mhurhangee/ep-ind-claims huggingface dataset:
A color wheel apparatus, comprising a wavelength conversion layer, a sealed housing, a cover body, a heat exchanger and a color wheel module, wherein: the wavelength conversion layer is configured to be illuminated by excitation light and to generate excited light; the sealed housing is configured to form a sealed cavity and to accommodate the wavelength conversion layer, the cover body, the heat exchanger and the color wheel module in the sealed cavity; the cover body has an outer edge fixedly connected to the sealed housing, wherein the cover body together with the sealed housing form a color wheel cavity for accommodating the wavelength conversion layer and the color wheel module, wherein a first opening is provided at a central portion of the cover body, one or more second openings are provided at an edge of the cover body, the first opening forms an air inlet of the color wheel cavity, and the second openings form an air outlet of the color wheel cavity; the heat exchanger is located outside the color wheel cavity, wherein the heat exchanger comprises a heat exchange inlet and a heat exchange outlet; and the color wheel module is disposed in the color wheel cavity, supporting the wavelength conversion layer, and configured to provide power for enabling an air flow to enter through the air inlet of the color wheel cavity and leave through the air outlet, so as to form a circulation air duct in which the air flow sequentially passes through the air inlet of the color wheel cavity, the color wheel module, the air outlet of the color wheel cavity, the heat exchange inlet, and the heat exchange outlet and then returns to the air inlet. the wavelength conversion layer is configured to be illuminated by excitation light and to generate excited light; the sealed housing is configured to form a sealed cavity and to accommodate the wavelength conversion layer, the cover body, the heat exchanger and the color wheel module in the sealed cavity; the cover body has an outer edge fixedly connected to the sealed housing, wherein the cover body together with the sealed housing form a color wheel cavity for accommodating the wavelength conversion layer and the color wheel module, wherein a first opening is provided at a central portion of the cover body, one or more second openings are provided at an edge of the cover body, the first opening forms an air inlet of the color wheel cavity, and the second openings form an air outlet of the color wheel cavity; the heat exchanger is located outside the color wheel cavity, wherein the heat exchanger comprises a heat exchange inlet and a heat exchange outlet; and the color wheel module is disposed in the color wheel cavity, supporting the wavelength conversion layer, and configured to provide power for enabling an air flow to enter through the air inlet of the color wheel cavity and leave through the air outlet, so as to form a circulation air duct in which the air flow sequentially passes through the air inlet of the color wheel cavity, the color wheel module, the air outlet of the color wheel cavity, the heat exchange inlet, and the heat exchange outlet and then returns to the air inlet.
A polypropylene film having a crystal orientation degree of an α-crystal plane measured by wide-angle X-ray diffractometry of 0.78 or more, a sum of thermal shrinkage rates in a width direction and a longitudinal direction after being subjected to heat treatment at 120°C for 10 minutes of 4.0% or less, and a relationship between a stress at 5% elongation in the width direction (TD-F5 value) and a stress at 5% elongation in the longitudinal direction (MD-F5 value) of (MD-F5 value)/(TD-F5 value) > 0.45, wherein the crystal orientation degree of an α-crystal plane, the thermal shrinkage rates and the stress at 5% elongation are measured by the methods described in the specification.
A device for in vivo detection of the flow velocity of a blood stream in the blood circulation, with - a microelectrode arrangement that is designed for placement in the circulation of a patient and whose microelectrodes have a bipolar configuration, - an electrical energy source, that is designed to provide stimulation energy to obtain a measurement signal and that is connected with the microelectrode arrangement, - a signal detection device to detect an electrical measurement signal on measuring electrodes of the microelectrode arrangement, this electrical measurement signal being produced by the blood stream in the presence of the stimulation energy; and - a signal evaluation device whose input side is connected with the signal detection device to determine the flow velocity from the measurement signal, characterized in that the electrode in the form of an electrode pole and its counter electrode in the form of a counter pole are formed by a concentric arrangement with an annular gap between an inner electrode and an outer electrode concentrically surrounding this inner electrode. - a microelectrode arrangement that is designed for placement in the circulation of a patient and whose microelectrodes have a bipolar configuration, - an electrical energy source, that is designed to provide stimulation energy to obtain a measurement signal and that is connected with the microelectrode arrangement, - a signal detection device to detect an electrical measurement signal on measuring electrodes of the microelectrode arrangement, this electrical measurement signal being produced by the blood stream in the presence of the stimulation energy; and - a signal evaluation device whose input side is connected with the signal detection device to determine the flow velocity from the measurement signal,
A live, attenuated dengue virus composition comprising: one or more live, attenuated dengue viruses; one or more albumins selected from the group consisting of lactalbumins and serum albumins, and trehalose. one or more live, attenuated dengue viruses; one or more albumins selected from the group consisting of lactalbumins and serum albumins, and trehalose.
A feeding device comprising: a supply unit that supplies air between a plurality of stacked media and that floats the media; a feeding unit that makes the media floated by the supply unit stick thereto and that feeds the media; and a separating unit that supplies the air obliquely downward to a front surface side of a second medium positioned immediately below a first medium stuck to the feeding unit from a downstream side to an upstream side in a medium feeding direction and that separates the second medium from the first medium; the feeding device being characterized in further comprising: a blasting unit (70, 80) that blasts the air obliquely downward to the front surface side of the second medium from the downstream side to the upstream side in the medium feeding direction and that has a blasting angle (θ2) of the air with respect to the medium feeding direction larger than a supply angle (θ1) of the air of the separating unit. a supply unit that supplies air between a plurality of stacked media and that floats the media; a feeding unit that makes the media floated by the supply unit stick thereto and that feeds the media; and a separating unit that supplies the air obliquely downward to a front surface side of a second medium positioned immediately below a first medium stuck to the feeding unit from a downstream side to an upstream side in a medium feeding direction and that separates the second medium from the first medium; the feeding device being characterized in further comprising: a blasting unit (70, 80) that blasts the air obliquely downward to the front surface side of the second medium from the downstream side to the upstream side in the medium feeding direction and that has a blasting angle (θ2) of the air with respect to the medium feeding direction larger than a supply angle (θ1) of the air of the separating unit.
A method of wireless communication over a multipath TCP connection, comprising: communicating over a first subflow on a first path that comprises a first wireless link; communicating over a second subflow on a second path; and providing a health metric corresponding to a quality of the first wireless link, wherein the health metric is provided on a third subflow on at least one of the first path or the second path. communicating over a first subflow on a first path that comprises a first wireless link; communicating over a second subflow on a second path; and providing a health metric corresponding to a quality of the first wireless link, wherein the health metric is provided on a third subflow on at least one of the first path or the second path.
A computer vision method for detecting and modeling features of a structure in a plurality of images, comprising the steps of: receiving at a computer system a plurality of images, each of said images including a view of the structure; processing the plurality of images to identify a plurality of two-dimensional line segments in each image using a two-dimensional segment detection algorithm; characterized by: processing the plurality of two-dimensional line segments to generate a plurality of three-dimensional line segments using a triangulation algorithm; processing the plurality of three-dimensional line segments to detect a contour of the structure using a contour inference algorithm; processing intersections of directional planes originating from edges of the contour of the structure to infer interior roof lines from the structure; and generating a model of the roof of the structure using the detected contour and interior roof lines. receiving at a computer system a plurality of images, each of said images including a view of the structure; processing the plurality of images to identify a plurality of two-dimensional line segments in each image using a two-dimensional segment detection algorithm; characterized by: processing the plurality of two-dimensional line segments to generate a plurality of three-dimensional line segments using a triangulation algorithm; processing the plurality of three-dimensional line segments to detect a contour of the structure using a contour inference algorithm; processing intersections of directional planes originating from edges of the contour of the structure to infer interior roof lines from the structure; and generating a model of the roof of the structure using the detected contour and interior roof lines.
A method of manufacturing a brachytherapy applicator, comprising: providing a shaft, the shaft having a first end and a second end opposite the first end; providing a cap; providing a base portion; and forming an applicator, the forming including, connecting the cap to the first end of the shaft, and connecting the base portion to the second end of the shaft, wherein optionally the shaft, the cap, and the base portion comprise a resin or a plastic material; wherein the first end of the shaft comprises a top surface, the top surface defining a first groove and a second groove, the second groove circumscribing the first groove, and the cap includes a mating surface configured to be coupled to the top surface of the shaft; a first plurality of projections extending from the mating surface; and a second plurality of projections extending from the mating surface and circumscribing the first plurality of projections; and wherein the connecting the cap to the first end of the shaft comprises: engaging the first plurality of projections of the cap with the first groove of the shaft; and engaging the second plurality of projections of the cap with the second groove of the shaft providing a shaft, the shaft having a first end and a second end opposite the first end; providing a cap; providing a base portion; and forming an applicator, the forming including, connecting the cap to the first end of the shaft, and connecting the base portion to the second end of the shaft, connecting the cap to the first end of the shaft, and connecting the base portion to the second end of the shaft, wherein optionally the shaft, the cap, and the base portion comprise a resin or a plastic material; wherein the first end of the shaft comprises a top surface, the top surface defining a first groove and a second groove, the second groove circumscribing the first groove, and the cap includes a mating surface configured to be coupled to the top surface of the shaft; a first plurality of projections extending from the mating surface; and a second plurality of projections extending from the mating surface and circumscribing the first plurality of projections; and wherein the connecting the cap to the first end of the shaft comprises: engaging the first plurality of projections of the cap with the first groove of the shaft; and engaging the second plurality of projections of the cap with the second groove of the shaft engaging the first plurality of projections of the cap with the first groove of the shaft; and engaging the second plurality of projections of the cap with the second groove of the shaft
An embroidery frame comprising: a holding member that is configured to hold a sewing workpiece; an attaching member that is connected to the holding member and is detachably supported in a specified mounting position in relation to a frame support member that is provided in a sewing machine; and a positioning member that is mounted on the attaching member and that includes a second engaging portion and a displaceable portion, the second engaging portion being a portion that, in a case where the second engaging portion is engaged with a first engaging portion in the specified mounting position, restricts horizontal movement of the attaching member, the first engaging portion being a portion that is provided on the frame support member, the displaceable portion being a portion that is configured to move between a first position and a second position, characterized in that the first position being a position in which the horizontal movement of the attaching member is restricted by the engaging of the first engaging portion with the second engaging portion, the second position being a position in which the restricting of the horizontal movement of the attaching member by the engaging of the first engaging portion with the second engaging portion is undone, the distance between the attaching member and the displaceable portion in the second position being different from the distance between the attaching member and the displaceable portion in the first position, and the displaceable portion in the second position being located farther from the attaching member than in the first position. a holding member that is configured to hold a sewing workpiece; an attaching member that is connected to the holding member and is detachably supported in a specified mounting position in relation to a frame support member that is provided in a sewing machine; and a positioning member that is mounted on the attaching member and that includes a second engaging portion and a displaceable portion, the second engaging portion being a portion that, in a case where the second engaging portion is engaged with a first engaging portion in the specified mounting position, restricts horizontal movement of the attaching member, the first engaging portion being a portion that is provided on the frame support member, the displaceable portion being a portion that is configured to move between a first position and a second position,
An integrated circuit which, in operation, controls a process of a user equipment, the process comprising: receiving from a radio base station configuration information used to configure a second trigger condition, determining whether a first trigger condition is fulfilled, the first trigger condition requiring a buffer status report, BSR, being triggered due to data becoming available in a transmission buffer, starting a timer related to the data of the transmission buffer when the first trigger condition is fulfilled, determining whether the second trigger condition is fulfilled, the second trigger condition requiring the timer being expired, the timer postponing triggering of a scheduling request transmission until the timer is expired, wherein the timer is not started when the first trigger condition is fulfilled for a logical channel for which the timer of the second trigger condition is not configured, and triggering transmission of a scheduling request to the radio base station requesting uplink resources when defined conditions are fulfilled including the first and second trigger conditions being fulfilled. receiving from a radio base station configuration information used to configure a second trigger condition, determining whether a first trigger condition is fulfilled, the first trigger condition requiring a buffer status report, BSR, being triggered due to data becoming available in a transmission buffer, starting a timer related to the data of the transmission buffer when the first trigger condition is fulfilled, determining whether the second trigger condition is fulfilled, the second trigger condition requiring the timer being expired, the timer postponing triggering of a scheduling request transmission until the timer is expired, wherein the timer is not started when the first trigger condition is fulfilled for a logical channel for which the timer of the second trigger condition is not configured, and triggering transmission of a scheduling request to the radio base station requesting uplink resources when defined conditions are fulfilled including the first and second trigger conditions being fulfilled.
A method (700, 800, 900, 1000) comprising: obtaining (702, 902), at a transmitting device, a transport block for transmission; appending (704, 904) a cyclic redundancy check to the transport block; selecting a transmission resource unit; encoding, using physical layer rate-less coding, the transport block, thereby generating an encoded transport block; and transmitting (712, 912) the encoded transport block to a receiving device over the transmission resource unit, wherein the transmission resource unit comprises a grant-free transmission resource unit, and characterized in that the selecting of the grant-free transmission resource unit comprises selecting among grant-free transmission resource units that have been announced a-priori by the receiving device or that have been mapped a-priori by the receiving device to a subset of potential transmitting devices. obtaining (702, 902), at a transmitting device, a transport block for transmission; appending (704, 904) a cyclic redundancy check to the transport block; selecting a transmission resource unit; encoding, using physical layer rate-less coding, the transport block, thereby generating an encoded transport block; and transmitting (712, 912) the encoded transport block to a receiving device over the transmission resource unit, wherein the transmission resource unit comprises a grant-free transmission resource unit, and characterized in that the selecting of the grant-free transmission resource unit comprises selecting among grant-free transmission resource units that have been announced a-priori by the receiving device or that have been mapped a-priori by the receiving device to a subset of potential transmitting devices.
Device for absorbing movement energy, in particular for installation in a motor vehicle, with a first stationary component (4a, 4b, 4c) and a second component (3a, 3b, 3c) movable relative to the first component (4a, 4b, 4c), wherein at least one of the components (3a, 3b, 3c, 4a, 4b, 4c) converts energy by way of plastic deformation when a determined force level is exceeded, with a coupling device, which brings the first component (4a, 4b, 4c) and the second component (3a, 3b, 3c) into cooperative connection such that the two components (3a, 3b, 3c, 4a, 4b, 4c) are only movable towards one another with low energy conversion when the coupling device is not activated and forces can be transferred from one component (3a, 3b, 3c) to the other component (4a, 4b, 4c) when the coupling device is activated, wherein the coupling device is permanently in engagement with the two components (3a, 3b, 3c, 4a, 4b, 4c) and thus permanently generates a first low coupling force level and a strengthening of the coupling forces takes place from the first low coupling force level to a high coupling force level when the coupling device is activated and plastic deformation of at least one component (3a, 3b, 3c, 4a, 4b, 4c) occurs, characterised in that the movable component (3a, 3b, 3c) has a deformation element, which initially deforms in a crash situation such that only then does a movement of the movable component (3a, 3b, 3c) occur, wherein a locking element is provided to activate the coupling device and wherein the coupling device has at least one bracket, which connects both components (3a, 3b, 3c, 4a, 4b, 4c) and which is pressed away from the locking element outwards towards the movable component (3a, 3b, 3c) in order to activate the coupling device, wherein the at least one bracket is inserted into a receiving opening of the stationary component (4a, 4b, 4c) and leads through an opening in the movable component (3a, 3b, 3c) into the interior of the movable component (3a, 3b, 3c).
A pharmaceutical composition, characterized by being prepared from the following bulk drugs by weight ratio: 8.75-60 parts of silibinin 15-65 parts of phospholipid 25-200 parts of Pu'er tea extract. 8.75-60 parts of silibinin 15-65 parts of phospholipid 25-200 parts of Pu'er tea extract.