mhurhangee/ep-ind-claims huggingface dataset:
A video synchronization method implemented in a video synchronization server system, the method comprising, for each user device of multiple user devices (1, 2,3): transmitting a system clock reference over a wireless, short range communication channel to said user device as a visual light communication, VLC, signal detectable by a camera of or connectable to said user device, said system clock reference indicating a current time according to a system clock; wirelessly receiving a clock offset together with an identifier associated with said user device or with a user of said user device, said clock offset representing a difference between said system clock reference and a corresponding current time according to an internal clock of said user device; associatively storing said clock offset and said identifier in a memory; receiving a video stream of video frames together with said identifier over a wireless media channel from said user device; retrieving said clock offset from said memory using said identifier received together with said video frames; and calculating a respective capture time according to said system clock for video frames in said video stream based on a respective timestamp tagged to said video frames and said retrieved clock offset, wherein said method further comprising time aligning video streams (21, 22, 23) from said multiple user devices (1, 2, 3) based on said calculated respective capture times. transmitting a system clock reference over a wireless, short range communication channel to said user device as a visual light communication, VLC, signal detectable by a camera of or connectable to said user device, said system clock reference indicating a current time according to a system clock; wirelessly receiving a clock offset together with an identifier associated with said user device or with a user of said user device, said clock offset representing a difference between said system clock reference and a corresponding current time according to an internal clock of said user device; associatively storing said clock offset and said identifier in a memory; receiving a video stream of video frames together with said identifier over a wireless media channel from said user device; retrieving said clock offset from said memory using said identifier received together with said video frames; and calculating a respective capture time according to said system clock for video frames in said video stream based on a respective timestamp tagged to said video frames and said retrieved clock offset, wherein said method further comprising time aligning video streams (21, 22, 23) from said multiple user devices (1, 2, 3) based on said calculated respective capture times.
A safe driving evaluation system comprising: a traffic signal information acquisition unit that acquires traffic signal information that indicates the display status of a traffic signal present ahead in the traveling direction of a vehicle; a zone determination unit that determines the vehicle is within a prescribed stop supplement zone set up in front of a traffic signal installation point at which the traffic signal is installed; a red light determination unit that determines a red light encounter, which is a state where the vehicle is within the stop supplement zone and the traffic signal information indicates that the traffic signal is red; a stop supplement unit that performs a stop supplementary operation with respect to a driver in order to stop the vehicle at the traffic signal installation point, based on a driving operation of the vehicle during the red light encounter; and a percentage calculation unit that calculates a stop supplement percentage as a ratio of a stop supplement frequency, which is the number of times the stop supplementary operation is performed, to a red light encounter frequency, which is the number of times the vehicle has the red light encounter. a traffic signal information acquisition unit that acquires traffic signal information that indicates the display status of a traffic signal present ahead in the traveling direction of a vehicle; a zone determination unit that determines the vehicle is within a prescribed stop supplement zone set up in front of a traffic signal installation point at which the traffic signal is installed; a red light determination unit that determines a red light encounter, which is a state where the vehicle is within the stop supplement zone and the traffic signal information indicates that the traffic signal is red; a stop supplement unit that performs a stop supplementary operation with respect to a driver in order to stop the vehicle at the traffic signal installation point, based on a driving operation of the vehicle during the red light encounter; and a percentage calculation unit that calculates a stop supplement percentage as a ratio of a stop supplement frequency, which is the number of times the stop supplementary operation is performed, to a red light encounter frequency, which is the number of times the vehicle has the red light encounter.
A cleaning implement based on melamine-formaldehyde foam characterized in that said foam comprises elastic compressed foam based on melamine-formaldehyde resins obtained by a process comprising the steps of: a) Expanding a melamine-formaldehyde precondensate; b) Compressing the soft, not finally cured melamine-formaldehyde foamed material of step a), wherein compression take place in the range of 1 to 90%; c) Drying the elastic compressed melamine-formaldehyde material of step b); and density of elastic compressed foam is in the range of 5 to 100g/l. a) Expanding a melamine-formaldehyde precondensate; b) Compressing the soft, not finally cured melamine-formaldehyde foamed material of step a), wherein compression take place in the range of 1 to 90%; c) Drying the elastic compressed melamine-formaldehyde material of step b);
Apparatus for processing biological material, comprising - a vessel holder for receiving a vessel (160, 170) for the biological material; - a movable sensor unit comprising: an ultrasound source, an ultrasound sensor, an optical sensor, a light source, and positioning means (316, 326); and - an evaluating unit for determining, as a function of sensor data of the ultrasound sensor, the state of opening of the vessel (160, 170), and for determining, as a function of sensor data of the ultrasound sensor and with the vessel (160, 170) open, the possible presence of a substance in the vessel (160, 170), wherein the optical sensor is suitable for determining the presence of the vessel (160, 170); the positioning means (316, 326) are configured for positioning the movable sensor unit in relation to the vessel (160, 170) as a function of sensor data of the optical sensor; the vessel (160, 170) has at least one part of increased recognisability; the light source is suitable for irradiating a registration area in the vessel holder and the registration area is associated with the vessel part of increased recognisability; the optical sensor is suitable for measuring the intensity of radiation coming from the registration area; and the evaluating unit is equipped to register the presence or absence of the vessel (160, 170) by comparing the intensity measured with a defined threshold. - a vessel holder for receiving a vessel (160, 170) for the biological material; - a movable sensor unit comprising: an ultrasound source, an ultrasound sensor, an optical sensor, a light source, and positioning means (316, 326); and - an evaluating unit for determining, as a function of sensor data of the ultrasound sensor, the state of opening of the vessel (160, 170), and for determining, as a function of sensor data of the ultrasound sensor and with the vessel (160, 170) open, the possible presence of a substance in the vessel (160, 170),
Planar element for lighting and heating consisting of a multilayer, which comprises a succession of several layers arranged area-wide directly one above the surface of the other, and includes at least one lighting layer and at least one heating layer as well as an insulating layer and/or ceramic layer arranged between them, wherein a) the at least one lighting layer consists of a transparent front electrode layer and a back electrode layer with an illumination layer and dielectric layer arranged between them, and an illumination voltage (U L) can be applied between the front electrode layer and the back electrode layer, b) a heating voltage (U H) can be applied to the at least one heating layer. a) the at least one lighting layer consists of a transparent front electrode layer and a back electrode layer with an illumination layer and dielectric layer arranged between them, and an illumination voltage (U L) can be applied between the front electrode layer and the back electrode layer, b) a heating voltage (U H) can be applied to the at least one heating layer.
A method of fabricating a stainless martensitic steel, comprising a step of electroslag remelting of an ingot of said steel then a step of cooling said ingot, characterized in that before the electroslag remelting step, the ingot undergoes vacuum degassing in the liquid metal state for a time sufficient to obtain a hydrogen content in said ingot of less than 3 ppm.
A resin composition pellet containing a thermoplastic resin and a desiccant and having an elliptic cylindrical shape, characterized in that the thermoplastic resin contains a saponified ethylene-vinyl ester-based copolymer; wherein a ratio of a short diameter (b) to a long diameter (a) of a ellipsoidal face of the pellet is from 0.6 to 0.9; and wherein the ratio of the short diameter (b) to the long diameter (a) is calculated by dividing the short diameter (b) by the long diameter (a). characterized in that the thermoplastic resin contains a saponified ethylene-vinyl ester-based copolymer; wherein a ratio of a short diameter (b) to a long diameter (a) of a ellipsoidal face of the pellet is from 0.6 to 0.9; and wherein the ratio of the short diameter (b) to the long diameter (a) is calculated by dividing the short diameter (b) by the long diameter (a).
A NEBULISER WITH POWERED TURBINE of the type that comprise elements to generate an air current which is channelled towards a deflector that redirects this current to the exterior, dragging the product that flows through nozzles arranged in the vicinity of the air current at its outlet, comprising: a first propeller housed in a first duct, a second propeller housed in a second duct, a shaft, a chamber between the first and the second propeller, a deflector, wherein the first propeller and the second propeller are arranged in line, wherein the first propeller is in an outermost position sucking the outside air and taking it to the chamber and the second propeller takes the air from the chamber and propels it towards the deflector, and the first duct and the second duct are in line, the first duct being partially inserted in the second duct. a first propeller housed in a first duct, a second propeller housed in a second duct, a shaft, a chamber between the first and the second propeller, a deflector, wherein the first propeller and the second propeller are arranged in line, wherein the first propeller is in an outermost position sucking the outside air and taking it to the chamber and the second propeller takes the air from the chamber and propels it towards the deflector, and the first duct and the second duct are in line, the first duct being partially inserted in the second duct.
A vector by matrix multiplication, VMM, array comprising: a memory array of non-volatile memory cells arranged in rows and columns and configured to provide inputs to the VMM array on the control gate lines and the output of the VMM array on the source lines, wherein the current placed on each source line performs a summing function of all the memory cells connected to that particular source line; wherein the array comprises a logical cell comprising one or more non-volatile memory cells configured as coarse cells (4001-2, 4001-3) and one or more non-volatile memory cells configured as fine cells, wherein during a programming operation one of N possible values is stored and verified in the logical cell by performing coarse programming (4101, 4102) and not fine programming on the one or more coarse cells (4001-2, 4100-3), performing fine programming on the one or more fine cells, and verifying the logical cell has been correctly programmed to the one of N possible values. a memory array of non-volatile memory cells arranged in rows and columns and configured to provide inputs to the VMM array on the control gate lines and the output of the VMM array on the source lines, wherein the current placed on each source line performs a summing function of all the memory cells connected to that particular source line; wherein the array comprises a logical cell comprising one or more non-volatile memory cells configured as coarse cells (4001-2, 4001-3) and one or more non-volatile memory cells configured as fine cells, wherein during a programming operation one of N possible values is stored and verified in the logical cell by performing coarse programming (4101, 4102) and not fine programming on the one or more coarse cells (4001-2, 4100-3), performing fine programming on the one or more fine cells, and verifying the logical cell has been correctly programmed to the one of N possible values.
Gas turbine with at least one annular combustion chamber, which is formed in each case from an ring-shaped inner shell and outer shell (8, 7) and in each case has a parting plane in the inner shell and outer shell (8, 7), which divides the shell (8, 7) into an upper half shell and a lower half shell, wherein in each case the inner and/or outer shell (8, 7) of the at least one annular combustion chamber is closed in the parting plane by at least one parting plane weld seam, characterised in that an indentation pointing away from the hot gas side of the annular combustion chamber is arranged in the region of the parting plane weld seam and the parting plane weld seam is arranged on the base of the indentation, wherein this at least one parting plane weld seam or a part of this parting plane weld seam is film-cooled and the holes for the film cooling are arranged on the side walls of the indentation.
A pharmaceutical composition, wherein the composition comprises (i) a recombinant vector comprising a gene of SEQ ID NO: 1 that encodes adenylate cyclase activating polypeptide 1 (pituitary) (ADCYAP1; NM_001099733) or a gene that encodes a fragment of ADCYAP1 comprising a sequence of SEQ ID NO: 9 or 10 as an active ingredient, or (ii) adenylate cyclase activating polypeptide 1 (pituitary) (ADCYAP1; NM_001099733) of SEQ ID NO: 2, or a fragment of ADCYAP1 comprising a sequence of SEQ ID NO: 9 or 10 as an active ingredient, for use in the treatment of cervical cancer. (i) a recombinant vector comprising a gene of SEQ ID NO: 1 that encodes adenylate cyclase activating polypeptide 1 (pituitary) (ADCYAP1; NM_001099733) or a gene that encodes a fragment of ADCYAP1 comprising a sequence of SEQ ID NO: 9 or 10 as an active ingredient, or (ii) adenylate cyclase activating polypeptide 1 (pituitary) (ADCYAP1; NM_001099733) of SEQ ID NO: 2, or a fragment of ADCYAP1 comprising a sequence of SEQ ID NO: 9 or 10 as an active ingredient, for use in the treatment of cervical cancer.
A method of determining a resource for a device-to-device, D2D, communication in a wireless communication system, the method comprising, at a user equipment, UE,: receiving configuration information on a multi-level D2D resource pool configured for each level from a base station, BS,; selecting a resource pool of the D2D communication based on the configuration information; and selecting a resource of the D2D communication in the resource pool based on determining a level of the resource pool to be used in the D2D communication based on a load of D2D traffic wherein the resource pool is configured in at least two levels, and wherein when the load of D2D traffic is equal to or greater than a threshold load for a specific level and is less than a threshold load of a higher level of the specific level, the specific level is determined as the level. receiving configuration information on a multi-level D2D resource pool configured for each level from a base station, BS,; selecting a resource pool of the D2D communication based on the configuration information; and selecting a resource of the D2D communication in the resource pool based on determining a level of the resource pool to be used in the D2D communication based on a load of D2D traffic wherein the resource pool is configured in at least two levels, and wherein when the load of D2D traffic is equal to or greater than a threshold load for a specific level and is less than a threshold load of a higher level of the specific level, the specific level is determined as the level.
A colloidal silica polishing composition for polishing synthetic quartz glass substrates comprising a colloidal solution containing spherical colloidal silica particles, being colloidal silica particles having a degree of association which is in a range of 1.0 to 1.5, and associated colloidal silica particles, being colloidal silica particles having a degree of association which is in a range of 2.0 to 3.5, and wherein: the spherical colloidal silica particles have an average primary particle size D1A which is in a range of 20 to 120 nm; the associated colloidal silica particles have an average primary particle size D1B which is in a range of 70 to 200 nm, and the amount of the spherical colloidal silica particles is 2 to 5 times the amount of the associated colloidal silica particles, on a weight basis. the spherical colloidal silica particles have an average primary particle size D1A which is in a range of 20 to 120 nm; the associated colloidal silica particles have an average primary particle size D1B which is in a range of 70 to 200 nm, and the amount of the spherical colloidal silica particles is 2 to 5 times the amount of the associated colloidal silica particles, on a weight basis.
A system comprising a drive system for a medical instrument, the drive system comprising: a motor; and an interface that is coupled to the motor and configured to releasably engage the medical instrument so that when the interface engages the medical instrument, rotation of the motor actuates the medical instrument, the interface comprising a drive element with an engagement feature shaped such that for any pose of the medical instrument, the engagement feature of the drive element engages a complementary engagement feature of the medical instrument without inducing rotation that actuates the medical instrument; wherein the engagement feature of the drive element: comprises one of a tapered projection and a tapered hole with a circular cross section positioned to engage a corresponding circular cross section of the complementary engagement feature of the medical instrument; and permits the drive system to actuate the medical instrument through friction between the engagement feature of the drive element and the complementary engagement feature of the medical instrument. a motor; and an interface that is coupled to the motor and configured to releasably engage the medical instrument so that when the interface engages the medical instrument, rotation of the motor actuates the medical instrument, the interface comprising a drive element with an engagement feature shaped such that for any pose of the medical instrument, the engagement feature of the drive element engages a complementary engagement feature of the medical instrument without inducing rotation that actuates the medical instrument; wherein the engagement feature of the drive element: comprises one of a tapered projection and a tapered hole with a circular cross section positioned to engage a corresponding circular cross section of the complementary engagement feature of the medical instrument; and permits the drive system to actuate the medical instrument through friction between the engagement feature of the drive element and the complementary engagement feature of the medical instrument. comprises one of a tapered projection and a tapered hole with a circular cross section positioned to engage a corresponding circular cross section of the complementary engagement feature of the medical instrument; and permits the drive system to actuate the medical instrument through friction between the engagement feature of the drive element and the complementary engagement feature of the medical instrument.
A traffic-actuated power generating apparatus (110, 310) comprising: a) a low pressure fluid supply reservoir; b) a high pressure fluid accumulator; c) an electrical power generator driven by fluid from the accumulator; d) a plurality of energy collection devices positioned in the path of a passing vehicle to be actuated thereby and pump fluid from the reservoir to the accumulator upon actuation; and characterized by: e) a body having a bottom surface adapted to bear against a traffic-conveying surface, and a top surface spaced vertically above the bottom surface and adapted to be driven over by a wheel of a passing vehicle, the plurality of energy collection devices mounted in the body, and each of the energy collection devices positioned entirely above the traffic-conveying surface when the bottom surface of the body bears against the traffic-conveying surface. a) a low pressure fluid supply reservoir; b) a high pressure fluid accumulator; c) an electrical power generator driven by fluid from the accumulator; d) a plurality of energy collection devices positioned in the path of a passing vehicle to be actuated thereby and pump fluid from the reservoir to the accumulator upon actuation; and characterized by: e) a body having a bottom surface adapted to bear against a traffic-conveying surface, and a top surface spaced vertically above the bottom surface and adapted to be driven over by a wheel of a passing vehicle, the plurality of energy collection devices mounted in the body, and each of the energy collection devices positioned entirely above the traffic-conveying surface when the bottom surface of the body bears against the traffic-conveying surface. e) a body having a bottom surface adapted to bear against a traffic-conveying surface, and a top surface spaced vertically above the bottom surface and adapted to be driven over by a wheel of a passing vehicle, the plurality of energy collection devices mounted in the body, and each of the energy collection devices positioned entirely above the traffic-conveying surface when the bottom surface of the body bears against the traffic-conveying surface.