mhurhangee/patent-ind-claim-en huggingface dataset:
A carrier made of cardboard, paperboard or other lightweight foldable sheet material, comprising: a top sheet defining one or more pockets for receiving one or more products; and a bottom sheet attached to the top sheet ; wherein the top sheet comprises one or more respective sets of flaps for forming the respective pockets , each flap being hingedly connected at a proximal end to a top surface of the top sheet about a respective flap hinge line defined around an upper edge of the respective pocket and folded about the respective flap hinge line to define a pocket side wall; the top sheet further comprising respective tabs hingedly connected to distal ends of the respective flaps about respective tab fold lines and folded about a respective tab fold line so as to lie along a base of the pocket ; the bottom sheet being bonded to the respective tabs in a face to face relationship to close at least a portion the base of the pocket ; wherein each pocket is defined by a set of flaps comprising four flaps arranged in two opposed pairs, wherein the tabs on a first pair of opposed flaps are aligned with each other along a longitudinal axis (A) of the pocket and the tabs on the other pair of opposed flaps are offset from one another relative to a transverse axis (B) of the pocket in a direction along the longitudinal axis (A) of the pocket . a top sheet defining one or more pockets for receiving one or more products; and a bottom sheet attached to the top sheet ; wherein the top sheet comprises one or more respective sets of flaps for forming the respective pockets , each flap being hingedly connected at a proximal end to a top surface of the top sheet about a respective flap hinge line defined around an upper edge of the respective pocket and folded about the respective flap hinge line to define a pocket side wall; the top sheet further comprising respective tabs hingedly connected to distal ends of the respective flaps about respective tab fold lines and folded about a respective tab fold line so as to lie along a base of the pocket ; the bottom sheet being bonded to the respective tabs in a face to face relationship to close at least a portion the base of the pocket ; wherein each pocket is defined by a set of flaps comprising four flaps arranged in two opposed pairs, wherein the tabs on a first pair of opposed flaps are aligned with each other along a longitudinal axis (A) of the pocket and the tabs on the other pair of opposed flaps are offset from one another relative to a transverse axis (B) of the pocket in a direction along the longitudinal axis (A) of the pocket .
A transducer comprising: an electromagnet including a conductive coil , wherein the conductive coil is configured to be driven by an electrical input signal to generate magnetic fields; a magnetic diaphragm that is configured to mechanically vibrate in response to the generated magnetic fields; and a pair of cantilevered flexible support arms formed from damping steel and configured to reduce vibration near a resonance frequency, wherein the cantilevered flexible support arms couple the magnetic diaphragm to a frame, wherein the magnetic diaphragm vibrates with respect to the frame when the electromagnet is driven by the electrical input signal, and wherein the pair of cantilevered flexible support arms are connected to opposing sides of the magnetic diaphragm , characterized in that the damping steel integrates a rubber and/or polymer layer within metallic layers. an electromagnet including a conductive coil , wherein the conductive coil is configured to be driven by an electrical input signal to generate magnetic fields; a magnetic diaphragm that is configured to mechanically vibrate in response to the generated magnetic fields; and a pair of cantilevered flexible support arms formed from damping steel and configured to reduce vibration near a resonance frequency, wherein the cantilevered flexible support arms couple the magnetic diaphragm to a frame, wherein the magnetic diaphragm vibrates with respect to the frame when the electromagnet is driven by the electrical input signal, and wherein the pair of cantilevered flexible support arms are connected to opposing sides of the magnetic diaphragm , characterized in that the damping steel integrates a rubber and/or polymer layer within metallic layers.
An evolved Node B, eNB , comprising: processing circuitry configured to generate a first-type System Information Block, SIB, message for primary notification to activate device-to-device, D2D, operation of one or more public safety functionalities of a user equipment , and to generate a second-type SIB message for secondary notification including configuration information for D2D operation; transceiver circuitry , coupled to the processing circuitry , and configured to send the first-type and second-type SIB messages to the user equipment ; wherein the transceiver circuitry is configured to send the first-type SIB message to the user equipment via paging, if the user equipment is in an RRC_IDLE state. processing circuitry configured to generate a first-type System Information Block, SIB, message for primary notification to activate device-to-device, D2D, operation of one or more public safety functionalities of a user equipment , and to generate a second-type SIB message for secondary notification including configuration information for D2D operation; transceiver circuitry , coupled to the processing circuitry , and configured to send the first-type and second-type SIB messages to the user equipment ; wherein the transceiver circuitry is configured to send the first-type SIB message to the user equipment via paging, if the user equipment is in an RRC_IDLE state.
A computer-implemented method for providing a set of layer-specific molding matrices for reconstructing layer-by-layer one or more teeth (130; 172) of a set of teeth in a patient's oral cavity, the set of layer-specific molding matrices comprising two or more layer-specific molding matrices , each of the layer-specific molding matrices being configured for being arranged on the set of teeth and for casting a different layer of the one or more teeth (130; 172) to be reconstructed with a layer-specific reconstruction material inserted into the respective layer-specific molding matrix with the respective layer-specific molding matrix defining a 3D geometric form of the respective layer being casted, the method comprising: providing a 3D digital teeth model of the set of teeth in the patient's oral cavity comprising the one or more teeth (130; 172) to be reconstructed, generating an ordered set of 3D digital layer-specific molding matrices (100, 110, 120; 160; 161) with each of the 3D digital layer-specific molding matrices (100, 110, 120; 160; 161) being a negative of a 3D digital layer-specific reconstruction model of a set of 3D digital layer-specific reconstruction models, each of the 3D digital layer-specific reconstruction models according to the order adding another one of the layers to be reconstructed to the 3D digital teeth model , providing the ordered set of 3D digital layer-specific molding matrices (100, 110, 120; 160; 161) as a set of templates for manufacturing the set of layer-specific molding matrices . providing a 3D digital teeth model of the set of teeth in the patient's oral cavity comprising the one or more teeth (130; 172) to be reconstructed, generating an ordered set of 3D digital layer-specific molding matrices (100, 110, 120; 160; 161) with each of the 3D digital layer-specific molding matrices (100, 110, 120; 160; 161) being a negative of a 3D digital layer-specific reconstruction model of a set of 3D digital layer-specific reconstruction models, each of the 3D digital layer-specific reconstruction models according to the order adding another one of the layers to be reconstructed to the 3D digital teeth model , providing the ordered set of 3D digital layer-specific molding matrices (100, 110, 120; 160; 161) as a set of templates for manufacturing the set of layer-specific molding matrices .
A multi-disc brake as a parking or emergency brake, which is installable in an interior of a drive support of a vehicle drive , comprising an annular brake coil holder with a wound brake coil , an armature plate with a disc support to which a plurality of armature plate discs is fastened, wherein a compression spring brings about a linear spacing of the brake coil holder from the linearly movable armature plate made of a ferromagnetic material in a braking position of the multi-disc brake and, when current is applied to the brake coil , a released position of the multi-disc brake is creatable by attracting the armature plate in the direction of the brake coil holder , wherein the braking effect results from the interaction of the armature plate discs with drive shaft discs on a drive shaft , characterised in that the drive support , the brake coil holder and the armature plate are made of ferromagnetic material, the brake coil holder area of the brake coil holder and the cross-sectional area of the brake coil are substantially of rectangular single-legged design, and when the multi-disc brake is installed, a part of the wall of the drive support surrounds the brake coil on two sides and the brake coil holder on one side, and thereby a yoke having at least three parts is formed from the wall of the drive support , the brake coil holder and the armature plate , in which a magnetic flux can be formed as a closed magnetic circuit. characterised in that the drive support , the brake coil holder and the armature plate are made of ferromagnetic material, the brake coil holder area of the brake coil holder and the cross-sectional area of the brake coil are substantially of rectangular single-legged design, and when the multi-disc brake is installed, a part of the wall of the drive support surrounds the brake coil on two sides and the brake coil holder on one side, and thereby a yoke having at least three parts is formed from the wall of the drive support , the brake coil holder and the armature plate , in which a magnetic flux can be formed as a closed magnetic circuit.
An encoder comprising a receiver for receiving a plurality of audio signals including audio channels and audio objects, each audio signal comprising a plurality of time-frequency tiles; a selector for selecting a first subset of the plurality of time-frequency tiles to be downmixed; a downmixer for downmixing time-frequency tiles of the first subset to generate downmixed time-frequency tiles; a first encoder for generating downmix encoded time-frequency tiles by encoding the downmix time-frequency tiles; a second encoder for generating non-downmix time-frequency tiles by encoding a second subset of the time-frequency tiles of the audio signals without downmixing of time-frequency tiles of the second subset; a unit for generating a downmix indication indicating whether time-frequency tiles of the first subset and the second subset are encoded as downmix encoded time-frequency tiles or as non-downmix time-frequency tiles; an output for generating an encoded audio signal representing the plurality of audio signals, the encoded audio signal comprising the non-downmix time-frequency tiles, the downmix encoded time-frequency tiles, and the downmix indication; wherein the selector is arranged to select time-frequency tiles of audio objects for the first subset in response to a spatial characteristic of the time-frequency tiles and such that at least one audio signal of the plurality of audio signals is represented in the encoded audio signal by two downmix time-frequency tiles being downmixes of different sets of audio signals of the plurality of audio signals; and such that at least one downmix time-frequency tile is a downmix of an audio object not being associated with a nominal sound source position of a sound source rendering configuration and an audio channel being associated with a nominal sound source position of a sound source rendering configuration.
Thermoplastic composition consisting of a mixture of polymers, consisting of: • a first polymer consisting of polyphenylene sulfide, present between 55% and 95% by weight of the mixture, • a thermoplastic modifier, present between 5% and 45% by weight of the mixture, • optionally one or more functional adjuvants, present at most at 10% by weight of the mixture, preferably at most at 5% by weight of the mixture, characterized in that the thermoplastic modifier comprises a second polymer consisting of a polyolefin backbone containing at least one unsaturated monomer (X) and a plurality of polyamide grafts, the polyamide grafts are attached to the polyolefin backbone by the residue of the unsaturated monomer (X) comprising a function that can react by a condensation reaction with a polyamide having at least one amine end and/or at least one carboxylic acid end, the residue of the unsaturated monomer (X) is bound to the backbone by grafting or copolymerization. • a first polymer consisting of polyphenylene sulfide, present between 55% and 95% by weight of the mixture, • a thermoplastic modifier, present between 5% and 45% by weight of the mixture, • optionally one or more functional adjuvants, present at most at 10% by weight of the mixture, preferably at most at 5% by weight of the mixture,
Method for determining the set of elements placed in the interior of a container having an aperture allowing one or more elements to be added to or removed from the interior of said container, and each element being physically fastened to a radio tag storing an identifier, said method being characterised in that it includes a step of continually monitoring for a movement through said aperture , triggering, in case of detection of a movement, the generation of a detection signal that leads to first, second and third readouts of said radio tags, said readouts being carried out by means of a radio antenna suitable for radiating radiation into a zone corresponding substantially to the interior, said first readout being triggered on the rising edge of said detection signal, said second readout being triggered on the falling edge of said detection signal, said third readout being triggered after a preset period of time at the triggering of the second readout, and an updating of said set on the basis of the identifiers read during said first, second and third readouts.
A half-automatic cable twisting apparatus , comprising: a processing unit including a gripper rotation device and a gripper slide , the gripper rotation device having a plurality of rotationally supported cable grippers arranged side-by-side, and the gripper slide having a plurality of non-rotational cable grippers arranged side-by-side each corresponding to a respective counterpart out of the plurality of rotationally supported cable grippers , wherein the gripper slide is movable along a gripped cable elongation axis (A) to a processing start position; a handling unit including a handling unit slide , the handling unit slide having a plurality of handling unit cable grippers arranged side-by-side, wherein the handling unit slide is movable along an axis that is substantially parallel to the gripped cable elongation axis (A), wherein each of the handling unit cable grippers is configured to be manually equipped with a first end of a bundle of cables when the handling unit slide is at a handling position (H) in manual reach of the gripper rotation device , wherein the handling unit is configured to transfer the first end of the bundles of cables from the handle unit cable grippers to the non-rotational cable grippers of the processing unit when the gripper slide of the processing unit is at the processing start position (P). a processing unit including a gripper rotation device and a gripper slide , the gripper rotation device having a plurality of rotationally supported cable grippers arranged side-by-side, and the gripper slide having a plurality of non-rotational cable grippers arranged side-by-side each corresponding to a respective counterpart out of the plurality of rotationally supported cable grippers , wherein the gripper slide is movable along a gripped cable elongation axis (A) to a processing start position; a handling unit including a handling unit slide , the handling unit slide having a plurality of handling unit cable grippers arranged side-by-side, wherein the handling unit slide is movable along an axis that is substantially parallel to the gripped cable elongation axis (A),
An introducer cannula for use in crossing pleural layers, comprising: an elongate tubular member having a proximal end (20-1), a distal end (20-2), and a side wall (20-5) that longitudinally extends between the proximal end (20-1) and the distal end (20-2), the side wall (20-5) having an outer surface (20-6) and an inner surface (20-7), wherein the inner surface (20-7) defines a lumen (20-4), wherein the outer surface (20-6) of the side wall (20-5) of the elongate tubular member has a first outer surface portion (20-8) having a first diameter (24-1) and a second outer surface portion (20-9) having a second diameter (24-2) that is less than the first diameter (24-1), wherein the second outer surface portion (20-9) of the side wall (20-5) defines an elongate exterior recess that extends around the elongate tubular member ; and a pleural access liner made of a swellable and bioabsorbable material that swells when hydrated, wherein the pleural access liner has a shape of an elongate tube (14-1) and the pleural access liner has an elongate opening (14-2) that surrounds an outer surface portion (20-9) of the outer surface (20-6) of the elongate tubular member , wherein the pleural access liner resides in and surrounds the elongate exterior recess of the side wall (20-5) of the elongate tubular member . an elongate tubular member having a proximal end (20-1), a distal end (20-2), and a side wall (20-5) that longitudinally extends between the proximal end (20-1) and the distal end (20-2), the side wall (20-5) having an outer surface (20-6) and an inner surface (20-7), wherein the inner surface (20-7) defines a lumen (20-4), wherein the outer surface (20-6) of the side wall (20-5) of the elongate tubular member has a first outer surface portion (20-8) having a first diameter (24-1) and a second outer surface portion (20-9) having a second diameter (24-2) that is less than the first diameter (24-1), wherein the second outer surface portion (20-9) of the side wall (20-5) defines an elongate exterior recess that extends around the elongate tubular member ; and a pleural access liner made of a swellable and bioabsorbable material that swells when hydrated, wherein the pleural access liner has a shape of an elongate tube (14-1) and the pleural access liner has an elongate opening (14-2) that surrounds an outer surface portion (20-9) of the outer surface (20-6) of the elongate tubular member , wherein the pleural access liner resides in and surrounds the elongate exterior recess of the side wall (20-5) of the elongate tubular member .
A respiratory humidification system comprising: an inspiratory limb comprising a first segment with a first heater wire, a second segment with a second heater wire, the first and second heater wires being configured to heat respiratory gases flowing through the inspiratory limb, and a temperature sensor positioned at or near a patient end of the second segment, wherein the first and second heater wires are electrically coupled, the first heater wire forming a first heater circuit and the first and second heater wires together forming a second heater circuit; a control module comprising a hardware processor configured to be in electrical communication with the temperature sensor and the first and second heater wires, the hardware processor configured to execute software instructions which cause the processor to selectively control power provided to the first and second heater circuits, wherein the processor is configured to control heating of the respiratory gases using: the first heater circuit to meet a power demand for the first heater circuit needed to maintain a temperature profile in the inspiratory limb; and the second heater circuit to meet a power demand for the second heater circuit needed to reduce or eliminate a difference between a set point temperature and a patient end temperature measured by the temperature sensor. an inspiratory limb comprising a first segment with a first heater wire, a second segment with a second heater wire, the first and second heater wires being configured to heat respiratory gases flowing through the inspiratory limb, and a temperature sensor positioned at or near a patient end of the second segment, wherein the first and second heater wires are electrically coupled, the first heater wire forming a first heater circuit and the first and second heater wires together forming a second heater circuit; a control module comprising a hardware processor configured to be in electrical communication with the temperature sensor and the first and second heater wires, the hardware processor configured to execute software instructions which cause the processor to selectively control power provided to the first and second heater circuits, wherein the processor is configured to control heating of the respiratory gases using: the first heater circuit to meet a power demand for the first heater circuit needed to maintain a temperature profile in the inspiratory limb; and the second heater circuit to meet a power demand for the second heater circuit needed to reduce or eliminate a difference between a set point temperature and a patient end temperature measured by the temperature sensor. the first heater circuit to meet a power demand for the first heater circuit needed to maintain a temperature profile in the inspiratory limb; and the second heater circuit to meet a power demand for the second heater circuit needed to reduce or eliminate a difference between a set point temperature and a patient end temperature measured by the temperature sensor.