mhurhangee/patent-ind-claim-en huggingface dataset:
Method for the quantitative spatially resolved determination of a physiological tissue parameter of an examination subject, comprising the following steps: - determination of a signal model with m different signal parameters, which influence an MR signal of the examination subject, - recording of N different MR images of the examination subject with m<=N, wherein measured data tuples with N measured values are determined from the N MR images on a pixel-by-pixel basis, wherein the N MR images are recorded with different contrasts, - creating a lookup table with a plurality of table entries, wherein each entry assigns an N-dimensional tuple of synthesised measured values to an m-dimensional tuple of signal parameters that have been calculated using the signal model, - pre-processing of the table that has been created in order to create a sorted lookup table, wherein, in the sorted lookup table, the table entries are arranged such that the determination of the synthetic measurement value which, according to a given metric, is nearest in the sorted lookup table to a measured data tuple, is possible with a nearest-neighbour search, - determination of at least some of the signal parameters by comparing the pixel-by-pixel measured data tuples with N-dimensional tuples of the synthesised measured values in the sorted lookup table for at least some of the pixels with an optimisation method for identifying a global minimum in the sorted lookup table. - determination of a signal model with m different signal parameters, which influence an MR signal of the examination subject, - recording of N different MR images of the examination subject with m<=N, wherein measured data tuples with N measured values are determined from the N MR images on a pixel-by-pixel basis, wherein the N MR images are recorded with different contrasts, - creating a lookup table with a plurality of table entries, wherein each entry assigns an N-dimensional tuple of synthesised measured values to an m-dimensional tuple of signal parameters that have been calculated using the signal model, - pre-processing of the table that has been created in order to create a sorted lookup table, wherein, in the sorted lookup table, the table entries are arranged such that the determination of the synthetic measurement value which, according to a given metric, is nearest in the sorted lookup table to a measured data tuple, is possible with a nearest-neighbour search, - determination of at least some of the signal parameters by comparing the pixel-by-pixel measured data tuples with N-dimensional tuples of the synthesised measured values in the sorted lookup table for at least some of the pixels with an optimisation method for identifying a global minimum in the sorted lookup table.
A seal configured to permit passage of a medical device through the seal , the seal comprising: an elastic component having a proximal end , a distal end , and an elongated inner cavity having a cavity depth (D1) extending between the proximal end and the distal end , the elongated inner cavity having a cavity length (L1) and a cavity width (W1) that is shorter than the cavity length (L1) and the elongated inner cavity having an elongated trough having a trough length (L2) and a trough width (W2) that is shorter than the trough length (L2), wherein the trough length (L2) is parallel to the cavity length (L1) and the elongated trough is adjacent the distal end of the elastic component , wherein the elastic component has a slit that intersects the elongated trough and the elastic component includes one or more flaps of elastic material at the distal end and bottom of the elongated trough , the one or more flaps configured to form a fluid seal around the medical device to reduce leakage of blood and air through the seal .
An inhaler for dispensing metered doses of a medicament, the inhaler comprising a housing, an actuator member moveable relative to the housing; a first link member for coupling with a container of medicament; and a restraining surface connectable with the first link member for restraining movement of the first link member from a first position, in which the medicament container is located in a stowed configuration, to a second position, in which the medicament container is located in a discharge configuration so as to dispense medicament; wherein the restraining surface is moveable from a restraining position in response to movement of the actuator member so as to allow movement of the first link member from the first position to the second position; whereby the inhaler further comprises an elastically and resiliently deformable member arranged adjacent the first link member so as to be compressed as the first link member moves towards the second position and thereby bias the first link member towards said first position, characterised in that said deformable member is a helical compression spring; an end of said deformable member is retained in a desired position by virtue of said end receiving a boss and; there are two compression springs and each has a first end abutting the lower link and a second end abutting an internal surface of the housing, the lower link including bosses projecting therefrom which are located within ends of the compression springs , the bosses being provided on a member , the member being secured between free end portions of elongate elements of the lower link .
A robotic assembly for servicing equipment, the robotic assembly comprising: an area configured to receive components associated with a workscope of the equipment; an environmental capture device configured to capture information associated with an environment in which the robotic assembly is disposed; and one or more computing devices configured to: locate the equipment in the environment; characterised in that the one or more computing devices are configured to: autonomously navigate the robotic assembly through the environment to the equipment by moving the robotic assembly within the environment at a first speed when located outside a prescribed proximity of humans and moving the robotic assembly within the environment at a second speed when located within a prescribed proximity, wherein the first speed is greater than the second speed; and autonomously adjust a position of the robotic assembly in response to the workscope. an area configured to receive components associated with a workscope of the equipment; an environmental capture device configured to capture information associated with an environment in which the robotic assembly is disposed; and one or more computing devices configured to: locate the equipment in the environment; characterised in that the one or more computing devices are configured to: autonomously navigate the robotic assembly through the environment to the equipment by moving the robotic assembly within the environment at a first speed when located outside a prescribed proximity of humans and moving the robotic assembly within the environment at a second speed when located within a prescribed proximity, wherein the first speed is greater than the second speed; and autonomously adjust a position of the robotic assembly in response to the workscope. autonomously navigate the robotic assembly through the environment to the equipment by moving the robotic assembly within the environment at a first speed when located outside a prescribed proximity of humans and moving the robotic assembly within the environment at a second speed when located within a prescribed proximity, wherein the first speed is greater than the second speed; and autonomously adjust a position of the robotic assembly in response to the workscope.
A heavy duty tire comprising: a pair of beads ; a carcass extending on and between the pair of beads ; a pair of sidewalls each located axially outward of the carcass ; a pair of chafers each located radially inward of the sidewall and configured to come into contact with a rim (R); and a tag member including an RFID tag , wherein each of the beads includes a core , an inner apex located radially outward of the core , and an outer apex located radially outward of the inner apex , the carcass includes a carcass ply , the carcass ply includes a ply body extending between the pair of beads and a pair of turned-up portions each connected to the ply body and turned up around the bead , the tag member is in contact with the outer apex on a radially outer side of an end (PF) of the turned-up portion , the RFID tag is located between an outer end (PG2) of the outer apex and an outer end (PB) of the chafer in a radial direction, an outer end of the tag member is located radially outward of the outer end (PB) of the chafer , the outer end (PB) of the chafer is located radially outward of an inner end (PS) of the sidewall , and the sidewall covers the outer end (PB) of the chafer , characterized in that an inner end of the tag member is located radially outward of the outer end (PB) of the chafer . a pair of beads ; a carcass extending on and between the pair of beads ; a pair of sidewalls each located axially outward of the carcass ; a pair of chafers each located radially inward of the sidewall and configured to come into contact with a rim (R); and a tag member including an RFID tag , wherein each of the beads includes a core , an inner apex located radially outward of the core , and an outer apex located radially outward of the inner apex , the carcass includes a carcass ply , the carcass ply includes a ply body extending between the pair of beads and a pair of turned-up portions each connected to the ply body and turned up around the bead , the tag member is in contact with the outer apex on a radially outer side of an end (PF) of the turned-up portion , the RFID tag is located between an outer end (PG2) of the outer apex and an outer end (PB) of the chafer in a radial direction, an outer end of the tag member is located radially outward of the outer end (PB) of the chafer , the outer end (PB) of the chafer is located radially outward of an inner end (PS) of the sidewall , and the sidewall covers the outer end (PB) of the chafer , characterized in that an inner end of the tag member is located radially outward of the outer end (PB) of the chafer .
A can lid, in particular for beverage cans, having an opening region in the form of a tongue tab provided in the metallic lid material of a lid surface and in particular bounded by a material weakening; and having a two-armed lever member which is intended for opening this opening region , which is fixedly connected to the lid material in the opening region , in particular via a rivet connection or weld connection, and which serves for an upward pivoting of the tongue tab during the opening procedure, characterized in that a substantially ring-shaped molded plastic part is fastened to the lower side of the lid surface while surrounding the opening region to form an opening which can be sealingly closed again; in that a plastic stopper part which sealingly engages into the molded part is fixedly connected to the lower side of the tongue tab which can be pivoted open during the opening procedure; and in that the peripheral contour of the tongue tab is preferably disposed in the region of the molded part at a predefinable spacing from the stopper part .
A wound treatment system , comprising: a wound dressing comprising a drape layer , and a moisture management system comprising: a film layer ; a spacer assembly comprising: one or more flow elements each having an outer surface which extends between a first end and a second end , the first ends being located adjacent to and extend downwards relative to a lower surface of the film layer , and the second ends being located adjacent to and extending upwards relative to the upper surface of the drape layer ; the spacer assembly defining a space between the lower surface of the film layer and the upper surface of the drape layer defining a flow path between the upper and lower surfaces and the one or more flow elements and an air displacement device sealingly engaged with an opening formed in and extending through the film layer and configured to cause air to flow through the flow path ; wherein the spacer assembly and film layer define a monolithic structure; wherein the lower surface of the film layer is embossed to define the one or more flow elements as raised portions of the lower surface , and/or the upper surface of the film layer is debossed to define the one or more flow elements as downwardly projecting, debossed portions of the upper surface of the film layer . a film layer ; a spacer assembly comprising: one or more flow elements each having an outer surface which extends between a first end and a second end , the first ends being located adjacent to and extend downwards relative to a lower surface of the film layer , and the second ends being located adjacent to and extending upwards relative to the upper surface of the drape layer ; the spacer assembly defining a space between the lower surface of the film layer and the upper surface of the drape layer defining a flow path between the upper and lower surfaces and the one or more flow elements and one or more flow elements each having an outer surface which extends between a first end and a second end , the first ends being located adjacent to and extend downwards relative to a lower surface of the film layer , and the second ends being located adjacent to and extending upwards relative to the upper surface of the drape layer ; the spacer assembly defining a space between the lower surface of the film layer and the upper surface of the drape layer defining a flow path between the upper and lower surfaces and the one or more flow elements and an air displacement device sealingly engaged with an opening formed in and extending through the film layer and configured to cause air to flow through the flow path ; wherein the spacer assembly and film layer define a monolithic structure; wherein the lower surface of the film layer is embossed to define the one or more flow elements as raised portions of the lower surface , and/or the upper surface of the film layer is debossed to define the one or more flow elements as downwardly projecting, debossed portions of the upper surface of the film layer .
An integrated functional electrical stimulation (FES) system comprising: a component of a mobility assistance device; and an FES system mounted within the component of the mobility assistance device; the FES system including an FES stimulator that is embedded within the component of the mobility assistance device, and a plurality of FES jacks that are electrically connected to the FES stimulator and are located on the component of the mobility assistance device; wherein the FES jacks are configured to receive a plurality of FES electrodes, and an electrical stimulation output from the FES stimulator is conducted through the FES jacks to the FES electrodes; wherein the component of the mobility assistance device comprises a hip component of a legged mobility exoskeleton device including the hip component, a left leg component, and a right leg component; and characterised in that the FES stimulator is embedded within a back portion of the hip component, and the FES jacks are located on one or more wing portions of the hip component. a component of a mobility assistance device; and an FES system mounted within the component of the mobility assistance device; the FES system including an FES stimulator that is embedded within the component of the mobility assistance device, and a plurality of FES jacks that are electrically connected to the FES stimulator and are located on the component of the mobility assistance device; wherein the FES jacks are configured to receive a plurality of FES electrodes, and an electrical stimulation output from the FES stimulator is conducted through the FES jacks to the FES electrodes; wherein the component of the mobility assistance device comprises a hip component of a legged mobility exoskeleton device including the hip component, a left leg component, and a right leg component; and
A method for automatically managing a recorded interaction between a customer and an agent of a contact center, the method comprising: extracting, by a processor, features from the recorded interaction; computing, by the processor, an agent performance evaluation score of the recorded interaction by supplying the features to a prediction model, wherein the prediction model is trained by: extracting, by the processor, a plurality of historical interaction features from a plurality of historical interactions; receiving, by the processor, a plurality of manual evaluations, each of the manual evaluations corresponding to one of the plurality of historical interactions, and each of the manual evaluations comprising a score; and training, by the processor, the prediction model in accordance with a relationship between the historical interaction features of the historical interactions and the scores of corresponding ones of the manual evaluations; detecting, by the processor, a condition based on the agent performance evaluation score; matching, by the processor, the condition with an action; and controlling, by the processor, a workforce management server to assign a training session to the agent of the contact center in accordance with the agent performance evaluation score of the recorded interaction. extracting, by a processor, features from the recorded interaction; computing, by the processor, an agent performance evaluation score of the recorded interaction by supplying the features to a prediction model, wherein the prediction model is trained by: extracting, by the processor, a plurality of historical interaction features from a plurality of historical interactions; receiving, by the processor, a plurality of manual evaluations, each of the manual evaluations corresponding to one of the plurality of historical interactions, and each of the manual evaluations comprising a score; and training, by the processor, the prediction model in accordance with a relationship between the historical interaction features of the historical interactions and the scores of corresponding ones of the manual evaluations; extracting, by the processor, a plurality of historical interaction features from a plurality of historical interactions; receiving, by the processor, a plurality of manual evaluations, each of the manual evaluations corresponding to one of the plurality of historical interactions, and each of the manual evaluations comprising a score; and training, by the processor, the prediction model in accordance with a relationship between the historical interaction features of the historical interactions and the scores of corresponding ones of the manual evaluations; detecting, by the processor, a condition based on the agent performance evaluation score; matching, by the processor, the condition with an action; and controlling, by the processor, a workforce management server to assign a training session to the agent of the contact center in accordance with the agent performance evaluation score of the recorded interaction.
A method for operating a central server for processing control cards containing traffic regulations, wherein the method has the following steps: - creating a control card to be sent in a synchronizing step, wherein the synchronizing step is executed in response to the fact that it has been established in the central server during a comparison that at least a first control card and a second control card do not correspond, - sending the control card by the central server to a vehicle . - creating a control card to be sent in a synchronizing step, wherein the synchronizing step is executed in response to the fact that it has been established in the central server during a comparison that at least a first control card and a second control card do not correspond, - sending the control card by the central server to a vehicle .
Apparatus for determining a time of arrival of a message signal comprising: a quadrature mixer configured to output an in-phase component of a received signal by mixing the received message signal with the signal of a local oscillator, wherein the received message signal comprises a binary sequence modulated by binary frequency shift keying with pulses corresponding to a first value at a first frequency and with pulses corresponding to a second value at a second frequency, wherein the local oscillator has a frequency between the first frequency and the second frequency; an additional quadrature mixer configured to output a quadrature component of the received message signal by mixing the received message signal with the signal of a local oscillator having the same frequency as the local oscillator of the quadrature mixer with a phase offset of ninety degrees; a correlator comprising a cross-correlator configured to mix the output of the quadrature mixer and the output of the additional quadrature mixer , wherein the correlator comprises delay means for shifting the phase of the output of the quadrature mixer and/or for shifting the phase of the output of the additional quadrature mixer before entering the cross-correlator ; a time of arrival detector for determining a time of arrival of the message signal on the basis of the output of the quadrature mixer . a quadrature mixer configured to output an in-phase component of a received signal by mixing the received message signal with the signal of a local oscillator, wherein the received message signal comprises a binary sequence modulated by binary frequency shift keying with pulses corresponding to a first value at a first frequency and with pulses corresponding to a second value at a second frequency, wherein the local oscillator has a frequency between the first frequency and the second frequency; an additional quadrature mixer configured to output a quadrature component of the received message signal by mixing the received message signal with the signal of a local oscillator having the same frequency as the local oscillator of the quadrature mixer with a phase offset of ninety degrees; a correlator comprising a cross-correlator configured to mix the output of the quadrature mixer and the output of the additional quadrature mixer , wherein the correlator comprises delay means for shifting the phase of the output of the quadrature mixer and/or for shifting the phase of the output of the additional quadrature mixer before entering the cross-correlator ; a time of arrival detector for determining a time of arrival of the message signal on the basis of the output of the quadrature mixer .