mhurhangee/patent-ind-claim-en huggingface dataset:
An implantable fiducial tissue marker device comprising: a resorbable porous scaffold with a 3D predefined shape and defining a periphery of the device, wherein the resorbable porous scaffold has shape memory to form the 3D predefined shape when the resorbable porous scaffold is not constrained, and a plurality of visualization markers arranged in discrete locations on the periphery of the device, wherein the scaffold comprises connected unit cells, and wherein the unit cells are skeletal polyhedrons. a resorbable porous scaffold with a 3D predefined shape and defining a periphery of the device, wherein the resorbable porous scaffold has shape memory to form the 3D predefined shape when the resorbable porous scaffold is not constrained, and a plurality of visualization markers arranged in discrete locations on the periphery of the device, wherein the scaffold comprises connected unit cells, and wherein the unit cells are skeletal polyhedrons.
Method of inkjet printing an image on a glass container comprising the steps of: a) providing a glass container having a CEC layer; b) removing at least part of the CEC layer to a level wherein the remaining CEC layer has a thickness of 0 to 20 nm; c) inkjet printing an image on the glass container; said glass container having an internal burst of at least 7 bar after being exposed to the printing. a) providing a glass container having a CEC layer; b) removing at least part of the CEC layer to a level wherein the remaining CEC layer has a thickness of 0 to 20 nm; c) inkjet printing an image on the glass container;
A system for providing combustion air and fuel to a premix burner, the apparatus comprising: a premix burner ; a premix engine having a combustion air inlet and an outlet ; a premix line in fluid communication with the outlet of the premix engine and with the premix burner ; a fuel gas inlet associated with the premix engine ; a flue in fluid communication with the premix burner , the flue configured to convey flue gas from the premix burner ; a flue gas recirculation line in fluid communication with the flue and the combustion air inlet of the premix engine , the flue gas recirculation line including a fixed, non-variable flow geometry flue gas flow restrictor between the flue and the inlet of the premix engine ; and a fresh air line in fluid communication with a source of fresh air and the combustion air inlet of the premix engine , the fresh air line including a fixed, non-variable flow geometry fresh air flow restrictor between the source of fresh air and the inlet of the premix engine ; the flue gas flow restrictor and the fresh air flow restrictor being sized to enable the premix engine to draw flue gas and fresh air in a predetermined ratio. a premix burner ; a premix engine having a combustion air inlet and an outlet ; a premix line in fluid communication with the outlet of the premix engine and with the premix burner ; a fuel gas inlet associated with the premix engine ; a flue in fluid communication with the premix burner , the flue configured to convey flue gas from the premix burner ; a flue gas recirculation line in fluid communication with the flue and the combustion air inlet of the premix engine , the flue gas recirculation line including a fixed, non-variable flow geometry flue gas flow restrictor between the flue and the inlet of the premix engine ; and a fresh air line in fluid communication with a source of fresh air and the combustion air inlet of the premix engine , the fresh air line including a fixed, non-variable flow geometry fresh air flow restrictor between the source of fresh air and the inlet of the premix engine ; the flue gas flow restrictor and the fresh air flow restrictor being sized to enable the premix engine to draw flue gas and fresh air in a predetermined ratio.
Agricultural machine wherein the agricultural machine comprises a number of sensor programming devices , each comprising a unique set of sensor programming instructions, and the agricultural machine is arranged to comprise one single corresponding sensor device for each of the sensor programming devices , wherein each of the sensor devices is a programmable universal sensor device comprising sensors, wherein each sensor programming device is mounted in a programming position adjacent a sensor position for the corresponding sensor device , and each sensor device is arranged to be mounted in the sensor position and is arranged to automatically receive the unique set of sensor programming instructions from the corresponding sensor programming device for programming each of the sensor devices for its specific purpose, so that if a sensor device is moved from one sensor position to another sensor position , it automatically receives a different set of programming instructions.
A VLIW apparatus comprising: - an input means for inputting data; - a register file for storing data; - at least a first and a second issue slot; and wherein the apparatus is conceived for processing data retrieved from the register file based on control signals generated from a set of instructions grouped in a VLIW instruction and being executed in parallel, the set of instructions comprising at least a first and a second instruction, the first issue slot being controlled by a first control word corresponding to the first instruction and the second issue slot being controlled by a second control word corresponding to the second instruction, wherein the width of the first control word is different from the width of the second control word, wherein the first and the second control word are provided in the VLIW instruction in a predetermined order, characterized in that the first and the second issue slot each comprise a plurality of functional units, wherein the functional units of the first issue slot require only two operands and produce only one result and wherein the functional units of the second issue slot are more complex in that they require more than two operands and/or produce more than one result and/or support a larger operation set and larger immediate values and/or or have access to a larger register address space than those of the first issue slot, and in that the width of the control words is fixed during design of the VLIW apparatus in accordance with the complexity of the plurality of the functional units present in the corresponding issue slot in that the control word of the second issue slot having the more complex functional units is wider than the control word of the first issue slot. - an input means for inputting data; - a register file for storing data; - at least a first and a second issue slot;
Unit cell of a transmitarray (RT) for a reconfigurable antenna with an operating frequency, the unit cell comprising: - a patch reception antenna , intended to receive an incident wave (E i ); - a patch transmission antenna , intended to transmit the incident wave (E i ) with a phase shift, and comprising first and second separate radiation surfaces ; - a first phase-shift circuit , configured to define a first pair of phase states for the incident wave (E i ); the first phase-shift circuit comprising first and second switches respectively exhibiting an on state and an off state, alternately; the on or off states of the first and second switches of the first phase-shift circuit corresponding to a circulation of a current, respectively authorized or blocked, between the first and second separate radiation surfaces of the transmission antenna ; the unit cell being characterized in that the reception antenna comprises first and second separate collection surfaces ; and in that the unit cell comprises a second phase-shift circuit , configured to define a second pair of phase states for the incident wave (E i ); the second phase-shift circuit comprising first and second switches respectively exhibiting an on state and an off state, alternately; the on or off states of the first and second switches of the second phase-shift circuit corresponding to a circulation of a current, respectively authorized or blocked, between the first and second separate collection surfaces of the reception antenna . - a patch reception antenna , intended to receive an incident wave (E i ); - a patch transmission antenna , intended to transmit the incident wave (E i ) with a phase shift, and comprising first and second separate radiation surfaces ; - a first phase-shift circuit , configured to define a first pair of phase states for the incident wave (E i ); the first phase-shift circuit comprising first and second switches respectively exhibiting an on state and an off state, alternately; the on or off states of the first and second switches of the first phase-shift circuit corresponding to a circulation of a current, respectively authorized or blocked, between the first and second separate radiation surfaces of the transmission antenna ;
A medical drilling device comprising: a housing comprising a proximal end of the housing and a distal end; an axial drive shaft extending through a region of the housing between the proximal and distal ends and engaged with an axial drive motor ; a rotational drive shaft extending through a region of the housing between the proximal and distal ends and engaged with a rotational drive motor configured to rotate the rotational drive shaft around a longitudinal axis of the rotational drive shaft; a coupler configured to rotate with the rotational drive shaft around the longitudinal axis of the rotational drive shaft and removably couple with a working tool ; a drill guide assembly coupled to the axial drive shaft and comprising a drill guide configured to receive the working tool therethrough, a forward surface guide , and a rear surface guide , wherein the forward surface guide couples to the drill guide; a transducer interfaced to the axial drive shaft; and an electronics package in electronic communication with the transducer, wherein the electronics package is configured to control actuation of the axial drive motor to cause the axial drive shaft to drive the drill guide assembly in an axial direction towards the proximal end of the housing thereby revealing a portion of the working tool beyond a distal end of the drill guide available to engage a target tissue, characterized in that , the axial drive shaft is axially aligned with the longitudinal axis of the rotational drive shaft. a housing comprising a proximal end of the housing and a distal end; an axial drive shaft extending through a region of the housing between the proximal and distal ends and engaged with an axial drive motor ; a rotational drive shaft extending through a region of the housing between the proximal and distal ends and engaged with a rotational drive motor configured to rotate the rotational drive shaft around a longitudinal axis of the rotational drive shaft; a coupler configured to rotate with the rotational drive shaft around the longitudinal axis of the rotational drive shaft and removably couple with a working tool ; a drill guide assembly coupled to the axial drive shaft and comprising a drill guide configured to receive the working tool therethrough, a forward surface guide , and a rear surface guide , wherein the forward surface guide couples to the drill guide; a transducer interfaced to the axial drive shaft; and an electronics package in electronic communication with the transducer, wherein the electronics package is configured to control actuation of the axial drive motor to cause the axial drive shaft to drive the drill guide assembly in an axial direction towards the proximal end of the housing thereby revealing a portion of the working tool beyond a distal end of the drill guide available to engage a target tissue, characterized in that , the axial drive shaft is axially aligned with the longitudinal axis of the rotational drive shaft.
A method for purifying or isolating plasmid DNA and reducing the endotoxin contamination thereof, which comprises (a) lysing bacterial cells containing the desired plasmid DNA; (b) clearing the cell lysate from cell debris and precipitated contaminants; (c) applying the cleared lysate to an anion exchange matrix, therewith binding DNA, endotoxins and other polyanions from the cleared lysate at least partially to the anion exchange matrix; (d) washing the anion exchange matrix with an aqueous wash buffer comprising at least two different secondary branched alcohol ethoxylate detergents with different ethylene oxide (EO) chain lengths to remove endotoxins bound to the anion exchange matrix, wherein the amount (vol) of the secondary branched alcohol ethoxylate detergent with the shorter EO chain is greater than that of the secondary branched alcohol ethoxylate detergent with the longer EO chain; (e) eluting the plasmid DNA from the anion exchange matrix with an elution buffer. (a) lysing bacterial cells containing the desired plasmid DNA; (b) clearing the cell lysate from cell debris and precipitated contaminants; (c) applying the cleared lysate to an anion exchange matrix, therewith binding DNA, endotoxins and other polyanions from the cleared lysate at least partially to the anion exchange matrix; (d) washing the anion exchange matrix with an aqueous wash buffer comprising at least two different secondary branched alcohol ethoxylate detergents with different ethylene oxide (EO) chain lengths to remove endotoxins bound to the anion exchange matrix, wherein the amount (vol) of the secondary branched alcohol ethoxylate detergent with the shorter EO chain is greater than that of the secondary branched alcohol ethoxylate detergent with the longer EO chain; (e) eluting the plasmid DNA from the anion exchange matrix with an elution buffer.
A method comprising: transmitting, from a base station to a first user equipment, UE, device , a recommended bit rate, the recommended bit rate to be used for a Voice over LTE, VoLTE, call with a second UE device ; based on the recommended bit rate, negotiating, between the first UE device and the second UE device , a bit rate to be used for the VoLTE call; transmitting, from the first UE device to the base station , a message to check if a bit rate based on the negotiation is available, the bit rate being different from the recommended bit rate; and receiving, from the base station at the first UE device , a response to indicate whether the base station can accept the bit rate. transmitting, from a base station to a first user equipment, UE, device , a recommended bit rate, the recommended bit rate to be used for a Voice over LTE, VoLTE, call with a second UE device ; based on the recommended bit rate, negotiating, between the first UE device and the second UE device , a bit rate to be used for the VoLTE call; transmitting, from the first UE device to the base station , a message to check if a bit rate based on the negotiation is available, the bit rate being different from the recommended bit rate; and receiving, from the base station at the first UE device , a response to indicate whether the base station can accept the bit rate.
A conveyor device for conveying a single face corrugated web (NS) on a bridge , comprising: - a lower guide roller , around which the single face corrugated web (NS) is guided; and - an upper pinching and conveyance nip formed by a pair of nip members in pressure contact with one another, at least one of said nip members being motor-driven; the pinching and conveyance nip being configured to pull the single face corrugated web (NS) upwards from the lower guide roller ; - a corrugated web threading device , adapted to thread a leading portion of a single face corrugated web (NS) into the pinching and conveyance nip . - a lower guide roller , around which the single face corrugated web (NS) is guided; and - an upper pinching and conveyance nip formed by a pair of nip members in pressure contact with one another, at least one of said nip members being motor-driven; the pinching and conveyance nip being configured to pull the single face corrugated web (NS) upwards from the lower guide roller ; - a corrugated web threading device , adapted to thread a leading portion of a single face corrugated web (NS) into the pinching and conveyance nip .
A method of cooling a sheet which is formed in a hot stamping die or mould, the method comprising the steps of: a) providing a hot stamping die or mould comprising an amount of liquid on its surface between 0.12*ST and 4.8*ST in g/dm 2 , being ST the thickness of the sheet in mm, wherein at least part of the liquid is in the form of droplets; b) placing the sheet, which has been heated, in the hot stamping die or mould in direct contact with the liquid; c) forming the sheet; and d) cooling the sheet after forming at a very fast cooling rate of 107 K/s or more up to a temperature of 550oC and with a low cooling rate of 14 K/s or less from 190oC downwards, wherein the very fast cooling comprises the cooling of the sheet using the latent heat of evaporation of a liquid. a) providing a hot stamping die or mould comprising an amount of liquid on its surface between 0.12*ST and 4.8*ST in g/dm 2 , being ST the thickness of the sheet in mm, wherein at least part of the liquid is in the form of droplets; b) placing the sheet, which has been heated, in the hot stamping die or mould in direct contact with the liquid; c) forming the sheet; and d) cooling the sheet after forming at a very fast cooling rate of 107 K/s or more up to a temperature of 550oC and with a low cooling rate of 14 K/s or less from 190oC downwards, wherein the very fast cooling comprises the cooling of the sheet using the latent heat of evaporation of a liquid.
A method for manufacturing a cast-iron casting (C) comprising: a step for molding a mold by evacuating molding sand ; a step for pouring a melt into the mold ; a step for evacuating the inside of the mold until the temperature of the casting (C) formed by the melt falls to or below an A1 transformation point; and wherein the molding sand does not contain a binding agent, and the proportion of grains having a diameter of less than 53 μm in the molding sand is 10% or less. a step for molding a mold by evacuating molding sand ; a step for pouring a melt into the mold ; a step for evacuating the inside of the mold until the temperature of the casting (C) formed by the melt falls to or below an A1 transformation point; and wherein the molding sand does not contain a binding agent, and the proportion of grains having a diameter of less than 53 μm in the molding sand is 10% or less.
A wireless transmit/receive unit, WTRU , comprising: means for receiving configuration information from two different cells, the configuration information comprising two different radio network temporary identifiers, RNTIs, used by the WTRU to identify signals from each of the two different cells, wherein each of the two different cells utilize different carrier frequencies; means for monitoring, for the two different cells, physical downlink control channels, PDCCHs, for control information; means for detecting control information on two different PDCCHs based on the two different RNTIs, wherein the control information detected on the two different PDCCHs each indicate a modulation and coding scheme, MCS; and means for receiving, based on the control information detected on the two different PDCCHs, data on physical downlink shared channels, PDSCHs, of the two different cells. means for receiving configuration information from two different cells, the configuration information comprising two different radio network temporary identifiers, RNTIs, used by the WTRU to identify signals from each of the two different cells, wherein each of the two different cells utilize different carrier frequencies; means for monitoring, for the two different cells, physical downlink control channels, PDCCHs, for control information; means for detecting control information on two different PDCCHs based on the two different RNTIs, wherein the control information detected on the two different PDCCHs each indicate a modulation and coding scheme, MCS; and means for receiving, based on the control information detected on the two different PDCCHs, data on physical downlink shared channels, PDSCHs, of the two different cells.
A clamp for clamping a cord at a clamping location of the cord on account of a tension prevailing at a tension side of the clamping location in the cord, in which the clamp comprises: - an elongate frame which is provided with an elongate recess; and - an elongate clamping body which is rotatably connected by a first end to a first end of the frame and extends at least partly in the recess of the frame, - in which a cord duct is formed in the recess between the second end of the clamping body and an opposite clamping surface of the frame , - in which the second end of the clamping body is configured to be carried along by a cord passed through the cord duct in the direction towards the tension side of the cord; - in which the smallest distance between the clamping body and the clamping surface decreases when the clamping body is moved towards the tension side of the cord , characterized in - that the frame is substantially in the shape of a U, in which the legs of the U are situated at its first end and a bridge at its second end, - that the clamping body is provided with a widened part at its first end, - that a hinge is provided between each of the ends of the legs of the frame and the widened part of the clamping body , the axis of rotation of which extends at right angles to the longitudinal direction of the frame and at right angles to the axis of the cord duct , - that both hinges are formed by a thinning of material between the ends of both legs of the frame and the widened part of the clamping body , and - that the widened part of the clamping body extends beyond the ends of the legs of the frame in the longitudinal direction of the frame. - an elongate frame which is provided with an elongate recess; and - an elongate clamping body which is rotatably connected by a first end to a first end of the frame and extends at least partly in the recess of the frame, - in which a cord duct is formed in the recess between the second end of the clamping body and an opposite clamping surface of the frame , - in which the second end of the clamping body is configured to be carried along by a cord passed through the cord duct in the direction towards the tension side of the cord; - in which the smallest distance between the clamping body and the clamping surface decreases when the clamping body is moved towards the tension side of the cord , characterized in - that the frame is substantially in the shape of a U, in which the legs of the U are situated at its first end and a bridge at its second end, - that the clamping body is provided with a widened part at its first end, - that a hinge is provided between each of the ends of the legs of the frame and the widened part of the clamping body , the axis of rotation of which extends at right angles to the longitudinal direction of the frame and at right angles to the axis of the cord duct , - that both hinges are formed by a thinning of material between the ends of both legs of the frame and the widened part of the clamping body , and - that the widened part of the clamping body extends beyond the ends of the legs of the frame in the longitudinal direction of the frame.