mhurhangee/patent-ind-claim-en huggingface dataset:
An apparatus configured to generate one or more polynomial kernels to cancel a non-linear behavior in a full-duplex communication mode, comprising: a transceiver, comprising a transmitter and a receiver , configured to transmit and receive signals in a signal processing pipeline configured to cancel self-interference originating from a transmitter path of the transmitter; a polynomial kernel generator , via a controller, configured to perform a polynomial computation in a log domain, generate a plurality of kernels in the log domain that model the nonlinear behavior of the transmitter path and cancel, via the plurality of kernels, a self-interference caused by the nonlinear behavior of a non-linear component of the transmitter path in a receiver path ; a memory storing executable components; a processor , coupled to the memory, configured to execute or facilitate execution of the executable components, comprising the polynomial kernel generator, wherein the polynomial kernel generator comprises a plurality of adders (202; 204; 206) coupled to one another along the signal processing pipeline configured to process an in-phase component and a quadrature component of an input signal; a plurality of log computation components (212; 214) configured to generate a log output in the log domain to at least two of the plurality of adders; and a plurality of anti-log components (216; 2018), respectively coupled to the plurality of log computation components, configured to generate an anti-log output from a logarithmic input provided by the at least two of the plurality of adders. a transceiver, comprising a transmitter and a receiver , configured to transmit and receive signals in a signal processing pipeline configured to cancel self-interference originating from a transmitter path of the transmitter; a polynomial kernel generator , via a controller, configured to perform a polynomial computation in a log domain, generate a plurality of kernels in the log domain that model the nonlinear behavior of the transmitter path and cancel, via the plurality of kernels, a self-interference caused by the nonlinear behavior of a non-linear component of the transmitter path in a receiver path ; a memory storing executable components; a processor , coupled to the memory, configured to execute or facilitate execution of the executable components, comprising the polynomial kernel generator, wherein the polynomial kernel generator comprises a plurality of adders (202; 204; 206) coupled to one another along the signal processing pipeline configured to process an in-phase component and a quadrature component of an input signal; a plurality of log computation components (212; 214) configured to generate a log output in the log domain to at least two of the plurality of adders; and a plurality of anti-log components (216; 2018), respectively coupled to the plurality of log computation components, configured to generate an anti-log output from a logarithmic input provided by the at least two of the plurality of adders.
A control unit for a medical device having an articulating shaft and an end effector the control unit comprising: an interface being engageable by a hand of a user, said interface being immovably attached to a housing of the control unit , said housing being attachable to the medical device; and a sensing unit for measuring a spatial position and orientation of the control unit and the end effector; the control unit being characterized by having control circuits programmed to calculate the spatial orientation of the end effector 2. by measuring the spatial position of the device using signals from the sensing unit, and the articulation angle by the known length of pull cables at the point of activation of a hovering mode, calculate the changes of the orientation of the medical device and activate articulation accordingly in order to maintain the end effector at the same spatial position with respect to a tissue when the control unit is manoeuvred with respect to said tissue. a sensing unit for measuring a spatial position and orientation of the control unit and the end effector; the control unit being characterized by having control circuits programmed to calculate the spatial orientation of the end effector 2. by measuring the spatial position of the device using signals from the sensing unit, and the articulation angle by the known length of pull cables at the point of activation of a hovering mode, calculate the changes of the orientation of the medical device and activate articulation accordingly in order to maintain the end effector at the same spatial position with respect to a tissue when the control unit is manoeuvred with respect to said tissue.
Process for the functionalization of a workpiece surface , where the process comprises at least the following steps: a) provision of a workpiece ; b) provision of a film with at least two film sides ; c) functionalization of at least one film side by location-selective application of a functionalization composition comprising a polymeric material by means of a 3D printing process in one or more layers onto at least one portion of the at least one film side ; d) bringing the film into contact with at least one portion of the workpiece surface for development of a coherent or interlocking connection between at least one portion of the workpiece surface and the film functionalized in step c), the coherent or interlocking connection to the workpiece surface being achieved with a functionalized film side , so that the functionalization composition is arranged between the workpiece surface and the film . a) provision of a workpiece ; b) provision of a film with at least two film sides ; c) functionalization of at least one film side by location-selective application of a functionalization composition comprising a polymeric material by means of a 3D printing process in one or more layers onto at least one portion of the at least one film side ; d) bringing the film into contact with at least one portion of the workpiece surface for development of a coherent or interlocking connection between at least one portion of the workpiece surface and the film functionalized in step c), the coherent or interlocking connection to the workpiece surface being achieved with a functionalized film side , so that the functionalization composition is arranged between the workpiece surface and the film .
Pressure indicator for a pressure line of a geothermal installation, in particular for a geothermal heat pipe, with a display element for optical display of the pressure in the pressure line and at least one connection element for pressure-tight connection with the pressure line , wherein the display element is mounted displaceably, and the display element can be subjected to pressure and is displaceable against the spring pressure of a spring of the pressure indicator , characterised in that the pressure indicator has a use breakaway element for proving first use of the pressure indicator and/or that the pressure indicator has an overpressure breakaway element for proving exceeding of a maximum permitted overpressure.
An apparatus comprising: a physical layer interface comprising: a clock lane (STRB) to transmit a clock signal; a control interface to transmit one or more control signals, wherein the one or more control signals comprise control signals to cause transitions in link states according to a state machine; a plurality of data lanes (DATA[0-49]) to transmit data; and a valid signal lane (VALID0, VALID 1) to transmit a valid signal, wherein transmission of data on the data lanes (DATA[0-49]) is to be aligned with transmission of the valid signal on the valid signal lane (VALID0, VALID 1); characterized in that the physical layer logic is further to define a second data window for data to be sent on the data lanes (DATA[0-49]), and the second data window corresponds to the valid signal, wherein the valid signal is to be asserted for a duration of a first data window immediately preceding the second data window during which the data is to be sent; and the first and second data windows correspond to a byte time period window for sending a byte on a single one of the data lanes (DATA[0-49]). a physical layer interface comprising: a clock lane (STRB) to transmit a clock signal; a control interface to transmit one or more control signals, wherein the one or more control signals comprise control signals to cause transitions in link states according to a state machine; a plurality of data lanes (DATA[0-49]) to transmit data; and a valid signal lane (VALID0, VALID 1) to transmit a valid signal, wherein transmission of data on the data lanes (DATA[0-49]) is to be aligned with transmission of the valid signal on the valid signal lane (VALID0, VALID 1); a clock lane (STRB) to transmit a clock signal; a control interface to transmit one or more control signals, wherein the one or more control signals comprise control signals to cause transitions in link states according to a state machine; a plurality of data lanes (DATA[0-49]) to transmit data; and a valid signal lane (VALID0, VALID 1) to transmit a valid signal, wherein transmission of data on the data lanes (DATA[0-49]) is to be aligned with transmission of the valid signal on the valid signal lane (VALID0, VALID 1); characterized in that the physical layer logic is further to define a second data window for data to be sent on the data lanes (DATA[0-49]), and the second data window corresponds to the valid signal, wherein the valid signal is to be asserted for a duration of a first data window immediately preceding the second data window during which the data is to be sent; and the first and second data windows correspond to a byte time period window for sending a byte on a single one of the data lanes (DATA[0-49]). the physical layer logic is further to define a second data window for data to be sent on the data lanes (DATA[0-49]), and the second data window corresponds to the valid signal, wherein the valid signal is to be asserted for a duration of a first data window immediately preceding the second data window during which the data is to be sent; and the first and second data windows correspond to a byte time period window for sending a byte on a single one of the data lanes (DATA[0-49]).
Electrically shielded coupling assembly , wherein the coupling assembly comprises a coupling part and a mating coupling part , which parts are connected to each other by a latching connection when the coupling assembly is closed, wherein the coupling part and the mating coupling part have a shielding and/or electrically conductive coating and/or are at least partially composed of an electrically shielding and/or electrically conductive material, wherein, when the latching connection is latched in place, the coupling part and the mating coupling part are connected to each other by pressing such that they make contact under prestress in a contact region encircling in a closed manner about a longitudinal axis of the coupling assembly , wherein the coupling part has at least one interruption-free latching projection encircling in a closed manner, and the mating coupling part has at least one interruption-free latching undercut matching the at least one latching projection and encircling in a closed manner, characterized in that , when the latching connection is latched in place, the contact region encircling in a closed manner about the longitudinal axis of the coupling assembly is arranged between the latching projection and the latching undercut .
A device for dispensing a drug or medicament in pellet form, comprising: a cartridge comprising a chamber for containing a plurality of pellets; a screw pump configured to receive pellets from the chamber and, upon rotation of the screw pump, transport the pellets from the chamber to be dispensed from the device via the screw pump; and a rotating member extending through the cartridge and configured to rotate the screw pump so as to dispense pellets therefrom, wherein the screw pump comprises a screw thread , and the screw thread cooperates with an inner cylindrical surface of the cartridge to form the screw pump, such that, as the rotating member rotates in use, the screw thread rotates within the inner cylindrical surface , causing pellets contained within the chamber to enter the screw thread , and travel down the screw thread for dispensing from the screw pump, wherein the device is a hand-held device . a cartridge comprising a chamber for containing a plurality of pellets; a screw pump configured to receive pellets from the chamber and, upon rotation of the screw pump, transport the pellets from the chamber to be dispensed from the device via the screw pump; and a rotating member extending through the cartridge and configured to rotate the screw pump so as to dispense pellets therefrom, wherein the screw pump comprises a screw thread , and the screw thread cooperates with an inner cylindrical surface of the cartridge to form the screw pump, such that, as the rotating member rotates in use, the screw thread rotates within the inner cylindrical surface , causing pellets contained within the chamber to enter the screw thread , and travel down the screw thread for dispensing from the screw pump, wherein the device is a hand-held device .
A rotating control device for a drilling operation, comprising: an outer barrel ; an inner barrel having an inner barrel bore, wherein the inner barrel is disposed within the outer barrel and is rotatable at a first rotational speed; first and second subs each having a sub bore and a sub seal, wherein the first and second subs are coupled to opposite ends of the inner barrel; and wherein the sub seals are configured to seal against a tubular inserted into the rotating control device ; a roller bearing assembly disposed between the inner barrel and the outer barrel, wherein the roller bearing assembly is rotatable by rotation of the inner barrel; characterized by a rotary seal assembly coupled to the roller bearing assembly, wherein the rotary seal assembly includes a first seal configured to seal against either the inner barrel or a first sleeve member disposed between the rotary seal assembly and the inner barrel, and wherein the rotary seal assembly is rotatable relative to the inner barrel at a second rotational speed that is less than the first rotational speed; and a stationary seal assembly disposed adjacent to the rotary seal assembly, wherein the stationary seal assembly includes a second seal , wherein the second seal is configured to seal against the rotary seal assembly . an outer barrel ; an inner barrel having an inner barrel bore, wherein the inner barrel is disposed within the outer barrel and is rotatable at a first rotational speed; first and second subs each having a sub bore and a sub seal, wherein the first and second subs are coupled to opposite ends of the inner barrel; and wherein the sub seals are configured to seal against a tubular inserted into the rotating control device ; a roller bearing assembly disposed between the inner barrel and the outer barrel, wherein the roller bearing assembly is rotatable by rotation of the inner barrel; characterized by a rotary seal assembly coupled to the roller bearing assembly, wherein the rotary seal assembly includes a first seal configured to seal against either the inner barrel or a first sleeve member disposed between the rotary seal assembly and the inner barrel, and wherein the rotary seal assembly is rotatable relative to the inner barrel at a second rotational speed that is less than the first rotational speed; and a stationary seal assembly disposed adjacent to the rotary seal assembly, wherein the stationary seal assembly includes a second seal , wherein the second seal is configured to seal against the rotary seal assembly .
A combustor liner panel attachment assembly comprising: a first liner panel extending from a first end to a second end, and circumferentially to partially define a combustion zone; a second liner panel disposed circumferentially adjacent to the first liner panel; and a radial support having a shoulder in contact with a radially inner surface of each of the first liner panel and the second liner panel to radially retain the first liner panel and the second liner panel, the radial support allowing the first liner panel and the second liner panel to thermally grow axially; characterized by : a spring element located adjacent to a portion of the first liner panel and operatively coupled to a stationary structure , the spring element having a recessed segment ; and a protrusion feature extending radially outwardly from the first liner panel , the protrusion feature disposed within the recessed segment of the spring element to axially retain the first liner panel. a first liner panel extending from a first end to a second end, and circumferentially to partially define a combustion zone; a second liner panel disposed circumferentially adjacent to the first liner panel; and a radial support having a shoulder in contact with a radially inner surface of each of the first liner panel and the second liner panel to radially retain the first liner panel and the second liner panel, the radial support allowing the first liner panel and the second liner panel to thermally grow axially; characterized by : a spring element located adjacent to a portion of the first liner panel and operatively coupled to a stationary structure , the spring element having a recessed segment ; and a protrusion feature extending radially outwardly from the first liner panel , the protrusion feature disposed within the recessed segment of the spring element to axially retain the first liner panel. a spring element located adjacent to a portion of the first liner panel and operatively coupled to a stationary structure , the spring element having a recessed segment ; and a protrusion feature extending radially outwardly from the first liner panel , the protrusion feature disposed within the recessed segment of the spring element to axially retain the first liner panel.
A component supply device comprising: a storage section which is configured to store multiple components; a mounting section to which the storage section is configured to be mounted; and a component support section , wherein the component support section is configured to support, in a scattered state, multiple components which are discharged from an opening of the storage section which is in a state of being mounted to the mounting section , characterized in that the storage section is attachable and detachable in relation to the mounting section , and the storage section includes an identification information recording medium on which identification information including information for identifying the storage section and/or information relating to the components which are supplied by the storage section is recorded. a storage section which is configured to store multiple components; a mounting section to which the storage section is configured to be mounted; and a component support section , wherein the component support section is configured to support, in a scattered state, multiple components which are discharged from an opening of the storage section which is in a state of being mounted to the mounting section , characterized in that the storage section is attachable and detachable in relation to the mounting section , and the storage section includes an identification information recording medium on which identification information including information for identifying the storage section and/or information relating to the components which are supplied by the storage section is recorded.
A method for production of a terpene or terpenoid product, comprising: providing a bacterial strain that produces isopentenyl diphosphate (IPP) and dimethylallyl diphosphate (DMAPP) through an upstream methylerythritol phosphate pathway (MEP pathway) and converts the IPP and DMAPP to a terpene or terpenoid product through a downstream synthesis pathway; wherein 1-hydroxy-2-methyl-2-(E)-butenyl 4-diphosphate synthase (IspG) and 1-hydroxy-2-methyl-2-(E)-butenyl 4-diphosphate reductase (IspH) are overexpressed in the bacterial strain to provide increased carbon flux to I-hydroxy-2-methyl-2-(E)-butenyl 4-diphosphate (HMBPP) intermediate, while preventing accumulation of HMBPP at an amount that feeds back and reduces MEP pathway flux and terpene orterpenoid productivity, wherein the activity and/or expression of recombinant IspH is higher than the activity and/or expression of the recombinant IspG; the strain comprising one or more genetic modifications that enhance supply and/or transfer of electrons through the MEP pathway and/or to terpene and terpenoid products, and culturing the bacterial strain to produce the terpene or terpenoid product, wherein the bacterial strain contains an overexpression of a pyruvate:flavodoxin oxidoreductase (PFOR). providing a bacterial strain that produces isopentenyl diphosphate (IPP) and dimethylallyl diphosphate (DMAPP) through an upstream methylerythritol phosphate pathway (MEP pathway) and converts the IPP and DMAPP to a terpene or terpenoid product through a downstream synthesis pathway; wherein 1-hydroxy-2-methyl-2-(E)-butenyl 4-diphosphate synthase (IspG) and 1-hydroxy-2-methyl-2-(E)-butenyl 4-diphosphate reductase (IspH) are overexpressed in the bacterial strain to provide increased carbon flux to I-hydroxy-2-methyl-2-(E)-butenyl 4-diphosphate (HMBPP) intermediate, while preventing accumulation of HMBPP at an amount that feeds back and reduces MEP pathway flux and terpene orterpenoid productivity, wherein the activity and/or expression of recombinant IspH is higher than the activity and/or expression of the recombinant IspG; the strain comprising one or more genetic modifications that enhance supply and/or transfer of electrons through the MEP pathway and/or to terpene and terpenoid products, and culturing the bacterial strain to produce the terpene or terpenoid product, wherein the bacterial strain contains an overexpression of a pyruvate:flavodoxin oxidoreductase (PFOR).
A holding device intended to prevent slippage of a retention garment on a limb of an individual, the holding device comprising: - a flexible and inextensible film having a first face intended to be placed in contact with the retention garment, and a second face opposite to the first face and intended to be placed opposite the limb of the individual, the first face including a base surface and a plurality of protrusions each extending from the base surface up to a free edge , each protrusion having a height (h) between the base surface and the free edge comprised between 80 μm and 1,200 μm, preferably between 150 μm and 900 μm, and being shaped as a wall the free edge of which has a length, the protrusions being arranged over the base surface such that a sum of the lengths of the free edges per unit area of the base surface is comprised between 5 cm/cm 2 and 120 cm/cm 2 , preferably between 10 cm/cm 2 and 80 cm/cm 2 , - an adhesive layer at least partially covering the second face of the film and adapted to hold the film on the limb of the individual. - a flexible and inextensible film having a first face intended to be placed in contact with the retention garment, and a second face opposite to the first face and intended to be placed opposite the limb of the individual, the first face including a base surface and a plurality of protrusions each extending from the base surface up to a free edge , each protrusion having a height (h) between the base surface and the free edge comprised between 80 μm and 1,200 μm, preferably between 150 μm and 900 μm, and being shaped as a wall the free edge of which has a length, the protrusions being arranged over the base surface such that a sum of the lengths of the free edges per unit area of the base surface is comprised between 5 cm/cm 2 and 120 cm/cm 2 , preferably between 10 cm/cm 2 and 80 cm/cm 2 , - an adhesive layer at least partially covering the second face of the film and adapted to hold the film on the limb of the individual.