mhurhangee/patent-ind-claim-en huggingface dataset:
A medical device, comprising: a communication module for communicating messages with an implantable leadless cardiac pacemaker through body tissue; a controller operatively coupled to the communication module, wherein the controller is configured to: identify intrinsic heartbeats; and communicate with the implantable leadless cardiac pacemaker via the communication module only during times between blanking communication periods, characterized in that the controller is configured to initiate a communication blanking period after each occurrence of an identified intrinsic heartbeat, whereby the communication module is prevented from sending messages during the communication blanking period. a communication module for communicating messages with an implantable leadless cardiac pacemaker through body tissue; a controller operatively coupled to the communication module, wherein the controller is configured to: identify intrinsic heartbeats; and communicate with the implantable leadless cardiac pacemaker via the communication module only during times between blanking communication periods, characterized in that the controller is configured to initiate a communication blanking period after each occurrence of an identified intrinsic heartbeat, whereby the communication module is prevented from sending messages during the communication blanking period. identify intrinsic heartbeats; and communicate with the implantable leadless cardiac pacemaker via the communication module only during times between blanking communication periods, characterized in that the controller is configured to initiate a communication blanking period after each occurrence of an identified intrinsic heartbeat, whereby the communication module is prevented from sending messages during the communication blanking period.
A composition comprising a hematopoietic stem or progenitor cell, wherein the cell comprises a synthetic BCL11A microRNA comprising; a) a first BCL11A segment comprising a sequence derived from a BCL11A mRNA sequence, a loop segment; and b) a second BCL11A segment arranged in tandem in a 5' to 3' direction, wherein the loop segment is between and directly linked to the first and second BCL11A segments, wherein the second BCL11A segment is complementary to the first BCL11A segment so that the first and second BCL11A segments base pair to form a hairpin loop with the loop segment forming the loop portion of the hairpin loop thus formed, and the first BCL11A segment starts with a -GCGC- at the 5' end and the second BCL11A segment ends with a -GCGC- at the 3' end. a) a first BCL11A segment comprising a sequence derived from a BCL11A mRNA sequence, a loop segment; and b) a second BCL11A segment arranged in tandem in a 5' to 3' direction, wherein the loop segment is between and directly linked to the first and second BCL11A segments, wherein the second BCL11A segment is complementary to the first BCL11A segment so that the first and second BCL11A segments base pair to form a hairpin loop with the loop segment forming the loop portion of the hairpin loop thus formed, and the first BCL11A segment starts with a -GCGC- at the 5' end and the second BCL11A segment ends with a -GCGC- at the 3' end. wherein the loop segment is between and directly linked to the first and second BCL11A segments, wherein the second BCL11A segment is complementary to the first BCL11A segment so that the first and second BCL11A segments base pair to form a hairpin loop with the loop segment forming the loop portion of the hairpin loop thus formed, and the first BCL11A segment starts with a -GCGC- at the 5' end and the second BCL11A segment ends with a -GCGC- at the 3' end.
A one-pack aqueous coating composition comprising dispersed carbonyl functional vinyl polymer(s) particles, characterized in that the coating composition further comprises carbodihydrazide which has two hydrazide groups and the following structural formula whereby (i) the equivalent molar ratio of hydrazide groups to carbonyl groups is from 0.1 to 0.95, and wherein the equivalent molar ratio of hydrazide groups to carbonyl groups is calculated by dividing the molar amount of hydrazide groups by the molar amount of carbonyl groups reactive with hydrazide groups, (ii) the ratio of number-average molecular weight of the carbonyl functional vinyl polymer(s) as determined by size exclusion chromatography as described in the description to acid value of the carbonyl functional vinyl polymer(s) is higher than 400, and (iii) the acid value of the carbonyl functional vinyl polymer(s) is from 2 to 100 mg KOH/gram carbonyl functional vinyl polymer, and wherein the acid value of the carbonyl functional vinyl polymer(s) is determined by the following equation: AV = total molar amount of carboxylic acid components included in the carbonyl funtional vinyl polymer s per gram of total amount of components included in the carbonyl functional vinyl polymer s * 56.1 * 1000 . (i) the equivalent molar ratio of hydrazide groups to carbonyl groups is from 0.1 to 0.95, and wherein the equivalent molar ratio of hydrazide groups to carbonyl groups is calculated by dividing the molar amount of hydrazide groups by the molar amount of carbonyl groups reactive with hydrazide groups, (ii) the ratio of number-average molecular weight of the carbonyl functional vinyl polymer(s) as determined by size exclusion chromatography as described in the description to acid value of the carbonyl functional vinyl polymer(s) is higher than 400, and (iii) the acid value of the carbonyl functional vinyl polymer(s) is from 2 to 100 mg KOH/gram carbonyl functional vinyl polymer, and wherein the acid value of the carbonyl functional vinyl polymer(s) is determined by the following equation: AV = total molar amount of carboxylic acid components included in the carbonyl funtional vinyl polymer s per gram of total amount of components included in the carbonyl functional vinyl polymer s * 56.1 * 1000 .
A lifting apparatus for a refuse collection vehicle for turning over and emptying a primary refuse container , and at least one secondary refuse container located inside the primary refuse container , into the refuse collection vehicle, the lifting apparatus comprising: - a primary lifting device arranged in the refuse collection vehicle, the primary lifting device comprising a primary gripping device for engaging lifting fittings provided in the primary refuse container and for lifting the primary refuse container , - at least a secondary lifting device arranged in the refuse collection vehicle, the secondary lifting device comprising a secondary gripping device for engaging lifting fittings provided at an upper part of the secondary refuse container , and for lifting the secondary container , - a respective lever arm in the primary and secondary lifting device for turning over the respective primary and secondary refuse containers , characterized in that the secondary lifting device further comprises: - a support which is movable in relation to the secondary lifting device , and - an actuator moving the movable support to contact the secondary refuse container , when the secondary lifting device has lifted the secondary refuse container , for supporting the secondary refuse container at a position located below the upper part during turning over. - a primary lifting device arranged in the refuse collection vehicle, the primary lifting device comprising a primary gripping device for engaging lifting fittings provided in the primary refuse container and for lifting the primary refuse container , - at least a secondary lifting device arranged in the refuse collection vehicle, the secondary lifting device comprising a secondary gripping device for engaging lifting fittings provided at an upper part of the secondary refuse container , and for lifting the secondary container , - a respective lever arm in the primary and secondary lifting device for turning over the respective primary and secondary refuse containers , - a support which is movable in relation to the secondary lifting device , and - an actuator moving the movable support to contact the secondary refuse container , when the secondary lifting device has lifted the secondary refuse container , for supporting the secondary refuse container at a position located below the upper part during turning over.
A method performed by a network node for handling simultaneous measurement signaling and data communication with a communications device , the method comprising: - transmitting data to the communication device using a transmission mode corresponding to the communication device using a first number of reception elements , - establishing a need for the communication device to perform measurements and a capability of the communication device for receiving measurement signaling using a second number of reception elements while receiving data using a reduced number of reception elements , - sending , to the communication device , a request to initialize the measurements, the request comprising a measurement configuration, and - transmitting the data using a transmission mode corresponding to the communication device using the reduced number of reception elements for the data, wherein the first number of reception elements comprises a first set of reception elements comprising all reception elements of the communication device and wherein the reduced number of reception elements comprises a first subset of the reception elements of the first set and the second number of reception elements comprises a second subset comprising the remaining reception elements of the first set not included in the first subset, and wherein the measurement configuration comprises a measurement pattern defining communication resources during which to use the reduced number of reception elements for receiving the data and/or defining communication resources during which to use the first number of reception elements for receiving the data. - transmitting data to the communication device using a transmission mode corresponding to the communication device using a first number of reception elements , - establishing a need for the communication device to perform measurements and a capability of the communication device for receiving measurement signaling using a second number of reception elements while receiving data using a reduced number of reception elements , - sending , to the communication device , a request to initialize the measurements, the request comprising a measurement configuration, and - transmitting the data using a transmission mode corresponding to the communication device using the reduced number of reception elements for the data,
An electronic device comprising: a flexible display , and at least one processor , and a memory storing instructions that, when executed by at least one processor, cause the electronic device to: display an execution screen of a first application in a first area of the display in a first position state , expand the display to include the first area and a second area , in response to a switch from the first position state to a second position state , based on the display being expanded, identify whether the first application is a resizable application based on attribute information for the first application; display , in the second area, at least one object representing an executable application based on application attribute information, based on the display being expanded, and display , on the expanded display, the execution screen of the first application together with an execution screen of an application corresponding to the selected object, in response to selection of any one of the at least one object. a flexible display , and at least one processor , and a memory storing instructions that, when executed by at least one processor, cause the electronic device to: display an execution screen of a first application in a first area of the display in a first position state , expand the display to include the first area and a second area , in response to a switch from the first position state to a second position state , based on the display being expanded, identify whether the first application is a resizable application based on attribute information for the first application; display , in the second area, at least one object representing an executable application based on application attribute information, based on the display being expanded, and display , on the expanded display, the execution screen of the first application together with an execution screen of an application corresponding to the selected object, in response to selection of any one of the at least one object. display an execution screen of a first application in a first area of the display in a first position state , expand the display to include the first area and a second area , in response to a switch from the first position state to a second position state , based on the display being expanded, identify whether the first application is a resizable application based on attribute information for the first application; display , in the second area, at least one object representing an executable application based on application attribute information, based on the display being expanded, and display , on the expanded display, the execution screen of the first application together with an execution screen of an application corresponding to the selected object, in response to selection of any one of the at least one object.
A system for approximation of two heart valve leaflets , the system comprising: a first approximation device including a first magnetic component and a first leaflet attachment mechanism ; and a second approximation device including a second magnetic component and a second leaflet attachment mechanism ; wherein the first and second leaflet attachment mechanisms are each configured to effectuate attachment of the corresponding device to one heart valve leaflet; wherein the magnetic components have a complementary configuration such that the first magnetic component is magnetically attracted to the second magnetic component, characterized in that the attachment mechanism of the first approximation device includes a base and opposing jaws that extend from the base such that the jaws can pivot relative to one another, and in that the system further comprises a connection device connecting the first and second approximation devices. a first approximation device including a first magnetic component and a first leaflet attachment mechanism ; and a second approximation device including a second magnetic component and a second leaflet attachment mechanism ; wherein the first and second leaflet attachment mechanisms are each configured to effectuate attachment of the corresponding device to one heart valve leaflet; wherein the magnetic components have a complementary configuration such that the first magnetic component is magnetically attracted to the second magnetic component, characterized in that the attachment mechanism of the first approximation device includes a base and opposing jaws that extend from the base such that the jaws can pivot relative to one another, and in that the system further comprises a connection device connecting the first and second approximation devices.
Apparatus for measuring and controlling a gas pressure in a closed equipment, the apparatus comprising: - a gas pressure measuring device with a gas pressure sensor , - an operating device and a connection device for connecting the gas pressure measuring device to the operating device so that data can be transmitted from the gas pressure measuring device via the connection device to the operating device , wherein the gas pressure measuring device and the operating device each have an interface which, in particular for carrying out a gas pressure measurement, can be directly mechanically connected to one another, so that data can be transmitted from the interface of the gas pressure measuring device directly to the interface of the operating device , and wherein, in particular for carrying out a gas pressure measurement, the gas pressure measuring device can be separated from the operating device in such a way that data can be transmitted from the gas pressure measuring device to the operating device via the connecting device , wherein a docking area is provided on the operating device , to which the gas pressure measuring device can be attached, and wherein the docking area on the operating device is designed as a mechanical formation for the correct alignment of the gas pressure measuring device , as a mechanical latching holder, plug-in holder and/or magnetic holder. - a gas pressure measuring device with a gas pressure sensor , - an operating device and a connection device for connecting the gas pressure measuring device to the operating device so that data can be transmitted from the gas pressure measuring device via the connection device to the operating device , wherein the gas pressure measuring device and the operating device each have an interface which, in particular for carrying out a gas pressure measurement, can be directly mechanically connected to one another, so that data can be transmitted from the interface of the gas pressure measuring device directly to the interface of the operating device , and wherein, in particular for carrying out a gas pressure measurement, the gas pressure measuring device can be separated from the operating device in such a way that data can be transmitted from the gas pressure measuring device to the operating device via the connecting device , wherein a docking area is provided on the operating device , to which the gas pressure measuring device can be attached, and wherein the docking area on the operating device is designed as a mechanical formation for the correct alignment of the gas pressure measuring device , as a mechanical latching holder, plug-in holder and/or magnetic holder.
A culture medium for the growth of neural stem cells, comprising FGF-2, EGF and a proteoglycan, characterized in that the proteoglycan is a chondroitin sulfate type proteoglycan, and the proteoglycan is a proteoglycan derived from salmon nasal cartilage. the proteoglycan is a chondroitin sulfate type proteoglycan, and the proteoglycan is a proteoglycan derived from salmon nasal cartilage.
A method comprising: obtaining a plurality of frames of a three-dimensional video stream, wherein each of said frames comprises a point cloud representation of spatial samples of a 3D input scene; combining the point cloud representations of said frames into an accumulated point cloud model; providing, in response to the number of said frames combined in said accumulated point cloud model reaching a predetermined threshold value, said accumulated point cloud model into a segmentation process for segmenting the 3D scene, said segmenting comprising creating view-tiles having a coverage and a resolution suitable for representing the 3D input scene at minimal quality degradation; and creating metadata relating to the accumulated point cloud model, said metadata comprising a position and a size of each view-tile and view-projection parameters of each view-tile. obtaining a plurality of frames of a three-dimensional video stream, wherein each of said frames comprises a point cloud representation of spatial samples of a 3D input scene; combining the point cloud representations of said frames into an accumulated point cloud model; providing, in response to the number of said frames combined in said accumulated point cloud model reaching a predetermined threshold value, said accumulated point cloud model into a segmentation process for segmenting the 3D scene, said segmenting comprising creating view-tiles having a coverage and a resolution suitable for representing the 3D input scene at minimal quality degradation; and creating metadata relating to the accumulated point cloud model, said metadata comprising a position and a size of each view-tile and view-projection parameters of each view-tile.
A holographic projector comprising: a spatial light modulator arranged to display a hologram of a light pattern for projection and to spatially-modulate light to form a holographic reconstruction, wherein the holographic reconstruction is spatially-separated from the spatial light modulator; a detector array comprising a plurality of light detection elements arranged to detect light corresponding to a respective plurality of positions of the holographic reconstruction and to provide a respective plurality of output signals related to light detection; and a fault detection circuit arranged to compare one or more of the plurality of output signals from the respective plurality of light detection elements with one or more of a plurality of expected signals based on the light distribution of the light pattern; characterized in that the light pattern for projection comprises a primary light pattern region comprising image content that is intended to be viewed by a viewer and a secondary light pattern region comprising a holographic fingerprint such as an added marker or identifier, and each position of the plurality of positions is within the secondary light pattern region. a spatial light modulator arranged to display a hologram of a light pattern for projection and to spatially-modulate light to form a holographic reconstruction, wherein the holographic reconstruction is spatially-separated from the spatial light modulator; a detector array comprising a plurality of light detection elements arranged to detect light corresponding to a respective plurality of positions of the holographic reconstruction and to provide a respective plurality of output signals related to light detection; and a fault detection circuit arranged to compare one or more of the plurality of output signals from the respective plurality of light detection elements with one or more of a plurality of expected signals based on the light distribution of the light pattern; characterized in that the light pattern for projection comprises a primary light pattern region comprising image content that is intended to be viewed by a viewer and a secondary light pattern region comprising a holographic fingerprint such as an added marker or identifier, and each position of the plurality of positions is within the secondary light pattern region.
Protective glass intended for installation in a laser tool of a laser processing machine, comprising a transponder , in particular an RFID transponder, in which data relating to the protective glass are stored in a contactlessly readable fashion and/or can be contactlessly stored, wherein a grip carrying the transponder is fastened as an installation aid directly on the protective glass , in particular on its circumferential surface , and wherein the grip comprises a mechanical encoding as an orientation aid for correctly positioned installation of the protective glass , characterized in that the mechanical encoding is formed by an asymmetric outer contour of the grip as seen in a top view of the protective glass , in particular by a chamfered corner of the grip . a grip carrying the transponder is fastened as an installation aid directly on the protective glass , in particular on its circumferential surface , and wherein the grip comprises a mechanical encoding as an orientation aid for correctly positioned installation of the protective glass , characterized in that the mechanical encoding is formed by an asymmetric outer contour of the grip as seen in a top view of the protective glass , in particular by a chamfered corner of the grip .