mhurhangee/patent-ind-claim-en huggingface dataset:
A sheet conveying device comprising: a sheet pickup body ; a first sheet conveyor including a first sheet feed roller ; a second sheet feed roller ; and a first motor configured to rotate the first sheet feed roller ; a second sheet conveyor including a conveyance roller ; and a second motor configured to rotate the conveyance roller ; and a determiner configured to determine a sheet conveyance state of a sheet, based on at least one of torque of the first motor of the first sheet conveyor and torque of the second motor of the second sheet conveyor , the sheet pickup body , the first sheet conveyor , and the second sheet conveyor being disposed in this order along a sheet conveyance direction, the first sheet conveyor being configured to interpose the sheet between the first sheet feed roller and the second sheet feed roller and convey the sheet to the second sheet conveyor as the first sheet feed roller rotates, characterized in that the determiner is configured to determine the sheet conveyance state of the sheet, based on torque of one motor having a greater amount of torque change, between the first motor of the first sheet conveyor and the second motor of the second sheet conveyor . a sheet pickup body ; a first sheet conveyor including a first sheet feed roller ; a second sheet feed roller ; and a first motor configured to rotate the first sheet feed roller ; a first sheet feed roller ; a second sheet feed roller ; and a first motor configured to rotate the first sheet feed roller ; a second sheet conveyor including a conveyance roller ; and a second motor configured to rotate the conveyance roller ; and a conveyance roller ; and a second motor configured to rotate the conveyance roller ; and a determiner configured to determine a sheet conveyance state of a sheet, based on at least one of torque of the first motor of the first sheet conveyor and torque of the second motor of the second sheet conveyor , the sheet pickup body , the first sheet conveyor , and the second sheet conveyor being disposed in this order along a sheet conveyance direction, the first sheet conveyor being configured to interpose the sheet between the first sheet feed roller and the second sheet feed roller and convey the sheet to the second sheet conveyor as the first sheet feed roller rotates, characterized in that the determiner is configured to determine the sheet conveyance state of the sheet, based on torque of one motor having a greater amount of torque change, between the first motor of the first sheet conveyor and the second motor of the second sheet conveyor .
Scale, with a support plate with a support body (1") for receiving a load to be weighed, which is supported indirectly or directly on a base via load cells , a cover layer , which partially or completely covers the upper surface of the support body (1"), electronics for determining the weight of the load lying on the support plate and with a display device provided under the cover layer with a plurality of individual light-emitting diodes (LEDs) for displaying a display content at least temporarily comprising the weight of the load, wherein - the LEDs can be selectively controlled and illuminated by the electronics for displaying the display content as a matrix display and the matrix display is capable of displaying the display content via the light points generated by the LEDs, - the LEDs arranged below the upper side of the support plate can be seen shining through the cover layer in the active, light-emitting state, and - the cover layer is arranged at least in the area under which the matrix display is arranged, and wherein - the matrix display has a luminous intensity and the cover layer has a translucency which are matched to one another in such a way that the light points of the matrix display are visible through the cover layer and the display content is recognizable, wherein the support plate has a multilayer structure, an upper layer being formed by the cover layer and a layer arranged thereunder being formed by the support body (1ʺ) embodied in one or more layers, and the support body (1ʺ) having LED receptacles in the form of depressions, cavities and/or passage openings in which the LEDs of the matrix display are arranged, characterized in that the support body (1") and the cover layer consist of the same wood, the support plate being embodied in such a way that, when the matrix display is inactive, only a wooden plate with the impression of a solid wooden plate is visible. - the LEDs can be selectively controlled and illuminated by the electronics for displaying the display content as a matrix display and the matrix display is capable of displaying the display content via the light points generated by the LEDs, - the LEDs arranged below the upper side of the support plate can be seen shining through the cover layer in the active, light-emitting state, and - the cover layer is arranged at least in the area under which the matrix display is arranged, and wherein - the matrix display has a luminous intensity and the cover layer has a translucency which are matched to one another in such a way that the light points of the matrix display are visible through the cover layer and the display content is recognizable, wherein
A method of predicting or assessing the level of severity of cancer in a patient diagnosed with chronic lymphocytic leukemia (CLL), the method comprising: a. comparing the expression level of a protein or mRNA biomarker in a biological sample obtained from the patient to a reference value or a control sample, wherein the biomarker is DHRS4; b. determining the level of severity of cancer, wherein an increase in the level of DHRS4 characterizes said patient as having a severe form of chronic lymphocytic leukemia. a. comparing the expression level of a protein or mRNA biomarker in a biological sample obtained from the patient to a reference value or a control sample, wherein the biomarker is DHRS4; b. determining the level of severity of cancer, wherein an increase in the level of DHRS4 characterizes said patient as having a severe form of chronic lymphocytic leukemia.
A removable transceiver module comprising: a base frame installable in a rail-pair receptacle that at least partially surrounds a first connector in a system board ; a module base board and a second connector attached thereto; and a lever handle pivotally attached to the base frame and coupled to the module base board ; wherein the removable transceiver module is to be installed in the receptacle in response to a lateral movement of the base frame with respect to the receptacle to align the second connector with the first connector ; wherein the lever handle is movable between a closed position to couple the second connector to the first connector and an open position to install the removable transceiver module into the receptacle , the lever handle determining a vertical move of the module base board between the closed position and the open position; characterized in that the vertical move of the module base board is relative to the base frame ; and the lever handle comprises projections that are positioned to: allow insertion of the removable transceiver module into the receptacle only with the lever handle in its open position, and prevent actuation of the lever handle until the projections are aligned with recesses in the receptacle to house the projections when the removable transceiver module is fully inserted in the receptacle and the lever handle is in the closed position. a base frame installable in a rail-pair receptacle that at least partially surrounds a first connector in a system board ; a module base board and a second connector attached thereto; and a lever handle pivotally attached to the base frame and coupled to the module base board ; wherein the removable transceiver module is to be installed in the receptacle in response to a lateral movement of the base frame with respect to the receptacle to align the second connector with the first connector ; wherein the lever handle is movable between a closed position to couple the second connector to the first connector and an open position to install the removable transceiver module into the receptacle , the lever handle determining a vertical move of the module base board between the closed position and the open position; characterized in that the vertical move of the module base board is relative to the base frame ; and the lever handle comprises projections that are positioned to: allow insertion of the removable transceiver module into the receptacle only with the lever handle in its open position, and prevent actuation of the lever handle until the projections are aligned with recesses in the receptacle to house the projections when the removable transceiver module is fully inserted in the receptacle and the lever handle is in the closed position.
A method for indicating number of bits, comprising: indicating, by a transmitting User Equipment, UE, and/or a network entity, the number k of effective indication bits set to "1" in a bitmap sequence via a high layer signaling and/or a physical layer signaling, wherein the bitmap sequence indicates Physical Sidelink Shared Channel, PSSCH, subframes allocation, k comprises one or multiple values, 1 ≤ k ≤ N, and N is a bit length of the entire bitmap sequence (S502); wherein a Time Resource Pattern, TRP, indicates a bitmap pattern through a 7-bit index, each of TRP indexes corresponds to one bitmap pattern, and the TRP indexes indicate all or part of bitmap patterns corresponding to one or multiple k values. indicating, by a transmitting User Equipment, UE, and/or a network entity, the number k of effective indication bits set to "1" in a bitmap sequence via a high layer signaling and/or a physical layer signaling, wherein the bitmap sequence indicates Physical Sidelink Shared Channel, PSSCH, subframes allocation, k comprises one or multiple values, 1 ≤ k ≤ N, and N is a bit length of the entire bitmap sequence (S502); wherein a Time Resource Pattern, TRP, indicates a bitmap pattern through a 7-bit index, each of TRP indexes corresponds to one bitmap pattern, and the TRP indexes indicate all or part of bitmap patterns corresponding to one or multiple k values.
An HVAC control system for controlling the temperature in at least one area (21 to 25) of a building , the HVAC control system comprising: - at least one user input interface for receiving a setting from at least one occupant, - at least one temperature control means for controlling the temperature in the at least one area, - means for detection presence of the at least one occupant, and - a control and communication unit comprising: - a processor , and - transmission means adapted for sending the user preferences to the at least one temperature control means for adjusting the temperature corresponding to the user preferences in the at least one area, wherein the control and communication unit is a remote control and communication unit that is located away from the temperature control means and that is connected to the at least one temperature control means , characterized in that in that the processor is adapted - for determining a user profile, i.e. a combination of user preferences and a usage profile, from the historical settings from the at least one occupant, and for storing this user profile, the user profile comprising at least one usage profile with corresponding user preferences, and - to predict a preferred user profile from sequential historical settings of a same occupant by extracting clusters of data streams received from the temperature control means . - at least one user input interface for receiving a setting from at least one occupant, - at least one temperature control means for controlling the temperature in the at least one area, - means for detection presence of the at least one occupant, and - a control and communication unit comprising: - a processor , and - transmission means adapted for sending the user preferences to the at least one temperature control means for adjusting the temperature corresponding to the user preferences in the at least one area, - a processor , and - transmission means adapted for sending the user preferences to the at least one temperature control means for adjusting the temperature corresponding to the user preferences in the at least one area, - for determining a user profile, i.e. a combination of user preferences and a usage profile, from the historical settings from the at least one occupant, and for storing this user profile, the user profile comprising at least one usage profile with corresponding user preferences, and - to predict a preferred user profile from sequential historical settings of a same occupant by extracting clusters of data streams received from the temperature control means .
A composition comprising carnosine or any one of: anserine (N-β-alanyl-1-methylhistidine), balenine (N-β-alanyl-3-methylhistidine), homocarnosine (N-4-aminobutiryl-histidine), N-acetyl-carnosine, carcinine (β-alanylhistamine), Gly-His and carnosinamide, and organic acid selected from the group comprising: ascorbic acid, maleic acid, citric acid, lactic acid, acetic acid, tartaric acid, wherein carnosine is present in a quantity between about 0.01-40% (weight/total weight of the composition), for use in the treatment and/or prevention of xerostomia increasing the salivary flow.
Use of a S1P receptor modulator or agonist in the manufacture of a medicament for the treatment of an autoimmune disease, whereby the autoimmune disease is selected from the list consisting of multiple sclerosis, polymyositis, lupus nephritis, rheumatoid arthritis, inflammatory bowel disease and psoriasis, wherein prior to commencing the administration of the S1P receptor modulator or agonist at the standard daily therapeutic dosage, said S1P receptor modulator or agonist is administered at a daily dosage which is lower than the standard daily therapeutic dosage during an initial period of treatment, and wherein the highest initial dosage is between 0.01 mg and 0.30 mg.
An object tracker for tracking at least one object which is in relative motion with regard to the object tracker, the object tracker comprising: a source of illumination light ; at least one illumination waveguide optically coupled to said source containing at least one grating lamina for diffracting said light towards an external object ; at least one detector waveguide containing a grating lamina for in-coupling and deflecting a first polarization of light reflected from said object into a first waveguide direction and deflecting a second polarization of light reflected from said object into a second waveguide direction; a first detector optically coupled to said detector waveguide operative to receive light propagating in said first waveguide direction; and a second detector optically coupled to said detector waveguide operative to receive light propagating in said second waveguide direction, wherein the first waveguide direction corresponds to the first direction of object motion relative to the object tracker and the second waveguide direction corresponds to the second direction of object motion relative to the object tracker. a source of illumination light ; at least one illumination waveguide optically coupled to said source containing at least one grating lamina for diffracting said light towards an external object ; at least one detector waveguide containing a grating lamina for in-coupling and deflecting a first polarization of light reflected from said object into a first waveguide direction and deflecting a second polarization of light reflected from said object into a second waveguide direction; a first detector optically coupled to said detector waveguide operative to receive light propagating in said first waveguide direction; and a second detector optically coupled to said detector waveguide operative to receive light propagating in said second waveguide direction, wherein the first waveguide direction corresponds to the first direction of object motion relative to the object tracker and the second waveguide direction corresponds to the second direction of object motion relative to the object tracker.
A scooter-type vehicle, comprising: a vehicle body frame comprising a head pipe ; a steering shaft rotatably supported on the head pipe ; a front wheel supported on the vehicle body frame via the steering shaft ; a handlebar supported on an upper end portion of the steering shaft ; a metering unit having a transparent cover ; a front cover disposed in front of the head pipe ; and a headlamp disposed in a lower portion of the front cover ; wherein a front end of the headlamp is located further forward than an axle of the front wheel , the metering unit is mounted to the center, in a vehicle width direction, of the handlebar , the metering unit is mounted to a concave portion of the handle , a lower end of the metering unit is located further below than a grip portion of the handlebar , the front cover has a front cover upper portion located at the center in the vehicle width direction of an upper portion thereof, and, in a vehicle width direction, at least partially located between one end and the other end in the vehicle width direction of the metering unit and extending backwards and upwards, a rear end (41 R) of the center in the vehicle width direction of the front cover upper portion is located further forward than the metering unit and located further below than an upper end of the metering unit , characterized in that the rear end (41 R) of the center in the vehicle width direction of the front cover upper portion is located further above than a lower end of the metering unit , an in a side view, an extension line (EL1) of the center in the vehicle width direction of the front cover passes through a position further forward than the metering unit , the extension line (EL1) is a straight line that connects a front end and a rear end of a front edge of the center in the vehicle width direction of the front cover , a tilt angle Θ1 of the extension line (EL1) relative to the horizontal line in a side view, is set in a manner passing through a position further forward than the metering unit .
A fuel rail assembly for a fuel injection system for an internal combustion engine, the fuel rail assembly comprising a fuel rail formed of a plastic material and forming a reservoir for fuel, the fuel rail comprising an elongate fuel rail body having an inlet port to which fuel is supplied at pressure to the reservoir, and a plurality of outlet ports spaced along the fuel rail , the outlet ports each incorporating a recess forming an injector cup adapted to receive an associated fuel injector to form the hydraulic connection between the fuel rail and the fuel injector , wherein a discrete reinforcing element is located integrally in the fuel rail body in a predetermined region to strengthen the fuel rail in the predetermined region , wherein a reinforcing element is located in the region of each of the injector cups , wherein the reinforcing element comprises a generally cylindrical sleeve located coaxially with an associated injector cup (14, wherein the reinforcing element has at least one location element passing through a wall of the fuel rail body to lie outside the exterior surface of the fuel rail body , the fuel rail assembly being characterised in that the generally cylindrical sleeve has at its outer end a radially outwardly extending peripheral rim , at least part of which extends outwardly beyond the exterior surface of the fuel rail body to form the location element .
A system for determining a viscosity of an anatomy, comprising: an ultrasound transducer ; a vibration source ; and a processing system in communication with the ultrasound transducer and the vibration source, the processing system configured to: activate the vibration source to emit a broadband vibration comprising a first frequency and a second frequency and thereby induce a first shear wave in the anatomy at the first frequency and a second shear wave in the anatomy at the second frequency simultaneously, with the first frequency being different from the second frequency; activate the ultrasound transducer to obtain ultrasound data representative of the anatomy that exhibits the first shear wave and the second shear wave; apply a band pass filter to the ultrasound data, to identify the first shear wave propagating at a first frequency and the second shear wave propagating at a second frequency; determine a first wave speed of the first shear wave in the anatomy and a second wave speed of the second shear wave in the anatomy; and determine the viscosity of the anatomy by comparing the first wave speed and the second wave speed. an ultrasound transducer ; a vibration source ; and a processing system in communication with the ultrasound transducer and the vibration source, the processing system configured to: activate the vibration source to emit a broadband vibration comprising a first frequency and a second frequency and thereby induce a first shear wave in the anatomy at the first frequency and a second shear wave in the anatomy at the second frequency simultaneously, with the first frequency being different from the second frequency; activate the ultrasound transducer to obtain ultrasound data representative of the anatomy that exhibits the first shear wave and the second shear wave; apply a band pass filter to the ultrasound data, to identify the first shear wave propagating at a first frequency and the second shear wave propagating at a second frequency; determine a first wave speed of the first shear wave in the anatomy and a second wave speed of the second shear wave in the anatomy; and determine the viscosity of the anatomy by comparing the first wave speed and the second wave speed. activate the vibration source to emit a broadband vibration comprising a first frequency and a second frequency and thereby induce a first shear wave in the anatomy at the first frequency and a second shear wave in the anatomy at the second frequency simultaneously, with the first frequency being different from the second frequency; activate the ultrasound transducer to obtain ultrasound data representative of the anatomy that exhibits the first shear wave and the second shear wave; apply a band pass filter to the ultrasound data, to identify the first shear wave propagating at a first frequency and the second shear wave propagating at a second frequency; determine a first wave speed of the first shear wave in the anatomy and a second wave speed of the second shear wave in the anatomy; and determine the viscosity of the anatomy by comparing the first wave speed and the second wave speed.
A porous copper sintered material comprising a plurality of copper fibers sintered to each other, wherein the copper fibers are made of copper or copper alloy, a ratio L/R of a length L of the copper fibers to a diameter R is in a range of 4 or more and 2500 or less, redox layers formed by redox treatment are provided on surfaces of copper fibers , and concavities and convexities are formed by the redox layer , the redox treatment is a treatment of oxidizing each of the copper fibers and then reducing the oxidized copper fibers , the redox layer is in a porous structure, and each of redox layers formed on each of the copper fibers is integrally bonded in a junction of the copper fibers , characterized in that the diameter R of the copper fibers is in a range of 0.05 mm or more and 0.5 mm or less. the copper fibers are made of copper or copper alloy, a ratio L/R of a length L of the copper fibers to a diameter R is in a range of 4 or more and 2500 or less, redox layers formed by redox treatment are provided on surfaces of copper fibers , and concavities and convexities are formed by the redox layer , the redox treatment is a treatment of oxidizing each of the copper fibers and then reducing the oxidized copper fibers , the redox layer is in a porous structure, and each of redox layers formed on each of the copper fibers is integrally bonded in a junction of the copper fibers , characterized in that the diameter R of the copper fibers is in a range of 0.05 mm or more and 0.5 mm or less.