mhurhangee/patent-ind-claim-en huggingface dataset:
Moveable platform for taking inventory of objects comprising RFID tags in a storage space, wherein the platform comprises a navigation system, adapted to automatically navigate the platform, and a sensor system, adapted to identify objects to which RFID tags are attached in the storage space, wherein the sensor system comprises at least one antenna, wherein the sensor system is adapted to identify objects in the storage space while the platform moves through the storage space and wherein a control unit is provided that is adapted to control the navigation system in response to information obtained by the sensor system characterized in that the sensor system is further adapted to identify previously identified objects and objects identified for the first time and a counter p for the previously identified objects and a counter f for objects identified for the first time can be provided and the control unit is adapted to control the navigation system in accordance with the ratio f/(p+f) and/or the ratio p/(f+p), wherein the control unit is adapted to adjust the movement speed and the path along which the platform navigates in response to information obtained by the sensor system, wherein the control unit is further adapted to recognize that there is a chance that objects in the storage space have not been identified during the platform travelling along a path along a shelf for a first time and wherein the platform is adapted, before returning to an origin, to travel along the shelf along another path, wherein the second movement is carried out with a different movement profile, wherein the control unit is adapted to calculate a velocity with which the platform travels along the storage space by multiplying a minimum velocity v with (p+f)/f and wherein the path and the another path differ from each other by a distance and/or an angle.
A landing pad comprising: (a) a landing platform; and (b) a storage compartment; wherein said landing platform comprises a trapdoor in a normally closed position which when open exposes the interior of said storage compartment; and wherein said landing pad is configured to be placed in a window of a building. (a) a landing platform; and (b) a storage compartment;
A spinning pack attached to a heating barrel of a melt-spinning apparatus , wherein the spinning pack comprises a link member attached to the heating barrel and having a plurality of first polymer conduits in the link member ; a lid member disposed below the link member and having a plurality of second polymer conduits in the lid member ; and a gasket disposed between the lid member and the link member and having a plurality of polymer holes in the gasket to communicate with the plurality of first and second polymer conduits, and wherein the number of the polymer holes is the same as that of the first and second polymer conduits, respectively, characterized in that the lid member comprising a groove-shaped gasket engagement portion on a surface of the lid member on which the gasket is disposed, and wherein the gasket is engaged with the groove-shaped gasket engagement portion .
A method for manufacturing a railway track support , the railroad track support comprising a plurality of prefabricated elements with predetermined dimensions assembled to one another, characterized in that it includes the following successive steps: - providing a movable insertion machine configured to arrange at least one insert in a fresh concrete block, the movable insertion machine being provided in a zone for producing prefabricated elements located near an installation zone intended to receive the railway track , the production zone being separate from the installation zone; - pouring and configuring fresh concrete in order to form individual fresh concrete blocks having the predetermined dimensions; - arranging at least one insert in each fresh concrete block using the movable insertion machine ; and - drying the fresh concrete blocks to obtain the prefabricated elements . - providing a movable insertion machine configured to arrange at least one insert in a fresh concrete block, the movable insertion machine being provided in a zone for producing prefabricated elements located near an installation zone intended to receive the railway track , the production zone being separate from the installation zone; - pouring and configuring fresh concrete in order to form individual fresh concrete blocks having the predetermined dimensions; - arranging at least one insert in each fresh concrete block using the movable insertion machine ; and - drying the fresh concrete blocks to obtain the prefabricated elements .
A line support for the surface-free installation of lines, comprising a base part for installing the line support on a surface, a cable routing area and a connection area , which connects the base part and the cable routing area , wherein two guide tracks , which are arranged at an angle to each other and which have surfaces, are arranged in the cable routing area , which guide tracks comprise a curve shape, wherein an insertion arrangement configured as a slot for a line is formed in the connection area , which slot is open on a free external edge of the connection area and ends at a position, which is placed on the surfaces of both guide tracks comprising a common contact point, wherein the slot ends at the contact point.
A composition (C) comprising a modified polyvinyl alcohol (A) and a compound (B), wherein the modified polyvinyl alcohol (A) contains 0.01 mol% or more and less than 2 mol% of double bonds derived from an unsaturated carboxylic acid or a derivative thereof in side chains; the compound (B) is a compound having a conjugated double bond and two or more hydroxy groups bonded to the conjugated double bond, or a salt or oxide thereof; and the content of the compound (B) in the composition (C) is 0.001 parts by mass or more and less than 5 parts by mass based on 100 parts by mass of the modified polyvinyl alcohol (A), wherein the compound (B) is a compound having two or more hydroxy groups bonded to a carbon constituting an aromatic ring, or a salt or oxide thereof, or a compound having two or more hydroxy groups at α- and β-positions in an α,β-unsaturated carbonyl compound, or a salt or oxide thereof, and wherein the amount of double bonds in the modified polyvinyl alcohol (A) is measured according to the method described in the description. the modified polyvinyl alcohol (A) contains 0.01 mol% or more and less than 2 mol% of double bonds derived from an unsaturated carboxylic acid or a derivative thereof in side chains; the compound (B) is a compound having a conjugated double bond and two or more hydroxy groups bonded to the conjugated double bond, or a salt or oxide thereof; and the content of the compound (B) in the composition (C) is 0.001 parts by mass or more and less than 5 parts by mass based on 100 parts by mass of the modified polyvinyl alcohol (A), wherein the compound (B) is a compound having two or more hydroxy groups bonded to a carbon constituting an aromatic ring, or a salt or oxide thereof, or a compound having two or more hydroxy groups at α- and β-positions in an α,β-unsaturated carbonyl compound, or a salt or oxide thereof, and wherein the amount of double bonds in the modified polyvinyl alcohol (A) is measured according to the method described in the description.
A cooling unit for use in a device for producing tube bodies for packaging tubes from a sealable material web , the material web being deformable about a mandrel and preferably being supplied continuously, the cooling unit comprising a longitudinally extending cooling element , which is preferably made of metal and which has a cooling surface , which is preferably disposed at the end thereof and serves to be placed against a surface to be cooled of the material web of the device or of a sealing strip of the device , the sealing strip being associated with the material web and being configured to be driven in a revolving manner, characterized in that the cooling element has a turbulence zone formed in the cooling surface , the turbulence zone being configured to provide a turbulent gas volume flow (V) between the surface to be cooled and the cooling element , the turbulence zone being formed by a preferably essentially concave recess in the cooling surface associated with the material web or the sealing strip , the recess having a width (bw) which increases from a feeding slot to the material web or the sealing strip . a longitudinally extending cooling element , which is preferably made of metal and which has a cooling surface , which is preferably disposed at the end thereof and serves to be placed against a surface to be cooled of the material web of the device or of a sealing strip of the device , the sealing strip being associated with the material web and being configured to be driven in a revolving manner, characterized in that the cooling element has a turbulence zone formed in the cooling surface , the turbulence zone being configured to provide a turbulent gas volume flow (V) between the surface to be cooled and the cooling element , the turbulence zone being formed by a preferably essentially concave recess in the cooling surface associated with the material web or the sealing strip , the recess having a width (bw) which increases from a feeding slot to the material web or the sealing strip .
A method for detecting an ectopic signal in an electrocardiogram, the ectopic signal being caused by an ectopic cardiac beat, the method comprising the following steps that are performed by a processor of an implantable medical device when a computer-readable program comprised in a memory of the implantable medical device is executed on the processor: detecting, with a detection unit of the implantable medical device, consecutive R-R intervals in an electrocardiogram; calculating an average R-R interval for a determinable number of latest R-R intervals; recognizing a signal as ectopic signal if the signal belongs to at least one of two consecutive R-R intervals, wherein i) a first of the two consecutive R-R intervals is at least 5% shorter than the average R-R interval; and ii) a second of the two consecutive R-R intervals is at least 5% longer than the average R-R interval, wherein the second R-R interval occurs later than the first R-R interval; wherein the first and the second of the two consecutive R-R intervals are discarded from calculating the average R-R interval, if the signal is recognized as ectopic signal. detecting, with a detection unit of the implantable medical device, consecutive R-R intervals in an electrocardiogram; calculating an average R-R interval for a determinable number of latest R-R intervals; recognizing a signal as ectopic signal if the signal belongs to at least one of two consecutive R-R intervals, wherein i) a first of the two consecutive R-R intervals is at least 5% shorter than the average R-R interval; and ii) a second of the two consecutive R-R intervals is at least 5% longer than the average R-R interval, wherein the second R-R interval occurs later than the first R-R interval; i) a first of the two consecutive R-R intervals is at least 5% shorter than the average R-R interval; and ii) a second of the two consecutive R-R intervals is at least 5% longer than the average R-R interval, wherein the second R-R interval occurs later than the first R-R interval; wherein the first and the second of the two consecutive R-R intervals are discarded from calculating the average R-R interval, if the signal is recognized as ectopic signal.
A mechanical thrombectomy apparatus for removing a clot from a vessel, the apparatus comprising: a catheter having a proximal end and a distal end and a distal end opening; wherein the thrombectomy apparatus further comprises a tractor comprising a flexible tube that extends within the catheter , inverts over the distal end opening of the catheter and extends over the distal end of the catheter , wherein the tractor is configured to invert by rolling over the distal end opening of the catheter when a first end of the tractor is pulled proximally within the catheter ; and a puller having a proximal end and a distal end, wherein the first end of the tractor is coupled to the puller at a region that is proximal to the distal end of the puller , further wherein the puller extends within the catheter to the proximal end of the catheter ; wherein the thrombectomy apparatus further comprises a guidewire lumen extending through the catheter , the puller and the tractor , and configured to pass a guidewire, wherein there is two mm or greater distance between the distal end of the puller and the region of the puller to which the first end of the tractor is coupled. a catheter having a proximal end and a distal end and a distal end opening; wherein the thrombectomy apparatus further comprises a tractor comprising a flexible tube that extends within the catheter , inverts over the distal end opening of the catheter and extends over the distal end of the catheter , wherein the tractor is configured to invert by rolling over the distal end opening of the catheter when a first end of the tractor is pulled proximally within the catheter ; and a puller having a proximal end and a distal end, wherein the first end of the tractor is coupled to the puller at a region that is proximal to the distal end of the puller , further wherein the puller extends within the catheter to the proximal end of the catheter ; a tractor comprising a flexible tube that extends within the catheter , inverts over the distal end opening of the catheter and extends over the distal end of the catheter , wherein the tractor is configured to invert by rolling over the distal end opening of the catheter when a first end of the tractor is pulled proximally within the catheter ; and a puller having a proximal end and a distal end, wherein the first end of the tractor is coupled to the puller at a region that is proximal to the distal end of the puller , further wherein the puller extends within the catheter to the proximal end of the catheter ; wherein the thrombectomy apparatus further comprises a guidewire lumen extending through the catheter , the puller and the tractor , and configured to pass a guidewire, wherein there is two mm or greater distance between the distal end of the puller and the region of the puller to which the first end of the tractor is coupled.
Commercial vehicle tyre with a regrooved tread , which has - in the radial direction at least two layers consisting of different rubber compounds, to be specific a tread cap and a tread base , and possibly further rubber compounds, - at least two circumferential grooves , which run around in the circumferential direction of the tyre and in each case have a groove base , - at least one profiled rib , which runs in the circumferential direction of the tyre over the circumference of the tyre and is bounded in its axial extent by one or two circumferential grooves , and - possibly, as further grooves, transverse grooves , oblique grooves and the like, wherein, within each profiled rib , the tread base extends radially outwards by 0.5 mm to 2.0 mm beyond an envelope (h) running along the deepest points of the circumferential grooves parallel to the tread periphery, and wherein, immediately after the regrooving has been carried out, the regrooved tread has a groove volume (V R ) which is at least 30% of the gross volume (V) of the regrooved tread , wherein the gross volume (V) is formed between an envelope (h') which contacts the regrooved circumferential grooves from radially inside, the tread periphery and shoulder-side flank portions of the tread , and the groove volume (V R ) is the volume of all of the regrooved grooves . - in the radial direction at least two layers consisting of different rubber compounds, to be specific a tread cap and a tread base , and possibly further rubber compounds, - at least two circumferential grooves , which run around in the circumferential direction of the tyre and in each case have a groove base , - at least one profiled rib , which runs in the circumferential direction of the tyre over the circumference of the tyre and is bounded in its axial extent by one or two circumferential grooves , and - possibly, as further grooves, transverse grooves , oblique grooves and the like, wherein, within each profiled rib , the tread base extends radially outwards by 0.5 mm to 2.0 mm beyond an envelope (h) running along the deepest points of the circumferential grooves parallel to the tread periphery, and
A method for generating optical multipartite quantum states, comprising selecting a multi-colored laser source, generating optical fields by at least two different spontaneous four-wave mixing processes and overlapping the optical fields spontaneously generated from the different spontaneous four-wave mixing processes into a same resonator mode of a nonlinear third-order resonator.
In a dynamic adaptive streaming system , a method of signaling a spatial relationship of one or more spatial objects in a media presentation description, MPD, with a spatial object being a representation of temporal segments of a certain level of quality for a sub-region of a video component, the method comprising: specifying, by a content server , spatial division and layout information of spatial objects; specifying, by a content server , location and spatial relationship information of the spatial objects, wherein multiple layers of the video component at various resolutions/sizes of the full-frame video component are created and then each layer is partitioned in equally sized spatial objects; and performing streaming adaptation in the spatial domain from one spatial object to another spatially related spatial object, wherein the spatial division and layout information is different layers of grids of tiles, the location information is coordinates in terms of row numbers and column numbers of tiles at their respective layers, and the spatial relationship information is adjacent information of the spatial objects on a same layer as well as across different layers. specifying, by a content server , spatial division and layout information of spatial objects; specifying, by a content server , location and spatial relationship information of the spatial objects, wherein multiple layers of the video component at various resolutions/sizes of the full-frame video component are created and then each layer is partitioned in equally sized spatial objects; and performing streaming adaptation in the spatial domain from one spatial object to another spatially related spatial object, wherein the spatial division and layout information is different layers of grids of tiles, the location information is coordinates in terms of row numbers and column numbers of tiles at their respective layers, and the spatial relationship information is adjacent information of the spatial objects on a same layer as well as across different layers.
Method for establishing a secure and trustworthy communication connection between at least one medical device , in particular at least an infusion pump, and a network , having a first communication channel and at least one second communication channel out of a plurality of second communication channels, comprising the following steps: - sending a connection request (S2 and S3) by the at least one medical device to a control unit , - registering the at least one medical device via the first communication channel in the network (S4 to S7), and - encoding and establishing the communication connection via the at least one second communication channel from the plurality of second communication channels (S8 to S11), wherein the at least one second communication channel is selected depending on the data type and/or prioritization of data, wherein the registration includes a verification step with verification modes, and an application of the control unit controls the selection as to which of the verification modes is used. - sending a connection request (S2 and S3) by the at least one medical device to a control unit , - registering the at least one medical device via the first communication channel in the network (S4 to S7), and - encoding and establishing the communication connection via the at least one second communication channel from the plurality of second communication channels (S8 to S11), wherein the at least one second communication channel is selected depending on the data type and/or prioritization of data, wherein the registration includes a verification step with verification modes, and an application of the control unit controls the selection as to which of the verification modes is used.
A closure (100/200) comprising: a housing including an external metallic portion subject to corrosion, the housing including a cover that attaches to a base to close an interior of the closure (100/200); a plurality of cable ports (122/222); a removable bumper that includes a shape which surrounds the closure (100/200), wherein the bumper has at least one opening for exposing a surface of the closure (100/200) for heat removal; and electronic circuitry disposed within or disposable within the interior of the closure (100/200), the electronic circuitry being active electronic circuitry; wherein the closure (100/200) is watertight and configured to prevent water from entering the interior . a housing including an external metallic portion subject to corrosion, the housing including a cover that attaches to a base to close an interior of the closure (100/200); a plurality of cable ports (122/222); a removable bumper that includes a shape which surrounds the closure (100/200), wherein the bumper has at least one opening for exposing a surface of the closure (100/200) for heat removal; and electronic circuitry disposed within or disposable within the interior of the closure (100/200), the electronic circuitry being active electronic circuitry; wherein the closure (100/200) is watertight and configured to prevent water from entering the interior .
Wind turbine having a rotor which is rotatable about a substantially horizontal axis and which comprises at least two rotor blades which are fastened to a rotor hub , wherein, between the rotor hub and the individual rotor blades , provision is made in each case of a blade adaptor for rotor blades of wind turbines for increasing the rotor diameter, said blade adaptor having a first end for fastening to the rotor hub and having an axially spaced-apart second end for connection to the blade root of a rotor blade , wherein, at its first and second ends , the blade adaptor has in each case one hole circle for connection to the rotor hub or to the rotor blade , wherein the axially extending wall of the blade adaptor opens, from the first end towards the second end , frustoconically outwards in at least one section and the wall of the blade adaptor is configured in such a way that the axially extending wall of the blade adaptor , at the first end , extends within the hole circle at the first end and, at the second end , extends outside the hole circle at the second end , wherein the cross section through the blade adaptor has, with the wall of the blade adaptor and the two hole circles , a Z-like shape, wherein the hole circles are arranged on L-flanges which are connected fixedly to the wall of the blade adaptor , and wherein the blade adaptor is hollow and a connection, produced at the second end via the hole circle , between rotor blade and blade adaptor is accessible from the interior of the rotor hub .