mhurhangee/ep-ind-claims huggingface dataset:
Mobilisation wheelchair, wherein the mobilisation wheelchair has a positioning device with an electromotive drive controllable by open-loop/closed-loop control, and the mobilisation wheelchair has at least one measuring unit for measuring vital signs, a measurement value detection and measurement value processing unit, a data store, a microprocessor-based data processing unit, a display and input unit and an open-loop and closed-loop control unit, wherein these are connected communicatively to one another during continuous measurement, characterised in that the mobilisation wheelchair is adjustable by the positioning device with the electromotive drive at least into a sitting, lying and standing position and patient-related therapy documentation can be retrieved from the data store, so that a compliance of vital signs is achievable by readjusting the at least one sitting, lying and standing position by means of the open-loop and closed-loop control unit and the positioning device.
A method of releasing a chemical compound, the method comprising: distributing containers encapsulating the chemical compound over hair, the containers being configured to release the chemical compound upon reaching a transition temperature; and heating the hair to a predetermined temperature equal to or higher than the transition temperature, wherein the heating of the hair enables heat transfer from the hair to one or more of the containers that are in proximity of the hair, whereby the one or more containers reach the transition temperature and release the chemical compound. distributing containers encapsulating the chemical compound over hair, the containers being configured to release the chemical compound upon reaching a transition temperature; and heating the hair to a predetermined temperature equal to or higher than the transition temperature, wherein the heating of the hair enables heat transfer from the hair to one or more of the containers that are in proximity of the hair, whereby the one or more containers reach the transition temperature and release the chemical compound.
A method for routing data packets in a telecommunications network, which comprises at least two end-points configured to run respective application processes through respective sockets so as to exchange data packets with one another within a communication session, and at least one network node interposed between the two end-points and programmed with data packet routing rules, the method comprising: - on the part of the socket of the end-point starting the communication session, adding, in each data packet to be sent, first items of information, which univocally identify, in the telecommunications network, the related running application process and a desired network service for this application process; - on the part of the network node, reading said first items of information from each data packet received by the network node; and - on the part of the network node, applying the routing rules to the data packet based on the first items of information. - on the part of the socket of the end-point starting the communication session, adding, in each data packet to be sent, first items of information, which univocally identify, in the telecommunications network, the related running application process and a desired network service for this application process; - on the part of the network node, reading said first items of information from each data packet received by the network node; and - on the part of the network node, applying the routing rules to the data packet based on the first items of information.
A computer-implemented method for recognizing a plurality of real-world construction elements of a construction system assembled to form a real-world construction model, in particular toy construction elements of a toy construction system assembled to form a real-world toy construction model, each real-world construction element comprising coupling members for detachably connecting the real-world construction element with one or more other real-world construction elements of the construction system so as to form the real-world construction model; wherein the method comprises: - receiving at least one captured image of the real-world construction model; - processing the at least one captured image so as to at least preliminarily recognise at least a first real-world construction element in the at least one captured image as a first known real-world construction element from stored digital representations of a plurality of known real-world construction elements of the construction system, each digital representation comprising connectivity information indicative of how the corresponding real-world construction element can be detachably connected to other real-world construction elements of the construction system; - detecting image data of at least a second real-world construction element in the image within a proximity of the recognised first real-world construction element; - recognising the second real-world construction element as a second known real-world construction element from said stored digital representations of said plurality of known real-world construction elements of the construction system; wherein recognising the second real-world construction element is based at least in part on the connectivity information associated with the first and second known construction elements. - receiving at least one captured image of the real-world construction model; - processing the at least one captured image so as to at least preliminarily recognise at least a first real-world construction element in the at least one captured image as a first known real-world construction element from stored digital representations of a plurality of known real-world construction elements of the construction system, each digital representation comprising connectivity information indicative of how the corresponding real-world construction element can be detachably connected to other real-world construction elements of the construction system; - detecting image data of at least a second real-world construction element in the image within a proximity of the recognised first real-world construction element; - recognising the second real-world construction element as a second known real-world construction element from said stored digital representations of said plurality of known real-world construction elements of the construction system; wherein recognising the second real-world construction element is based at least in part on the connectivity information associated with the first and second known construction elements.
A method implemented by a coordinated multipoint, CoMP, controller for coordinating transmissions from a CoMP cluster to a wireless communication device, the method comprising the steps of: determining, from among multiple different coordination hypotheses comprising different possibilities for how to coordinate transmissions from the CoMP cluster to the wireless communication device, a coordination hypothesis to apply, wherein the determined coordination hypothesis comprises a combination of a signal hypothesis and an interference hypothesis, wherein the signal hypothesis specifies one or more transmission points (104, 106) from which user data is assumed to be transmitted to the wireless communication device, and wherein the interference hypothesis reflects interference suffered during the assumed user data transmission; applying the determined coordination hypothesis to transmissions from the CoMP cluster on channel state information, CSI, radio resources on which the wireless communication device is to perform CSI measurements; and deferring applying the determined coordination hypothesis to transmissions from the CoMP cluster on user data radio resources, until after the determined coordination hypothesis is applied to the transmissions on the CSI radio resources. determining, from among multiple different coordination hypotheses comprising different possibilities for how to coordinate transmissions from the CoMP cluster to the wireless communication device, a coordination hypothesis to apply, wherein the determined coordination hypothesis comprises a combination of a signal hypothesis and an interference hypothesis, wherein the signal hypothesis specifies one or more transmission points (104, 106) from which user data is assumed to be transmitted to the wireless communication device, and wherein the interference hypothesis reflects interference suffered during the assumed user data transmission; applying the determined coordination hypothesis to transmissions from the CoMP cluster on channel state information, CSI, radio resources on which the wireless communication device is to perform CSI measurements; and deferring applying the determined coordination hypothesis to transmissions from the CoMP cluster on user data radio resources, until after the determined coordination hypothesis is applied to the transmissions on the CSI radio resources.
A gas turbine engine comprises: a fan; a first drive shaft connected to the fan; and a fan drive gear box connecting the first drive shaft to a second drive shaft and configured to allow the first drive shaft to rotate at a different speed than the second drive shaft, characterised in that the engine further comprises: a sprag clutch disposed circumferentially around the first drive shaft and connected to the first drive shaft, wherein the sprag clutch is configured to allow rotation of the first drive shaft and the fan in a first direction while prohibiting rotation of the fan and the first drive shaft in a second direction. a fan; a first drive shaft connected to the fan; and a fan drive gear box connecting the first drive shaft to a second drive shaft and configured to allow the first drive shaft to rotate at a different speed than the second drive shaft, a sprag clutch disposed circumferentially around the first drive shaft and connected to the first drive shaft, wherein the sprag clutch is configured to allow rotation of the first drive shaft and the fan in a first direction while prohibiting rotation of the fan and the first drive shaft in a second direction.
Permanent magnet synchronous electric motor of the type of those comprising a wound stator comprising axially extending stator teeth formed in a yoke frame, and a rotor comprising a plurality of said magnets extending axially in a yoke by being buried according to an architecture of said rotor of type with flux concentration, a first axial length of said rotor being greater than a second axial length of said stator teeth, characterized in that a ratio (r) of said first length to said second length lies substantially between 1.2 and 1.3.
A strand coating apparatus comprising: a support member; an applicator head pivotally mounted on the support member; a coating material dispenser mounted on the applicator head; a strand guide mounted on the applicator head; characterized by the strand guide and the coating material dispenser are adjustably positionable in unison by pivoting the applicator head, so that an angle between the strand guide and a substrate can be changed. a support member; an applicator head pivotally mounted on the support member; a coating material dispenser mounted on the applicator head; a strand guide mounted on the applicator head; the strand guide and the coating material dispenser are adjustably positionable in unison by pivoting the applicator head, so that an angle between the strand guide and a substrate can be changed.
A pharmaceutical dosage form comprising: (i) pomalidomide, or a pharmaceutically acceptable stereoisomer, salt, solvate, hydrate, or clathrate thereof; and (ii) mannitol and starch.
Computer-implemented method for producing control data for postprocessing a solid body that is modified by means of laser beams, wherein the solid body has in its interior a multiplicity of modifications, wherein the modifications were produced by means of the laser beams, comprising the steps of: defining an analysis criterion for analysing the modifications produced in the interior of the solid body; defining a threshold value with respect to the analysis criterion, wherein an analysis value on one side of the threshold value triggers a postprocessing registration; analysing the wafer with an analysis device, wherein the analysis device analyses the modifications with respect to the analysis criterion; outputting analysis values relating to the analysed modifications, wherein the analysis values lie above or below the threshold value; outputting spatial data relating to the analysed modifications, wherein the spatial data contain information regarding the region(s) of the solid body in which the analysis value lies above or below the threshold value; producing control data for controlling a laser treatment device for the post-treatment of the solid body, wherein the control data comprise at least the spatial data of the solid-body portions registered for postprocessing. defining an analysis criterion for analysing the modifications produced in the interior of the solid body; defining a threshold value with respect to the analysis criterion, wherein an analysis value on one side of the threshold value triggers a postprocessing registration; analysing the wafer with an analysis device, wherein the analysis device analyses the modifications with respect to the analysis criterion; outputting analysis values relating to the analysed modifications, wherein the analysis values lie above or below the threshold value; outputting spatial data relating to the analysed modifications, wherein the spatial data contain information regarding the region(s) of the solid body in which the analysis value lies above or below the threshold value; producing control data for controlling a laser treatment device for the post-treatment of the solid body, wherein the control data comprise at least the spatial data of the solid-body portions registered for postprocessing.
A wireless communication method, comprising: generating channel state information and data; and sending the channel state information and the data over a data channel in a same time unit, wherein transmit power of the data channel is associated with a bit quantity of the data and a bit quantity of the channel state information, wherein that the transmit power is associated with the bit quantity of the data and the bit quantity of the channel state information comprises: the transmit power is directly proportional to bits per resource element BPRE, wherein the BPRE is a ratio of a second bit quantity to N RE, the second bit quantity is a sum of the bit quantity of the data and a second equivalent bit quantity of the channel state information, N RE is a quantity of resource elements that carry the channel state information and the data, the second equivalent bit quantity of the channel state information is ┌( O CSI - O ref)× β ┐, O CSI is the bit quantity of the channel state information, β is a multiplication factor, and O ref is a reference bit quantity of the channel state information. generating channel state information and data; and sending the channel state information and the data over a data channel in a same time unit, wherein transmit power of the data channel is associated with a bit quantity of the data and a bit quantity of the channel state information, wherein that the transmit power is associated with the bit quantity of the data and the bit quantity of the channel state information comprises: the transmit power is directly proportional to bits per resource element BPRE, wherein the BPRE is a ratio of a second bit quantity to N RE, the second bit quantity is a sum of the bit quantity of the data and a second equivalent bit quantity of the channel state information, N RE is a quantity of resource elements that carry the channel state information and the data, the second equivalent bit quantity of the channel state information is ┌( O CSI - O ref)× β ┐, O CSI is the bit quantity of the channel state information, β is a multiplication factor, and O ref is a reference bit quantity of the channel state information.
An electrosurgical generator, comprising: a radio frequency output stage configured to supply power to tissue; sensing circuitry configured to measure impedance of tissue; and a controller configured to: control the power supplied from the RF output stage to track a nonlinear power curve until the power supplied from the RF output stage has reached a predetermined peak power of the nonlinear power curve; determine whether a tissue reaction has occurred based on impedance measured by the sensing circuitry; and control the power supplied from the RF output stage during a cooling phase if the controller determines that a tissue reaction has occurred. a radio frequency output stage configured to supply power to tissue; sensing circuitry configured to measure impedance of tissue; and a controller configured to: control the power supplied from the RF output stage to track a nonlinear power curve until the power supplied from the RF output stage has reached a predetermined peak power of the nonlinear power curve; determine whether a tissue reaction has occurred based on impedance measured by the sensing circuitry; and control the power supplied from the RF output stage during a cooling phase if the controller determines that a tissue reaction has occurred. control the power supplied from the RF output stage to track a nonlinear power curve until the power supplied from the RF output stage has reached a predetermined peak power of the nonlinear power curve; determine whether a tissue reaction has occurred based on impedance measured by the sensing circuitry; and control the power supplied from the RF output stage during a cooling phase if the controller determines that a tissue reaction has occurred.
A heterofunctional polyoxazoline derivative of the general structure: R 1 -{[N CH 2 CH 2] o -[N(COR 2)CH 2 -CH 2)] n -[N CH 2 -CH 2)] m} a -Z wherein: R 1 is an initiating group; R 2 is independently selected for each repeating unit from an unsubstituted or substituted alkyl, an unsubstituted or substituted alkenyl, an unsubstituted or substituted aralkyl or an unsubstituted or substituted heterocyclylalkyl group; X is a pendent moiety containing a first functional group; Y is a pendent moiety containing a second functional group; Z is a terminating nucleophile containing a third functional group; a is ran which indicates a random copolymer or block which indicates a block copolymer; o and m are each an integer independently selected from 1-50; n is an integer selected from 0-1000; and wherein the first, second and third functional groups are each independently an alkyne, an amine, an oxyamine, an aldehyde, a ketone, an acetal, a ketal, an ester, a carboxylic acid, an activated carboxylic acid, an active carbonate, a chloroformate, an alcohol, an azide, a vinyl sulfone, a maleimide or orthopyridyl disulfide and the third functional group, when present, is an alkyne, an amine, an oxyamine, an aldehyde, a ketone, an acetal, a ketal, an ester, a carboxylic acid, an activated carboxylic acid, an active carbonate, a chloroformate, an alcohol, an azide, a vinyl sulfone, a maleimide or orthopyridyl disulfide and wherein the first and third and second and third functional groups will not react with each other but will selectively react with other functional groups. R 1 is an initiating group; R 2 is independently selected for each repeating unit from an unsubstituted or substituted alkyl, an unsubstituted or substituted alkenyl, an unsubstituted or substituted aralkyl or an unsubstituted or substituted heterocyclylalkyl group; X is a pendent moiety containing a first functional group; Y is a pendent moiety containing a second functional group; Z is a terminating nucleophile containing a third functional group; a is ran which indicates a random copolymer or block which indicates a block copolymer; o and m are each an integer independently selected from 1-50; n is an integer selected from 0-1000; and wherein the first, second and third functional groups are each independently an alkyne, an amine, an oxyamine, an aldehyde, a ketone, an acetal, a ketal, an ester, a carboxylic acid, an activated carboxylic acid, an active carbonate, a chloroformate, an alcohol, an azide, a vinyl sulfone, a maleimide or orthopyridyl disulfide and the third functional group, when present, is an alkyne, an amine, an oxyamine, an aldehyde, a ketone, an acetal, a ketal, an ester, a carboxylic acid, an activated carboxylic acid, an active carbonate, a chloroformate, an alcohol, an azide, a vinyl sulfone, a maleimide or orthopyridyl disulfide and wherein the first and third and second and third functional groups will not react with each other but will selectively react with other functional groups.
A machine arrangement for sequential processing of sheet-type substrates having several different processing stations, wherein one of the processing stations has a non-impact printing device in each case printing the substrates, wherein the processing station having the non-impact printing device has a printing cylinder (22; 117; 118), wherein the non-impact printing device printing the substrates is arranged on the circumference of the printing cylinder (22; 117; 118), wherein the printing cylinder (22; 117; 118) is configured quadruple sized, wherein a double sized or triple sized configured transfer drum is arranged directly upstream of the printing cylinder (22; 117; 118) or a triple sized configured transfer drum is arranged directly downstream of the printing cylinder (22; 117; 118), characterized in that on the lateral surface of the printing cylinder (22; 117; 118) in each case four substrates to be printed by the non-impact printing device are arranged or at least can be arranged behind each other in circumferential direction, wherein each of these substrates on the lateral surface of the printing cylinder (22; 117; 118) to be conveyed is retained in each case by means of at least one retaining element in a force-locking and/or form-fitting manner, a) wherein the quadruple size printing cylinder (22; 117; 118) passes the printed substrates to the triple size configured transfer drum arranged directly downstream of this printing cylinder (22; 117; 118) or b) wherein the quadruple size printing cylinder (22; 117; 118) receives the substrates to be printed from the triple size configured transfer drum arranged directly upstream, wherein as a further processing station a primer application device primering the substrate and a dryer (07; 121) for drying the primer applied to the relevant substrates are provided, wherein the primer application device and the dryer (07; 121) are arranged in transport direction of the relevant substrates in each case preceding the non-impact printing device, wherein the primer application device is in each case arranged applying the substrates on a front side and that the dryer (07; 121) in each case is arranged drying the front side of the primered substrates and that the non-impact printing device in each case is arranged printing the front side of the substrates, wherein at least those processing stations that have the non-impact printing device printing the front side of the substrates or the primer application device primering the front side of the substrate or the dryer downstream of this primer application device, are in each case arranged in a separate rack as a machine unit or functional assembly mounted separately.