mhurhangee/patent-ind-claim-en huggingface dataset:
A method for generating a two-dimensional identifier image (311-317) for identification of medical imaging data , the method comprising: acquiring (A110), by an image scanner , the medical imaging data ; determining (A120), by an image processor , a category of the medical imaging data ; identifying (A130), using a machine-learnt network , as a function of the category, a plurality of settings of rendering parameters that highlight one or more features of the medical imaging data ; rendering (A140), by the image processor , the two-dimensional identifier image (311-317) from the medical imaging data using the plurality of settings of rendering parameters to produce a unique two-dimensional identifier image (311-317), wherein the selected plurality of settings of rendering parameters is merged with reference settings of rendering parameters used to render a reference image into one final set of settings of rendering parameters, wherein merging these parameter sets comprises merging by parameter by parameter array interpolation between the two parameter sets, wherein merging the parameter sets provides a group of settings for rendering the identifier image (311-317) that represents both the category and the specific features of the medical imaging data ; and storing (A150) the medical imaging data with the two-dimensional identifier image (311-317). acquiring (A110), by an image scanner , the medical imaging data ; determining (A120), by an image processor , a category of the medical imaging data ; identifying (A130), using a machine-learnt network , as a function of the category, a plurality of settings of rendering parameters that highlight one or more features of the medical imaging data ; rendering (A140), by the image processor , the two-dimensional identifier image (311-317) from the medical imaging data using the plurality of settings of rendering parameters to produce a unique two-dimensional identifier image (311-317), wherein the selected plurality of settings of rendering parameters is merged with reference settings of rendering parameters used to render a reference image into one final set of settings of rendering parameters, wherein merging these parameter sets comprises merging by parameter by parameter array interpolation between the two parameter sets, wherein merging the parameter sets provides a group of settings for rendering the identifier image (311-317) that represents both the category and the specific features of the medical imaging data ; and storing (A150) the medical imaging data with the two-dimensional identifier image (311-317).
A stage mechanism comprising : a feed screw ; a fixed stage having a space portion incorporating the feed screw ; a movable stage performing a predetermined movement in response to a rotational motion of the feed screw ; a backlash absorbing portion preventing backlash of the feed screw ; a deviation preventing portion provided near a first end portion as one end of the feed screw , in contact with a wall of the space portion , and preventing the feed screw from deviating in a direction toward the first end portion ; and characterized by further comprising: a pressing force adjusting portion having an end in contact with a second end portion as the other end of the feed screw and adjusting a pressing force by which the feed screw is pressed in a direction from the second end portion side to the first end portion , the other end of the pressing force adjusting portion being fixed to the wall of the space portion . a feed screw ; a fixed stage having a space portion incorporating the feed screw ; a movable stage performing a predetermined movement in response to a rotational motion of the feed screw ; a backlash absorbing portion preventing backlash of the feed screw ; a deviation preventing portion provided near a first end portion as one end of the feed screw , in contact with a wall of the space portion , and preventing the feed screw from deviating in a direction toward the first end portion ; and characterized by further comprising: a pressing force adjusting portion having an end in contact with a second end portion as the other end of the feed screw and adjusting a pressing force by which the feed screw is pressed in a direction from the second end portion side to the first end portion , the other end of the pressing force adjusting portion being fixed to the wall of the space portion .
A method for scheduling and transmitting a Multimedia Broadcast Multicast Service, MBMS, comprising: for each multicast radio interface channel, a lower layer network element scheduling a MBMS born by the multicast radio interface channel according to a scheduling period of the multicast radio interface channel, wherein data of the MBMS are scheduled and scheduling information is generated in a Multicast/Broadcast over Single Frequency Network, MBSFN, subframe resource occupied by the multicast radio interface channel in a resource allocation period corresponding to the scheduling period; and said lower layer network element sending to a user equipment a signaling indicating resource allocation information and scheduling period information of each multicast radio interface channel, and sending the data of the MBMS and said scheduling information to the user equipment, wherein one scheduling period of the multicast radio interface channel corresponds to one or more said resource allocation periods in a same time period, the location information of the data of each MBMS in said scheduling information is represented by a number of a first or a last MBSFN subframe occupied by the data of the MBMS in the scheduling period, or by a number of occupied MBSFN subframes in the scheduling period, and numbers of said MBSFN subframes are obtained by uniformly numbering all the MBSFN subframes occupied by the multicast radio interface channel in each scheduling period independently. for each multicast radio interface channel, a lower layer network element scheduling a MBMS born by the multicast radio interface channel according to a scheduling period of the multicast radio interface channel, wherein data of the MBMS are scheduled and scheduling information is generated in a Multicast/Broadcast over Single Frequency Network, MBSFN, subframe resource occupied by the multicast radio interface channel in a resource allocation period corresponding to the scheduling period; and said lower layer network element sending to a user equipment a signaling indicating resource allocation information and scheduling period information of each multicast radio interface channel, and sending the data of the MBMS and said scheduling information to the user equipment, wherein one scheduling period of the multicast radio interface channel corresponds to one or more said resource allocation periods in a same time period, the location information of the data of each MBMS in said scheduling information is represented by a number of a first or a last MBSFN subframe occupied by the data of the MBMS in the scheduling period, or by a number of occupied MBSFN subframes in the scheduling period, and numbers of said MBSFN subframes are obtained by uniformly numbering all the MBSFN subframes occupied by the multicast radio interface channel in each scheduling period independently.
A bearing system comprising: a first component axially moveable along a first axis; a second component rotatable about a second axis, wherein said first component is restricted against rotational movement and said second component is restricted against axial movement; wherein said first component comprises a first helical rail, and said second component comprises a second helical rail that opposes said first helical rail; one or more roller bearings located between said first helical rail and said second helical rail , wherein upon axial movement of said first component , said first helical rail is urged towards said second helical rail such that a force is applied through said roller bearings to said second component so as to rotate said second component about said second axis; characterised in that : the first component comprises a first helical track comprising two helical grooves and the second component comprises a second helical track comprising two helical rails that cooperate with the helical grooves , such that the two helical rails are slidably received within the helical grooves wherein the second helical rail is one of said two helical rails . a first component axially moveable along a first axis; a second component rotatable about a second axis, wherein said first component is restricted against rotational movement and said second component is restricted against axial movement; wherein said first component comprises a first helical rail, and said second component comprises a second helical rail that opposes said first helical rail; one or more roller bearings located between said first helical rail and said second helical rail , wherein upon axial movement of said first component , said first helical rail is urged towards said second helical rail such that a force is applied through said roller bearings to said second component so as to rotate said second component about said second axis; characterised in that : the first component comprises a first helical track comprising two helical grooves and the second component comprises a second helical track comprising two helical rails that cooperate with the helical grooves , such that the two helical rails are slidably received within the helical grooves wherein the second helical rail is one of said two helical rails .
A delivery device for delivering an instrument through an intravenous catheter , comprising: a housing , comprising a port ; a connector , wherein the connector comprises: a primary fluid pathway ; and a plurality of secondary fluid pathways in fluid communication with the primary fluid pathway ; a rotary element disposed within the housing and coupled to the connector , wherein the connector extends through the rotary element , characterized in that the rotary element comprises: a groove extending around at least a portion of a circumference of the rotary element ; and a channel ; and an instrument , comprising a first end and a second end , wherein the instrument is disposed within the groove and between the rotary element and the housing , wherein the rotary element is configured to rotate with respect to the housing between a first position and a second position, wherein in response to the rotary element being in the first position, the second end of the instrument is aligned with the plurality of secondary fluid pathways , the channel is not aligned with the plurality of secondary fluid pathways , and the first end of the instrument is disposed in a first location; wherein in response to the rotary element being in the second position, the channel is aligned with the plurality of secondary fluid pathways , the second end of the instrument is not aligned with the plurality of secondary fluid pathways , and the first end of the instrument is disposed in a second location. a connector , wherein the connector comprises: a primary fluid pathway ; and a plurality of secondary fluid pathways in fluid communication with the primary fluid pathway ; a primary fluid pathway ; and a plurality of secondary fluid pathways in fluid communication with the primary fluid pathway ; a rotary element disposed within the housing and coupled to the connector , wherein the connector extends through the rotary element , characterized in that the rotary element comprises: a groove extending around at least a portion of a circumference of the rotary element ; and a channel ; and a groove extending around at least a portion of a circumference of the rotary element ; and a channel ; and an instrument , comprising a first end and a second end , wherein the instrument is disposed within the groove and between the rotary element and the housing , wherein the rotary element is configured to rotate with respect to the housing between a first position and a second position, wherein in response to the rotary element being in the first position, the second end of the instrument is aligned with the plurality of secondary fluid pathways , the channel is not aligned with the plurality of secondary fluid pathways , and the first end of the instrument is disposed in a first location; wherein in response to the rotary element being in the second position, the channel is aligned with the plurality of secondary fluid pathways , the second end of the instrument is not aligned with the plurality of secondary fluid pathways , and the first end of the instrument is disposed in a second location.
A pharmaceutical composition comprising a compound of formula (II) below or a pharmaceutically acceptable salt thereof and a pH regulator, wherein the composition has a pH value of 3-5.5, wherein the composition is a solution for injection; wherein the pH regulator is a buffer consisting of acids and salts and having a pH value in the range of 3-5.5,
A control method of a dual-drum washing machine of the type having a first washing drum , a second washing drum and a control system, comprising following steps: step S1: when the dual-drum washing machine has started operating and the first washing drum arrives at a heating procedure before heating; step S2: determining whether a second washing drum is being heated; step S3: if the determination result in step S2 is yes, determining whether a remaining heating time of the second washing drum is more than T 0 ; step S4: if the determination result in step S3 is yes, performing an alternate heating procedure in which the first washing drum and the second washing drum are heated alternately, and if the determination result in step S3 is no, performing a sequential heating procedure in which the second washing drum is heated before the first washing drum is heated, wherein T 0 is a time value, set through said control system, for determining whether heating of the second washing drum is coming to an end. step S1: when the dual-drum washing machine has started operating and the first washing drum arrives at a heating procedure before heating; step S2: determining whether a second washing drum is being heated; step S3: if the determination result in step S2 is yes, determining whether a remaining heating time of the second washing drum is more than T 0 ; step S4: if the determination result in step S3 is yes, performing an alternate heating procedure in which the first washing drum and the second washing drum are heated alternately, and if the determination result in step S3 is no, performing a sequential heating procedure in which the second washing drum is heated before the first washing drum is heated,
An aerogel blanket comprising: an aerogel structure; and a substrate for a blanket, wherein: the aerogel structure includes a three-dimensional network structure formed by a plurality of aerogel particles aggregated or bonded; and an average aerogel structure size (D 50 ) measured by spraying 10 ml of dry powder of the aerogel structure with air at a pressure of 15 psi, and using laser diffraction of 780 nm wavelength is 5 μm to 8 μm. the aerogel structure includes a three-dimensional network structure formed by a plurality of aerogel particles aggregated or bonded; and an average aerogel structure size (D 50 ) measured by spraying 10 ml of dry powder of the aerogel structure with air at a pressure of 15 psi, and using laser diffraction of 780 nm wavelength is 5 μm to 8 μm.
A busbar-free and high-efficiency back-contact solar cell module, comprising solar cells and an electrical connection layer, a rear side of the solar cells having P-electrodes connected to a P-type doping layer and N-electrodes connected to an N-type doping layer, wherein the electrical connection layer comprises a number of conductive fingers, part of which are connected to the P-electrodes on the rear side of the solar cells while the other part of which are connected to the N-electrodes on the rear side of the solar cells; and the conductive fingers are of a multi-section structure, wherein the conductive fingers are made of sintered silver paste or leads, and each of the conductive fingers has a width of 10 μm to 300 μm and a width-to-height ratio of 1:0.01 to 1:1, wherein the P-electrodes are dotted P-electrodes , and the N-electrodes are dotted N-electrodes ; and, there are 2 to 17 dotted electrodes interconnected by each conductive finger; wherein the conductive fingers are interdigitally arranged in parallel; wherein leads are provided in the electrical connection layer; the leads connect the P-electrodes; and the leads connect the N-electrodes; wherein the leads and the fingers form structures shaped as comb with fingers on both sides, which are arranged crosswise. wherein the conductive fingers are made of sintered silver paste or leads, and each of the conductive fingers has a width of 10 μm to 300 μm and a width-to-height ratio of 1:0.01 to 1:1, wherein the P-electrodes are dotted P-electrodes , and the N-electrodes are dotted N-electrodes ; and, there are 2 to 17 dotted electrodes interconnected by each conductive finger; wherein the conductive fingers are interdigitally arranged in parallel; wherein leads are provided in the electrical connection layer; the leads connect the P-electrodes; and the leads connect the N-electrodes; wherein the leads and the fingers form structures shaped as comb with fingers on both sides, which are arranged crosswise.
A surveillance process comprising: Using a sensor comprising pixel sensors, imaging an area under surveillance to produce a plurality of images of the area under surveillance , the images being produced at a first frame rate; detecting, using one or more of the images, a feature of interest within the area under surveillance ; determining a region of interest , the region of interest being either: a region within the area under surveillance in which the feature of interest will be located at a later time-step; or a region within an image of the area under surveillance corresponding to a region within the area under surveillance in which the feature of interest will be located at a later time-step; and at the later time-step, using the determined region of interest , imaging the area under surveillance , using the pixel sensors of the sensor that capture an image with the region of interest, such that images of the region within the area under surveillance in which the feature of interest is located are produced at a second frame rate, whilst images of the area under surveillance not within the region of the area under surveillance in which the feature of interest is located are produced by the pixel sensors that generate image pixels not within a region of interest at a third frame rate, the second rate being higher than the third rate. Using a sensor comprising pixel sensors, imaging an area under surveillance to produce a plurality of images of the area under surveillance , the images being produced at a first frame rate; detecting, using one or more of the images, a feature of interest within the area under surveillance ; determining a region of interest , the region of interest being either: a region within the area under surveillance in which the feature of interest will be located at a later time-step; or a region within an image of the area under surveillance corresponding to a region within the area under surveillance in which the feature of interest will be located at a later time-step; and a region within the area under surveillance in which the feature of interest will be located at a later time-step; or a region within an image of the area under surveillance corresponding to a region within the area under surveillance in which the feature of interest will be located at a later time-step; and at the later time-step, using the determined region of interest , imaging the area under surveillance , using the pixel sensors of the sensor that capture an image with the region of interest, such that images of the region within the area under surveillance in which the feature of interest is located are produced at a second frame rate, whilst images of the area under surveillance not within the region of the area under surveillance in which the feature of interest is located are produced by the pixel sensors that generate image pixels not within a region of interest at a third frame rate, the second rate being higher than the third rate.
Method for the temporary bonding of a substrate of interest to a handle substrate , comprising: a step of forming an assembly by placing bonding faces of the substrate of interest and of the handle substrate into contact with one another via a thermoplastic polymer , a step of treating the assembly at a treatment temperature that exceeds the glass transition temperature of the thermoplastic polymer, characterised in that it comprises, prior to the assembly forming step: a step of producing, at the bonding face of one of either the substrate of interest or the handle substrate, a central cavity surrounded by a peripheral ring (50A-50D) having an upper level and a lower level, the peripheral ring being made of a material that is rigid at the treatment temperature, and a step of forming a layer of said thermoplastic polymer , said layer filling the central cavity once the assembly has been formed. a step of forming an assembly by placing bonding faces of the substrate of interest and of the handle substrate into contact with one another via a thermoplastic polymer , a step of treating the assembly at a treatment temperature that exceeds the glass transition temperature of the thermoplastic polymer, a step of producing, at the bonding face of one of either the substrate of interest or the handle substrate, a central cavity surrounded by a peripheral ring (50A-50D) having an upper level and a lower level, the peripheral ring being made of a material that is rigid at the treatment temperature, and a step of forming a layer of said thermoplastic polymer , said layer filling the central cavity once the assembly has been formed.
Foot-operated door opener, comprising a foot-operated actuator mechanism , which is arranged in the lower region on a door during use, wherein the foot-operated actuator mechanism interacts during use with a door-opening mechanism of the foot-operated door opener in order to open the door, wherein the foot-operated actuator mechanism has at least one foot surface element which is moveable between a starting position and an end position, wherein the door-opening mechanism actuates mechanically independently of the foot surface element during use when the foot surface element is released and the foot surface element is at least partially pulled back in the direction of its starting position, characterized in that , when the foot surface element is actuated, a rotary actuation element interacts in a rotating manner with an interaction element of the door-opening mechanism in such a manner that, when the foot surface element is released and at least partially pulled back, the rotary actuation element is free of interaction with respect to the interaction element , and in that , when the foot surface element is actuated, the rotary actuation element runs in a rotating manner onto a run-on element of the door-opening mechanism , wherein the run-on element is thereby displaced in a translatory manner and thereby interacts with a door lock mechanism .