mhurhangee/patent-ind-claim-en huggingface dataset:
A curtain airbag device provided with an airbag that is disposed along a roof side rail of a vehicle interior, and that can deploy so as to cover a window portion on a side face, the curtain airbag device comprising: a cover that covers the airbag , at least, in a part of the folded or rolled airbag in the longitudinal direction, wherein the cover is formed of a pliable fabric material having a plurality of polymer fibers, and is configured to maintain the shape of the airbag through mutual fusion of at least a part of the polymer fibers; and a high stiffness portion harder than other portions and formed during the fusion of the cover is provided, in the cover, the high stiffness portion extending in the longitudinal direction of the cover, characterized in that , a base fabric extension portion that extends from the airbag is provided on an upper edge of the airbag ; attaching means for attaching the airbag to the vehicle is connected to the base fabric extension portion ; and the entirety of the base fabric extension portion is covered by the cover; and the attaching means is provided on the outside of the cover, and is connected by sewing, along with the cover and the base fabric extension portion inside the cover. a cover that covers the airbag , at least, in a part of the folded or rolled airbag in the longitudinal direction, wherein the cover is formed of a pliable fabric material having a plurality of polymer fibers, and is configured to maintain the shape of the airbag through mutual fusion of at least a part of the polymer fibers; and a high stiffness portion harder than other portions and formed during the fusion of the cover is provided, in the cover, the high stiffness portion extending in the longitudinal direction of the cover, characterized in that , a base fabric extension portion that extends from the airbag is provided on an upper edge of the airbag ; attaching means for attaching the airbag to the vehicle is connected to the base fabric extension portion ; and the entirety of the base fabric extension portion is covered by the cover; and the attaching means is provided on the outside of the cover, and is connected by sewing, along with the cover and the base fabric extension portion inside the cover.
A display system comprising: a display means including a display screen ; a wearing information acquisition means for acquiring wearing information that indicates, for each of a plurality of operators , a wearing state that identifies whether the operator wears an eyewear and corresponding color information of the eyewear; and a display control means configured to set at least one of luminance and a color map of the display screen based on the acquired wearing information for the plurality of operators; wherein the display control means is configured to display, on the display screen , a notification to prompt each of the plurality of operators to replace their eyewear , if an appropriate color map or appropriate luminance cannot be set for all of the plurality of operators . a display means including a display screen ; a wearing information acquisition means for acquiring wearing information that indicates, for each of a plurality of operators , a wearing state that identifies whether the operator wears an eyewear and corresponding color information of the eyewear; and a display control means configured to set at least one of luminance and a color map of the display screen based on the acquired wearing information for the plurality of operators; wherein the display control means is configured to display, on the display screen , a notification to prompt each of the plurality of operators to replace their eyewear , if an appropriate color map or appropriate luminance cannot be set for all of the plurality of operators .
Method for checking the function of a sensor for detecting particles, in particular soot, wherein the sensor has at least two measurement electrodes and a substrate , on which the measurement electrodes are arranged, and also has a heating element , wherein the method comprises the following steps of: - carrying out a first current/voltage measurement for determining a first measurement variable, - carrying out a second current/voltage measurement for determining a second measurement variable, wherein one measurement electrode of the measurement electrodes is connected to a different electrical potential , - carrying out a third current/voltage measurement for determining a third measurement variable, and - forming a correction value for correcting the second measurement variable by means of the first measurement variable and the third measurement variable, wherein the first current/voltage measurement is carried out before the second current/voltage measurement and the third current/voltage measurement is carried out after the second current/voltage measurement, characterized in that the first current/voltage measurement and the third current/voltage measurement are carried out without an electrical potential being applied to one measurement electrode of the measurement electrodes , wherein the correction value is determined on the basis of a decay behaviour of the first measurement variable and of the third measurement variable, wherein the correction value is subtracted from the second measurement variable for the purpose of correction, wherein the first measurement variable, the second measurement variable and the third measurement variable are an electrical current between the measurement electrodes , wherein the method is carried out when the heating element is operated, wherein the heating element is operated by applying an electrical voltage. - carrying out a first current/voltage measurement for determining a first measurement variable, - carrying out a second current/voltage measurement for determining a second measurement variable, wherein one measurement electrode of the measurement electrodes is connected to a different electrical potential , - carrying out a third current/voltage measurement for determining a third measurement variable, and - forming a correction value for correcting the second measurement variable by means of the first measurement variable and the third measurement variable,
A time correction device for a PET system, comprising: - a detector ring configured to have a plurality of detectors arranged in sequence; - a ring-shaped prosthesis located inside of said detector ring with its center overlapping with axial and radial center of said detector ring ; - a detection module located inside of said ring-shaped prothesis with its center located at the center of said ring-shaped prosthesis ; - a data acquiring module configured to be provided with a data collecting module including said detectors and said detection module and an energy filtering module receiving single-event time information sent from said data collecting module, which are connected with each other; - a data coincidence module configured to connect to said energy filtering module and receive single-event time information sent from said energy filtering module ; - a time shift calculation module configured to connect to said data coincidence module and obtain shift values of the detectors through said single-event time information; and - a data correction application module configured to apply said shift values to said PET system to correct single-event time information. - a detector ring configured to have a plurality of detectors arranged in sequence; - a ring-shaped prosthesis located inside of said detector ring with its center overlapping with axial and radial center of said detector ring ; - a detection module located inside of said ring-shaped prothesis with its center located at the center of said ring-shaped prosthesis ; - a data acquiring module configured to be provided with a data collecting module including said detectors and said detection module and an energy filtering module receiving single-event time information sent from said data collecting module, which are connected with each other; - a data coincidence module configured to connect to said energy filtering module and receive single-event time information sent from said energy filtering module ; - a time shift calculation module configured to connect to said data coincidence module and obtain shift values of the detectors through said single-event time information; and - a data correction application module configured to apply said shift values to said PET system to correct single-event time information.
A connection tool for making connection with a tongue advancer of a tongue manipulation system comprising: - a connector configured to be coupled to a tongue advancer tether line , the tongue advancer tether line being connected to the tongue advancer; - a connection tool body and separable removal cannula part ; and a removal sleeve located at least partially within the separable removal cannula part, wherein the connection tool body and separable removal cannula part are configured to follow a tongue advancer tether line as said tether line is pulled within the connection tool, in order to enable a distal end of the removal sleeve to contact the tongue advancer , and wherein the separable removal cannula part is configured to be separable from the connection tool body following contact of the removal sleeve with the tongue advancer , to thereby expose a proximal end of the removal sleeve . - a connector configured to be coupled to a tongue advancer tether line , the tongue advancer tether line being connected to the tongue advancer; - a connection tool body and separable removal cannula part ; and
A method for transmitting media data by using a Motion Pictures Experts Group, MPEG, Media Transport, MMT, Technology, by a sending entity in a multimedia system, the method comprising: generating a MMT transport packet comprising a packet header and an MMT payload; wherein the MMT payload is a streaming payload for real time data transmission using at least one of an MMT media unit or a media fragment unit, MFU, as a basic unit, and transmitting the MMT transport packet to a receiving entity, the method being characterized in that a header of the MMT payload comprises: payload type information indicating whether data in the MMT payload is an MMT media unit , a fragment of the MMT media unit, an MFU , or an aggregation of a plurality of MFUs; and aggregation information indicating a number of remaining fragments of the MMT media unit after the fragment of the MMT media unit included in the MMT payload if the data in the MMT payload is the fragment of the MMT media unit, and indicating a number of MFUs in the MMT payload if the data in the MMT payload is the aggregation of the plurality of MFUs. generating a MMT transport packet comprising a packet header and an MMT payload; wherein the MMT payload is a streaming payload for real time data transmission using at least one of an MMT media unit or a media fragment unit, MFU, as a basic unit, and transmitting the MMT transport packet to a receiving entity, the method being characterized in that a header of the MMT payload comprises: payload type information indicating whether data in the MMT payload is an MMT media unit , a fragment of the MMT media unit, an MFU , or an aggregation of a plurality of MFUs; and aggregation information indicating a number of remaining fragments of the MMT media unit after the fragment of the MMT media unit included in the MMT payload if the data in the MMT payload is the fragment of the MMT media unit, and indicating a number of MFUs in the MMT payload if the data in the MMT payload is the aggregation of the plurality of MFUs. payload type information indicating whether data in the MMT payload is an MMT media unit , a fragment of the MMT media unit, an MFU , or an aggregation of a plurality of MFUs; and aggregation information indicating a number of remaining fragments of the MMT media unit after the fragment of the MMT media unit included in the MMT payload if the data in the MMT payload is the fragment of the MMT media unit, and indicating a number of MFUs in the MMT payload if the data in the MMT payload is the aggregation of the plurality of MFUs.
A motor cooling system for a simply supported compressor system comprising: a rotor including a plurality of rotor axial holes and a plurality of rotor radial holes extending from the plurality of rotor axial holes , the rotor being mounted to a rotor shaft having a first end and a second end ; characterized in that a refrigerant dam is arranged adjacent a first end of the rotor , the refrigerant dam including a plurality of dam axial holes fluidly coupled to an interior cavity , wherein the plurality of dam axial holes are aligned with the plurality of rotor axial holes ; and a spray bar is provided and includes an elongated chute mounted adjacent a motor casing , wherein a cooling medium is supplied to the spray bar , and the elongated chute is arranged at an angle such that a free end of the elongated chute is adjacent an interface between the refrigerant dam and the rotor shaft . a rotor including a plurality of rotor axial holes and a plurality of rotor radial holes extending from the plurality of rotor axial holes , the rotor being mounted to a rotor shaft having a first end and a second end ; characterized in that a refrigerant dam is arranged adjacent a first end of the rotor , the refrigerant dam including a plurality of dam axial holes fluidly coupled to an interior cavity , wherein the plurality of dam axial holes are aligned with the plurality of rotor axial holes ; and a spray bar is provided and includes an elongated chute mounted adjacent a motor casing , wherein a cooling medium is supplied to the spray bar , and the elongated chute is arranged at an angle such that a free end of the elongated chute is adjacent an interface between the refrigerant dam and the rotor shaft .
A method for locating at least two sources (E 1 , E 2 ) emitting electromagnetic pulses in an environment, the environment comprising at least two reflectors (S 1 , S 2 ), the method comprising the following steps: - receiving, by a detector (R), for each source (E 1 , E 2 ) to be located, for an operating duration of the detector (R), at least one same emitted pulse, received on the one hand directly from said source (E 1 , E 2 ) and received on the other hand by reflection on one of the reflectors (S 1 , S 2 ), - measuring the direction of arrival (Θ k y ), the date of arrival (t) and at least one invariant characteristic (CTI j x ) of each received pulse, characterized in that the method further comprises the following steps: - identification, among the received pulses, of the pulses received directly and the pulses received by reflection, - grouping by pairs of pulses received directly with pulses received by reflection, the pulses of each pair having the same invariant characteristics (CTI j x ) and different directions of arrival (Θ k y ), - calculating, for each pair, the difference between the date of arrival (t) of the pulse received by reflection relative to the date of arrival (t) of the pulse received directly, and - determining the distance (d) of each source (E 1 , E 2 ) from the detector (R) from calculated differences in dates of arrival and from the directions of arrival (Θ k y ) of the pulses of each pair. - receiving, by a detector (R), for each source (E 1 , E 2 ) to be located, for an operating duration of the detector (R), at least one same emitted pulse, received on the one hand directly from said source (E 1 , E 2 ) and received on the other hand by reflection on one of the reflectors (S 1 , S 2 ), - measuring the direction of arrival (Θ k y ), the date of arrival (t) and at least one invariant characteristic (CTI j x ) of each received pulse, - identification, among the received pulses, of the pulses received directly and the pulses received by reflection, - grouping by pairs of pulses received directly with pulses received by reflection, the pulses of each pair having the same invariant characteristics (CTI j x ) and different directions of arrival (Θ k y ), - calculating, for each pair, the difference between the date of arrival (t) of the pulse received by reflection relative to the date of arrival (t) of the pulse received directly, and - determining the distance (d) of each source (E 1 , E 2 ) from the detector (R) from calculated differences in dates of arrival and from the directions of arrival (Θ k y ) of the pulses of each pair.
Method for producing a gas turbine housing part which has a bearing chamber arrangement with a shell and at least one bearing receptacle on which a bearing is arranged for the radial and/or axial mounting of a further gas turbine component, in particular a rotor of a gas turbine, and a heat protection shield for thermally shielding the bearing chamber arrangement, which shield at least partially surrounds the shell radially on the outside, wherein the heat protection shield is additively produced integrally with the bearing chamber arrangement by selective compaction of a starting material in layers.
A dressing assembly for providing negative-pressure therapy to a tissue site, the dressing assembly comprising: a pouch ; a cover configured to cover the pouch ; a negative-pressure source having resilient walls fluidly coupled to the pouch , the negative-pressure source having a first position and a second position; a first check valve fluidly coupled to the pouch and the negative-pressure source and operable to prevent fluid flow from the negative-pressure source into the pouch if the negative-pressure source is moved from the second position to the first position; and a second check valve fluidly coupled to the negative-pressure source and the ambient environment and configured to prevent fluid flow from an ambient environment into the negative-pressure source if the negative-pressure source is moved from the first position to the second position, characterized in that the pouch is coupled to the cover , the cover having a periphery extending beyond an edge of the pouch ; the negative-pressure source is coupled to the cover ; and the dressing assembly further comprises a tube fluidly coupling the pouch to the negative-pressure source through the cover , wherein the first check valve is disposed in the tube . a pouch ; a cover configured to cover the pouch ; a negative-pressure source having resilient walls fluidly coupled to the pouch , the negative-pressure source having a first position and a second position; a first check valve fluidly coupled to the pouch and the negative-pressure source and operable to prevent fluid flow from the negative-pressure source into the pouch if the negative-pressure source is moved from the second position to the first position; and a second check valve fluidly coupled to the negative-pressure source and the ambient environment and configured to prevent fluid flow from an ambient environment into the negative-pressure source if the negative-pressure source is moved from the first position to the second position, characterized in that the pouch is coupled to the cover , the cover having a periphery extending beyond an edge of the pouch ; the negative-pressure source is coupled to the cover ; and the dressing assembly further comprises a tube fluidly coupling the pouch to the negative-pressure source through the cover , wherein the first check valve is disposed in the tube .
A mixing tip for generating generally uniform density of a particulate and a fluid from an applicator for use in a medical procedure, the mixing tip comprising; a housing having a proximal end portion and a distal end portion ; an inlet positioned at the proximal end portion of the housing , the inlet configured for attaching to the applicator and receiving a stratified particulate and fluid; an outlet positioned at the distal end portion of the housing ; a mixing channel extending through the housing from the inlet to the outlet ; and a first fin projecting inward from the housing into the mixing channel and having a triangular profile extending along at least a portion of the mixing channel , the triangular profile including a leading face and a trailing face projecting into the mixing channel toward a fin edge , wherein the leading face is generally convex and the trailing face is generally concave, and the first fin configured in a generally spiral shape about the mixing channel and positioned between the inlet and the outlet for mixing and generating turbulence in the particulate and the fluid and distributing the particulate generally uniformly within the fluid for discharge from the outlet .
Device for measuring the pressure of a tyre for a two-wheeled vehicle, in particular a bicycle tyre, comprising - a first and a second embodiment of an adapter component which are different from one another and are provided for different types of valves for a bicycle, wherein the embodiments of the adapter component comprise in each case connecting means for connecting the device to the valve of the bicycle tyre and means for opening the valve , such that, in the state in which it is connected with the valve , compressed air flows out of the bicycle tyre through the valve into the device until the pressure in the device is equal to the pressure in the bicycle tyre, - a sensor component which can be connected with each of the embodiments of the adapter component , which comprises pressure measurement means for measuring the pressure in the device and transmitting means for the wireless transmission of the information corresponding to the measured pressure, wherein the embodiment of the adapter component which is suitable for the valve of the bicycle tyre can be selected for the connection with the sensor component . - a first and a second embodiment of an adapter component which are different from one another and are provided for different types of valves for a bicycle, wherein the embodiments of the adapter component comprise in each case connecting means for connecting the device to the valve of the bicycle tyre and means for opening the valve , such that, in the state in which it is connected with the valve , compressed air flows out of the bicycle tyre through the valve into the device until the pressure in the device is equal to the pressure in the bicycle tyre, - a sensor component which can be connected with each of the embodiments of the adapter component , which comprises pressure measurement means for measuring the pressure in the device and transmitting means for the wireless transmission of the information corresponding to the measured pressure, wherein the embodiment of the adapter component which is suitable for the valve of the bicycle tyre can be selected for the connection with the sensor component .