PPF has a total protein content that consists of at least 83% but less than 95% albumin, no more than 17% globulins and other plasma proteins, and no more than 1% gamma globulin, wherein said PPF is derived from human plasma, and wherein an effective amount of the PPF is administered using a Pulse Dosed dosing regimen.
A method for incorporating an array antenna (A) in a medium (M), said antenna containing a plurality of radiating elements (ER T ) ensuring the transition between the antenna and the medium, the reflectivity of each radiating element depending on at least one parameter, the reflectivity being represented by a complex number, the reflectivity of a first element being equal or close to that of the antenna, the reflectivity of a last radiating element being equal or close to that of the medium, said parameter varying from one radiating element to the next, and the method contains the following steps: - Step 1: calculation of a path represented in the complex plane and equal to the sum of the variations of the reflectivity from one radiating element to the next radiating element; - Step 2: optimisation of the variation of said at least one reflectivity parameter along said path calculated in the complex plane so that the equivalent radar cross-section of the antenna is the lowest possible or that at least one of the characteristics of the radiation of the antenna is reached; - Step 3: determination of the different radiating elements as a function of said parameter; - Step 4: simulation of the overall reflectivity and/or of the radiation of the antenna. - Step 1: calculation of a path represented in the complex plane and equal to the sum of the variations of the reflectivity from one radiating element to the next radiating element; - Step 2: optimisation of the variation of said at least one reflectivity parameter along said path calculated in the complex plane so that the equivalent radar cross-section of the antenna is the lowest possible or that at least one of the characteristics of the radiation of the antenna is reached; - Step 3: determination of the different radiating elements as a function of said parameter; - Step 4: simulation of the overall reflectivity and/or of the radiation of the antenna.
A surface-coated cutting tool comprising a ceramic sintered tool substrate which is a ceramic sintered body substantially composed of WC crystal grains and insulating grains and does not substantially contain a metal having a melting point of 1,600°C or lower containing WC crystal grains and insulating grains, and a coating layer composed of a multiple nitride of Ti, Al, and V and disposed on the surface of the tool substrate, characterized in that the multiple nitride is represented by a compositional formula: Ti a Al b V c N satisfying the following relations: 0.25 ≤ a ≤ 0.35 , 0.64 ≤ b ≤ 0.74 , 0 < c ≤ 0.06 , and a + b + c = 1 ; wherein each of a, b, and c represents an atomic proportion; wherein the coating layer exhibits a peak attributed to a hexagonal crystal phase and a peak attributed to a cubic crystal phase as observed through X-ray diffractometry. wherein each of a, b, and c represents an atomic proportion; wherein the coating layer exhibits a peak attributed to a hexagonal crystal phase and a peak attributed to a cubic crystal phase as observed through X-ray diffractometry.
A compound of formula wherein X is independently -N- or -CH-; R 1 and R 2 are both CH 3 ; or R 1 and R 2 can be joined together to form a three-membered carbocyclic ring; R 3 is -CN or -CF 3 ; or a pharmaceutically acceptable salt thereof. X is independently -N- or -CH-; R 1 and R 2 are both CH 3 ; or R 1 and R 2 can be joined together to form a three-membered carbocyclic ring; R 3 is -CN or -CF 3 ; or a pharmaceutically acceptable salt thereof.