mhurhangee/ep-ind-claims huggingface dataset:
Method for operating a control device for a light module (5; 6), comprising a series connection of semiconductor light sources, of a lighting means for a motor vehicle, an actual voltage that is applied to the series connection being detected, characterized in that a compensated actual voltage is detected depending on the applied actual voltage, in that the compensated actual voltage is detected by means of a reference temperature and a temperature coefficient and/or the compensated actual voltage is detected by means of a reference current and a current coefficient, in that a reference voltage is detected depending on the compensated actual voltage, in that the compensated actual voltage is compared with the reference voltage, and in that a fault of the series connection is detected depending on the comparison.
A method for managing containers in a cloud computing environment, wherein the containers are virtualizations of a computer software application, the method comprising: - obtaining information on host resources needed for a new container; - obtaining current information on resources available at hosts (302, 404); - allocating the new container to a host (304, 406, 503) based on the resources available at the host and the host resources needed for the container; and - maintaining information on container IDs of containers allocated to the hosts; characterized in that the method comprises: - locating an old container with a previous version of a program held by the new container, wherein the old container is identified by its container ID; - storing said container ID; - providing instructions for redirecting client traffic towards the new container; and - providing instructions for removing the old container after the new container with a new version of the program has been allocated and after client traffic has been rerouted to the new container, the instructions identifying the old container to be removed by said container ID. - obtaining information on host resources needed for a new container; - obtaining current information on resources available at hosts (302, 404); - allocating the new container to a host (304, 406, 503) based on the resources available at the host and the host resources needed for the container; and - maintaining information on container IDs of containers allocated to the hosts; - locating an old container with a previous version of a program held by the new container, wherein the old container is identified by its container ID; - storing said container ID; - providing instructions for redirecting client traffic towards the new container; and - providing instructions for removing the old container after the new container with a new version of the program has been allocated and after client traffic has been rerouted to the new container, the instructions identifying the old container to be removed by said container ID.
A method of operating a rail-guided permanent way machine, comprising the steps of: - providing a rail-guided permanent way machine on a track, - determining at least one state variable of the permanent way machine in dependence on an operating state, wherein - the at least one state variable is determined in dependence on a wheel guiding force Y a and on at least one vertical wheel force of the permanent way machine - comparing the at least one state variable to at least one pre-defined limit value (Gw, Gs) for monitoring the derailment safety of the permanent way machine. - providing a rail-guided permanent way machine on a track, - determining at least one state variable of the permanent way machine in dependence on an operating state, wherein - the at least one state variable is determined in dependence on a wheel guiding force Y a and on at least one vertical wheel force of the permanent way machine - comparing the at least one state variable to at least one pre-defined limit value (Gw, Gs) for monitoring the derailment safety of the permanent way machine.
A method for manufacturing a conductive pattern having a sintered conductive region and an unsintered non-conductive region, the method comprising, a step for forming a metal nanowire layer containing metal nanowires, on the entirety or a part of at least one of the main faces of a substrate, and characterised in that it further comprises a step for irradiating light to the metal nanowire layer in a predetermined pattern to sinter the metal nanowires in the metal nanowire layer in a region of the predetermined pattern, and to apply conductivity thereto.
An inter-axle differential assembly for distribution of torque between a forward driving axle and a rear driving axle in a motor vehicle, comprising: - a driving input shaft, - a forward differential wheel rotationally mounted around the input shaft, - a rear differential wheel, - a differential spider mounted between the differential wheels (12, 23) and being connected for common rotation with the input shaft, on which differential spider differential pinions configured to meshingly engage with said differential wheels (12, 23) are rotatably mounted, - a differential housing to which the differential spider is connected for common rotation, wherein torque is transferable to the forward driving axle via the differential spider, the differential pinions and the forward differential wheel, and wherein the assembly further comprises an output wheel sharing a common axis of rotation with the input shaft, via which output wheel torque is transferable to the rear driving axle, and a connection means characterized in that the connection means is movable between: - an open position in which it connects the output wheel to the rear differential wheel for common rotation, and in which the differential housing can rotate independently of the rear differential wheel, - a locking position in which it connects both of the differential housing and the output wheel to the rear differential wheel for common rotation, and - a disconnecting position in which it connects the differential housing to the rear differential wheel for common rotation, and in which the output wheel can rotate independently of the rear differential wheel. - a driving input shaft, - a forward differential wheel rotationally mounted around the input shaft, - a rear differential wheel, - a differential spider mounted between the differential wheels (12, 23) and being connected for common rotation with the input shaft, on which differential spider differential pinions configured to meshingly engage with said differential wheels (12, 23) are rotatably mounted, - a differential housing to which the differential spider is connected for common rotation, - an open position in which it connects the output wheel to the rear differential wheel for common rotation, and in which the differential housing can rotate independently of the rear differential wheel, - a locking position in which it connects both of the differential housing and the output wheel to the rear differential wheel for common rotation, and - a disconnecting position in which it connects the differential housing to the rear differential wheel for common rotation, and in which the output wheel can rotate independently of the rear differential wheel.
Method for merging of mail items for delivery in a delivery area, wherein - the mail items are contained in a plurality of stacks (18.1, 18.2,...) and are present in at least one stack (18.1, 18.2,...) in a sorting sequence, - the sorting sequence relates to delivery points of the delivery area, characterised by the method steps: before delivery of the mail items disposed in the plurality of stacks (18.1, 18.2,...), the sorting sequence of the at least one stack (18.1, 18.2,...) is acquired and stored in an information system; mail items not contained in the sorted stacks (18.1, 18.2,...) are acquired and stored in the information system as mail item data; the at least one stored sorting sequence and the mail items data are sorted in the information system in accordance with the delivery points and stored as an order of sequence, if a number of mail items for a delivery point are present in the order of sequence, a marker is placed on one item of mail of these number of items of mail, wherein the marker contains information relating to the items of mail intended for this delivery point; the method step is carried out for all delivery points. - the mail items are contained in a plurality of stacks (18.1, 18.2,...) and are present in at least one stack (18.1, 18.2,...) in a sorting sequence, - the sorting sequence relates to delivery points of the delivery area, characterised by the method steps: before delivery of the mail items disposed in the plurality of stacks (18.1, 18.2,...), the sorting sequence of the at least one stack (18.1, 18.2,...) is acquired and stored in an information system; mail items not contained in the sorted stacks (18.1, 18.2,...) are acquired and stored in the information system as mail item data; the at least one stored sorting sequence and the mail items data are sorted in the information system in accordance with the delivery points and stored as an order of sequence, if a number of mail items for a delivery point are present in the order of sequence, a marker is placed on one item of mail of these number of items of mail, wherein the marker contains information relating to the items of mail intended for this delivery point; the method step is carried out for all delivery points. before delivery of the mail items disposed in the plurality of stacks (18.1, 18.2,...), the sorting sequence of the at least one stack (18.1, 18.2,...) is acquired and stored in an information system; mail items not contained in the sorted stacks (18.1, 18.2,...) are acquired and stored in the information system as mail item data; the at least one stored sorting sequence and the mail items data are sorted in the information system in accordance with the delivery points and stored as an order of sequence, if a number of mail items for a delivery point are present in the order of sequence, a marker is placed on one item of mail of these number of items of mail, wherein the marker contains information relating to the items of mail intended for this delivery point; the method step is carried out for all delivery points.
An electroporation system comprising at least one electrode, comprising a programmable voltage pulse generator coupled to the at least one electrode and configured to: apply a plurality of bipolar square wave electrical pulses to a target region with a delay between successive pulses, and at a frequency and electric field strength according to the following pulse parameters: the length of each pulse is in the range of between 250 nanoseconds and 50 microseconds; the delay between successive pulses is in the range of between 100 nanoseconds and 5 microseconds; the frequency is in the range of about 10 kHz to 100 MHz; and the electric field strength is in the range of about 100 V/cm to 4,000 V/cm; wherein the pulse parameters are capable of producing a first electroporation zone with cells non-selectively electroporated by the plurality of electrical pulses and a second electroporation zone wherein only selected cells are electroporated by the plurality of electrical pulses; characterised in that each burst delivers electrical voltage for a total of 100 microseconds. a programmable voltage pulse generator coupled to the at least one electrode and configured to: apply a plurality of bipolar square wave electrical pulses to a target region with a delay between successive pulses, and at a frequency and electric field strength according to the following pulse parameters: the length of each pulse is in the range of between 250 nanoseconds and 50 microseconds; the delay between successive pulses is in the range of between 100 nanoseconds and 5 microseconds; the frequency is in the range of about 10 kHz to 100 MHz; and the electric field strength is in the range of about 100 V/cm to 4,000 V/cm; wherein the pulse parameters are capable of producing a first electroporation zone with cells non-selectively electroporated by the plurality of electrical pulses and a second electroporation zone wherein only selected cells are electroporated by the the length of each pulse is in the range of between 250 nanoseconds and 50 microseconds; the delay between successive pulses is in the range of between 100 nanoseconds and 5 microseconds; the frequency is in the range of about 10 kHz to 100 MHz; and the electric field strength is in the range of about 100 V/cm to 4,000 V/cm; wherein the pulse parameters are capable of producing a first electroporation zone with cells non-selectively electroporated by the plurality of electrical pulses and a second electroporation zone wherein only selected cells are electroporated by the plurality of electrical pulses; characterised in that each burst delivers electrical voltage for a total of 100 microseconds.
A pharmaceutical composition comprising, in the form of a solution: - baclofen, sorbitol, and naltrexone as active ingredients, - an acetate or citrate buffer having a pH comprised between 4 and 7, preferably between 4.5 and 5.5, and - optionally, at least one preservative and/or at least one flavoring agent. - baclofen, sorbitol, and naltrexone as active ingredients, - an acetate or citrate buffer having a pH comprised between 4 and 7, preferably between 4.5 and 5.5, and - optionally, at least one preservative and/or at least one flavoring agent.
A hand held planer for planing a work piece surface comprising a planing tool disposed between a first base and a second base and: a. a housing having a leading first base and a planing tool, such that the leading first base is in a leading disposition to the planing tool; and b. a removable or movable piece having a trailing second base in a trailing disposition to the planing tool; the planer being configurable so that it can be moved by hand along the work piece surface with the first base leading and the first and second bases (20, 31) guiding the planer along the work piece surface, and the planing tool rotating on an axis parallel to the work piece surface and planing off a thickness of the work piece, wherein the removable or movable piece is removable or movable from the housing such that the first base is disposed with the planing tool in the housing, and the second base is an adjustable base having at least a portion thereof that is removable or movable, characterized in that the planing tool is adjacent to a back of the housing such that the back of the housing is trailing behind the planing tool and in that the portion is removable or movable between a position that provides an operable lengthened configuration and a position that provides an operable shortened configuration such that a length of the adjustable base in guiding contact with the work piece surface is reduced or eliminated in the shortened configuration compared to the lengthened configuration, wherein when in the shortened configuration, at least the first base and the planing tool are disposed in the housing. a. a housing having a leading first base and a planing tool, such that the leading first base is in a leading disposition to the planing tool; and b. a removable or movable piece having a trailing second base in a trailing disposition to the planing tool;
A yarn production system, in which yarns made of synthetic resin and spun out from a spinning apparatus are wound by a winding device, comprising: a metal member (32, 40) which is used in yarn threading of threading the yarns spun out from the spinning apparatus to the winding device and members along a yarn path, the metal member (32, 40) making contact with the yarns; and an insulator (33, 34, 41, 43, 47, 48) which prevents static electricity generated in the metal member (32, 40) due to contact with the yarns from escaping from the metal member (32, 40) to a ground plane. a metal member (32, 40) which is used in yarn threading of threading the yarns spun out from the spinning apparatus to the winding device and members along a yarn path, the metal member (32, 40) making contact with the yarns; and an insulator (33, 34, 41, 43, 47, 48) which prevents static electricity generated in the metal member (32, 40) due to contact with the yarns from escaping from the metal member (32, 40) to a ground plane.
Fill level measurement device, comprising: a measurement electronics, configured to generate a transmission signal; a waveguide arrangement, which comprises a first waveguide section, a second waveguide section and a potential isolation arranged therebetween, for transmitting the transmission signal from the measurement electronics to an antenna of the fill level measurement device; wherein the potential isolation has a front section in form of an inner plastic tube with a first passage, and an adjoining rear section (106, 107) with a second passage, wherein between the front section and the rear section a stepped transition with a stop surface is located, which is directed in the direction of the measurement electronics and against which the end face of the second waveguide section abuts; wherein the first passage has a smaller cross-sectional area than the second passage; wherein the second waveguide section is inserted with its outer periphery into the inner wall of the second passage so that the second waveguide section is held in the second passage; characterized in that the first passage is conical; that the inner plastic tube of the front section of the potential isolation is completely or at least partially integrated in the wall of the waveguide arrangement; and that the first passage and the second passage are configured to allow the transmitted signal to pass through unimpeded or at least substantially unimpeded. a measurement electronics, configured to generate a transmission signal; a waveguide arrangement, which comprises a first waveguide section, a second waveguide section and a potential isolation arranged therebetween, for transmitting the transmission signal from the measurement electronics to an antenna of the fill level measurement device; wherein the potential isolation has a front section in form of an inner plastic tube with a first passage, and an adjoining rear section (106, 107) with a second passage, wherein between the front section and the rear section a stepped transition with a stop surface is located, which is directed in the direction of the measurement electronics and against which the end face of the second waveguide section abuts; wherein the first passage has a smaller cross-sectional area than the second passage; wherein the second waveguide section is inserted with its outer periphery into the inner wall of the second passage so that the second waveguide section is held in the second passage; characterized in that the first passage is conical; that the inner plastic tube of the front section of the potential isolation is completely or at least partially integrated in the wall of the waveguide arrangement; and that the first passage and the second passage are configured to allow the transmitted signal to pass through unimpeded or at least substantially unimpeded.
A method of preparing a biological tissue specimen for microscopic analysis, the method comprising: fixing a biological tissue specimen obtained from a mammal by contacting the biological tissue specimen with a fixation agent and a plurality of hydrogel subunits, thereby cross-linking the hydrogel subunits to biomolecules within the biological tissue specimen to product biomolecule-bound hydrogel subunits; polymerizing the biomolecule-bound hydrogel subunits to form a hydrogel-embedded biological tissue specimen; and clearing the hydrogel-embedded biological tissue specimen by substantially removing a plurality of cellular components from the specimen, to form a cleared hydrogel-embedded biological tissue specimen. fixing a biological tissue specimen obtained from a mammal by contacting the biological tissue specimen with a fixation agent and a plurality of hydrogel subunits, thereby cross-linking the hydrogel subunits to biomolecules within the biological tissue specimen to product biomolecule-bound hydrogel subunits; polymerizing the biomolecule-bound hydrogel subunits to form a hydrogel-embedded biological tissue specimen; and clearing the hydrogel-embedded biological tissue specimen by substantially removing a plurality of cellular components from the specimen, to form a cleared hydrogel-embedded biological tissue specimen.
Household appliance, in particular a household dishwasher, having a functional compartment, in particular a dishwashing compartment, an insulation arrangement provided on the outer side of the functional compartment, in particular the dishwashing compartment, for thermal and/or acoustic insulation of the functional compartment, in particular the dishwashing compartment, and a component (29, 30) arranged on the outer side of the functional compartment, in particular the dishwashing compartment, wherein the insulation arrangement for thermal and/or acoustic insulation of the functional compartment, in particular the dishwashing compartment, has an insulation element for thermal and/or acoustic insulation of the functional compartment, in particular the dishwashing compartment, wherein the insulation element for thermal and/or acoustic insulation of the functional compartment, in particular the dishwashing compartment, is made in one piece from a plastic material, wherein the component (29, 30) is encapsulated at least to some extent in the plastic material and wherein, in a cured and/or cross-linked state, the plastic material has preferably adhesive properties, so that the insulation element for thermal and/or acoustic insulation of the functional compartment, in particular the dishwashing compartment, adheres to the functional compartment, in particular the dishwashing compartment, by way of a surface which is directed towards the functional compartment, in particular the dishwashing compartment, characterised in that the insulation element for thermal and/or acoustic insulation of the functional compartment, in particular the dishwashing compartment, adhering to the functional compartment, in particular the dishwashing compartment, can be separated from the functional compartment in a non-destructive manner by way of the surface which is directed towards the functional component, in particular the dishwashing compartment.
A method for enhancing a network-based IP mobility management protocol to provide multihoming support, said method including providing multihoming support based on multihoming group information (MGHID0) exchanged between Mobile Access Gateway, MAG, and Local Mobility Anchor, LMA, said information identifying a group of interfaces (if1, if2) of a Mobile Node MN to be managed by the Local Mobility Anchor LMA on the Mobile Access Gateway MAG (MAG1, MAG2, MAG3) demand under a same mobility session.
A take-home drug delivery system comprising: a kit container defining an inner volume; a drug delivery container preparation assembly at least partially disposed within the inner volume of the kit container, the drug delivery container preparation assembly including at least the following components: a drug delivery container, a drug vial containing a drug to be administered, a tubing set, and a drug delivery container mounting apparatus; characterised in that a sterile drape is at least partially disposed within the inner volume of the kit container, the sterile drape including a placement legend illustrated thereon. a kit container defining an inner volume; a drug delivery container preparation assembly at least partially disposed within the inner volume of the kit container, the drug delivery container preparation assembly including at least the following components: a drug delivery container, a drug vial containing a drug to be administered, a tubing set, and a drug delivery container mounting apparatus; characterised in that a sterile drape is at least partially disposed within the inner volume of the kit container, the sterile drape including a placement legend illustrated thereon.