mhurhangee/patent-ind-claim-en huggingface dataset:
Self-supporting structural module for a floor slab comprising at least one slab made of concrete or suchlike, extending in a first laying direction (P), configured to form part of a ceiling and provided with bearing elements at least partially embedded in the concrete slab so as to at least partly protrude from its surface and characterized in that said bearing elements are engaged, by means of suitable connection means , with one or more supports provided with support parts protruding from both sides of said slab in a second direction (T), different from said first laying direction (P), so as to leave said support parts of the support free and allow the structural module to self-support on structural elements of the floor slab , wherein said supports are positioned in correspondence with the ends of the slab and between the supports and the slab concrete blocks are made, which incorporate the protruding ends of the bearing elements .
Mixer for concentric gas flows for a multiflow turbomachine, including a nominally cylindrical upstream portion and a downstream portion having outer and inner lobes distributed circumferentially over the perimeter of said mixer , characterised in that it includes a least one modified lobe disposed according to an aperiodic angular pattern and having at least in one area a wall thickness different from the other lobes, so as to modify the vibratory response of said mixer .
A Hall sensor comprising: a Hall element supported by a substrate; an insulating layer disposed over the Hall element ; an segmented electrically conductive plate positioned over the Hall element ; and feedback paths between sense outputs of the Hall element and the segmented electrically conductive plate , characterised in that the feedback paths include a differential amplifier which inputs are connected to the respective outputs of said Hall element and which outputs are fed back to said segmented electrically conductive plate ; wherein the outputs of the Hall sensor are connected to the said outputs of the said amplifier . a Hall element supported by a substrate; an insulating layer disposed over the Hall element ; an segmented electrically conductive plate positioned over the Hall element ; and feedback paths between sense outputs of the Hall element and the segmented electrically conductive plate , characterised in that the feedback paths include a differential amplifier which inputs are connected to the respective outputs of said Hall element and which outputs are fed back to said segmented electrically conductive plate ; wherein the outputs of the Hall sensor are connected to the said outputs of the said amplifier .
An electronic device (M1) comprising: a loop type heat pipe including a loop-shaped flow path in which a working fluid is enclosed; characterised by a first magnet provided to the loop type heat pipe ; a heat dissipation plate thermally connectable to the loop type heat pipe ; a second magnet provided to the heat dissipation plate and provided to face the first magnet ; and a support member that movably supports the heat dissipation plate so that a distance between the loop type heat pipe and the heat dissipation plate can be varied in response to a change in magnetic force of the first magnet . a loop type heat pipe including a loop-shaped flow path in which a working fluid is enclosed; characterised by a first magnet provided to the loop type heat pipe ; a heat dissipation plate thermally connectable to the loop type heat pipe ; a second magnet provided to the heat dissipation plate and provided to face the first magnet ; and a support member that movably supports the heat dissipation plate so that a distance between the loop type heat pipe and the heat dissipation plate can be varied in response to a change in magnetic force of the first magnet .
A device for containment and release of a drug, comprising: a first chamber wall that defines a needle chamber for receiving and aligning a needle to create a pore in the skin of a patient; and a second chamber wall that defines a drug chamber for receiving and aligning a drug mass to be inserted into the pore alongside the needle ; characterized in that the device is flexible to allow a distance between the first chamber wall and the second chamber wall to increase as the drug mass is inserted alongside the needle in use, the first and second chambers being arranged alongside each other. a first chamber wall that defines a needle chamber for receiving and aligning a needle to create a pore in the skin of a patient; and a second chamber wall that defines a drug chamber for receiving and aligning a drug mass to be inserted into the pore alongside the needle ; characterized in that the device is flexible to allow a distance between the first chamber wall and the second chamber wall to increase as the drug mass is inserted alongside the needle in use, the first and second chambers being arranged alongside each other.
A medicament injection device comprising: a main body configured to receive a medicament cartridge , a needle sleeve axially movable with respect to the main body , a needle holder holding a needle , and a displacement element coupled to the needle holder and disengageably coupled to the needle sleeve ; wherein the displacement element comprises at least one ramped surface and at least one slot; wherein the needle sleeve comprises at least one pin arranged to slide through the slot when the displacement element and the needle sleeve are in rotational alignment; and wherein, upon axial displacement of the needle sleeve by a predefined distance in a proximal direction, the needle holder and needle are displaced axially in a proximal direction. a main body configured to receive a medicament cartridge , a needle sleeve axially movable with respect to the main body , a needle holder holding a needle , and a displacement element coupled to the needle holder and disengageably coupled to the needle sleeve ; wherein the displacement element comprises at least one ramped surface and at least one slot; wherein the needle sleeve comprises at least one pin arranged to slide through the slot when the displacement element and the needle sleeve are in rotational alignment; and wherein, upon axial displacement of the needle sleeve by a predefined distance in a proximal direction, the needle holder and needle are displaced axially in a proximal direction.
A composition comprising carboxyamidotriazole orotate for use in the treatment of refractory cancer having acquired resistance to chemotherapeutic and targeted drugs due to gene amplification or mutation , of the treatment comprising administering once daily a dose of carboxyamidotriazole orotate in the range 50mg/m 2 to 1500 mg/m 2 based on the human patient's body surface.
A transcutaneous active bone anchored hearing aid device comprising: - an audio processor comprising means for being externally worn by a hearing aid user , - an implantable part comprising transducer means for providing a structure-borne acoustic signal to the skull bone of the hearing aid user , wherein the transducer means comprise a low frequency vibrator and a high frequency vibrator , and wherein a capacitor is arranged in series with the high frequency vibrator , and the low frequency vibrator and the high frequency vibrator being arranged next to each other, and the low frequency vibrator and the high frequency vibrator comprise a circular body member of similar size and a coil having a number of turns, and the number of turns in the coil of the low frequency vibrator is greater than the number of turns in the coil of the high frequency vibrator, and wherein the vibrators are adapted to be driven so that in a frequency range extending from 600 Hz to 2.5 kHz the vibrators are in phase, and the two vibrators are not in phase in a frequency range extending up to 600 Hz and in a frequency range extending above 2.5 kHz. - an audio processor comprising means for being externally worn by a hearing aid user , - an implantable part comprising transducer means for providing a structure-borne acoustic signal to the skull bone of the hearing aid user ,
A method of testing a test specimen , the method comprising: monitoring the test specimen with a fixed non-destructive inspection (NDI) sensor fixed with respect to the test specimen , wherein the fixed NDI sensor is configured to monitor indications of damage in or on the test specimen , and wherein the fixed NDI sensor is mounted on the test specimen and configured to produce fixed sensor data related to the test specimen ; scanning at least a portion of the test specimen using a laser ultrasound device, thereby producing a first laser ultrasound scan of stress effects within the test specimen , wherein the laser ultrasound device is positioned apart from the test specimen ; storing the first laser ultrasound scan; mechanically testing the test specimen ; performing a plurality of subsequent laser ultrasound scans of stress effects within the test specimen during the mechanically testing the test specimen ; storing each subsequent laser ultrasound scan of the test specimen ; comparing each subsequent laser ultrasound scan of the test specimen with a previous laser ultrasound scan of the test specimen ; and integrating scan data from the laser ultrasound scans with the fixed sensor data from the fixed NDI sensor . monitoring the test specimen with a fixed non-destructive inspection (NDI) sensor fixed with respect to the test specimen , wherein the fixed NDI sensor is configured to monitor indications of damage in or on the test specimen , and wherein the fixed NDI sensor is mounted on the test specimen and configured to produce fixed sensor data related to the test specimen ; scanning at least a portion of the test specimen using a laser ultrasound device, thereby producing a first laser ultrasound scan of stress effects within the test specimen , wherein the laser ultrasound device is positioned apart from the test specimen ; storing the first laser ultrasound scan; mechanically testing the test specimen ; performing a plurality of subsequent laser ultrasound scans of stress effects within the test specimen during the mechanically testing the test specimen ; storing each subsequent laser ultrasound scan of the test specimen ; comparing each subsequent laser ultrasound scan of the test specimen with a previous laser ultrasound scan of the test specimen ; and integrating scan data from the laser ultrasound scans with the fixed sensor data from the fixed NDI sensor .
Method for managing embedded software modules for an electronic computer embedded in an electrical switching device for an electric current, this method comprises steps: a) for acquisition , by a management system , of software modules for the electronic computer of the switching device , of a software module comprising an executable code and a service contract declaring the hardware resources required by the executable code during its execution by the electronic computer; b) for installation of the software module inside a host receptacle , by the management system , this host receptacle belonging to an assembly of host receptacles each intended to form a run-time environment for executing a software module , each receptacle comprising, for this purpose, a memory location defined statically inside of a memory of the electronic computer and being associated with a sub-assembly of hardware resources of the electronic computer ; c) for executing of the software module by the electronic computer ; the step c) comprises, when the software module is executed , a step consisting in verifying , by means of the management system , whether the execution of the software module complies with the service contract of this software module , said execution is authorized to proceed if it complies with the service contract and, if the execution of the software module is identified as not complying with the service contract, a recovery step is implemented with the aim of interrupting the execution of the software module by the electronic computer , and during the step c), the execution of the code comprises the execution of several tasks in real time by a logic processing unit of the electronic computer , each task being associated with a predefined frequency of execution, and the execution of the tasks by the logic processing unit is regulated by a first sequencer implemented by the management system then by a second sequencer implemented in real time by an operating system of the electronic computer , the first sequencer selectively authorizing the execution of the tasks waiting to be executed as a function of their frequency of execution and assigning them an execution priority level for the second sequencer which depends on the frequency of execution defined for this task. a) for acquisition , by a management system , of software modules for the electronic computer of the switching device , of a software module comprising an executable code and a service contract declaring the hardware resources required by the executable code during its execution by the electronic computer; b) for installation of the software module inside a host receptacle , by the management system , this host receptacle belonging to an assembly of host receptacles each intended to form a run-time environment for executing a software module , each receptacle comprising, for this purpose, a memory location defined statically inside of a memory of the electronic computer and being associated with a sub-assembly of hardware resources of the electronic computer ; c) for executing of the software module by the electronic computer ;
A controller comprising: a control unit configured to control a display unit to display information through a light transmission member through which a driver can perform visual inspection on sight outside a mobile object , wherein the control unit controls the display unit to display speed information of the mobile object , the control unit controls the display unit to display traffic-lane information on an upper side of the speed information when the driver performs the visual inspection, and the control unit controls the display unit to display specified-path information on an upper side of the traffic-lane information when the driver performs the visual inspection. a control unit configured to control a display unit to display information through a light transmission member through which a driver can perform visual inspection on sight outside a mobile object , wherein the control unit controls the display unit to display speed information of the mobile object , the control unit controls the display unit to display traffic-lane information on an upper side of the speed information when the driver performs the visual inspection, and the control unit controls the display unit to display specified-path information on an upper side of the traffic-lane information when the driver performs the visual inspection.
An audio output device (100; 300) having parallel wireless and analog wired audio outputs for outputting audio information from a vehicle entertainment system, comprising: an audio output port having a connector jack or other wired output for outputting audio over a wired connection; a wireless transmitter configured to communicatively couple with a wireless device for transmission of audio information to the wireless device; and a processor configured to adjust a transmission power of the wireless transmitter as a function of a measured received signal strength indicator, RSSI, level of the communicatively coupled wireless device and a transmission power of the communicatively coupled wireless device; wherein the audio output device is configured to output the audio information to both the wired audio output port and the wireless transmitter simultaneously; and an actuator configured to cause the wireless transmitter to pair or unpair with the wireless device, and without turning off the output of the audio information via the audio output port. an audio output port having a connector jack or other wired output for outputting audio over a wired connection; a wireless transmitter configured to communicatively couple with a wireless device for transmission of audio information to the wireless device; and a processor configured to adjust a transmission power of the wireless transmitter as a function of a measured received signal strength indicator, RSSI, level of the communicatively coupled wireless device and a transmission power of the communicatively coupled wireless device; wherein the audio output device is configured to output the audio information to both the wired audio output port and the wireless transmitter simultaneously; and an actuator configured to cause the wireless transmitter to pair or unpair with the wireless device, and without turning off the output of the audio information via the audio output port.
A bag forming and filling apparatus comprising a product dispensing port , said product dispensing port having an outer surface over which a film enveloping the dispensing port may pass and an inner passage through which a product may be dispensed; the apparatus further comprises a bag gusseting and sealing arrangement proximate a vertically lower outlet of the product dispensing port and arranged to selectively engage with the outer surface of the film enveloping the dispensing port ; wherein the dispensing port further comprises a pair of opposing flaps pivotally coupled to the outlet of the dispensing port , said opposing flaps having outer surfaces over which the film may pass and inner surfaces arranged to support a product to be dispensed; wherein the opposing flaps are movable between a first open position in which a product is dispensed and a second closed position in which product is prevented from being dispensed and are coupled to the dispensing port by means of hinge arrangements such that rotation of each respective flap brings distal edges of each flap together in the second closed position, each opposing flap being generally rectangular and having a first edge proximal the hinge and rotatably coupled to the dispensing port and a second distal edge opposed to the proximal edge and arranged to move in an arc towards the opposing flap ; characterized in that the second opposing distal edge of each of the opposing flaps has a central substantially straight region and two truncated regions at either end of said distal edge; and wherein the truncated regions are arranged to receive a portion of a gusseting member when the gusseting member is in a gusset forming position and when the opposing flaps are in a closed position.
An air conditioner base, comprising: an upper base , a first limit block and at least one first hook , disposed on the upper base ; a lower base , a slidable buckle disposed on the lower base , and at least one second hook disposed on the buckle ; wherein the first hook is configured to be engaged with or separated from the second hook , and the first limit block is adapted, when in use, to limit a pressing distance of the buckle ; wherein a sliding direction of the buckle is a front-back direction of the lower base , and the first limit block is disposed at a rear position of the upper base ; characterized in that : a second limit block is disposed on the lower base , the second limit block is opened with a through hole, and a rear end of the buckle is configured to be inserted into the through hole. an upper base , a first limit block and at least one first hook , disposed on the upper base ; a lower base , a slidable buckle disposed on the lower base , and at least one second hook disposed on the buckle ; wherein the first hook is configured to be engaged with or separated from the second hook , and the first limit block is adapted, when in use, to limit a pressing distance of the buckle ; wherein a sliding direction of the buckle is a front-back direction of the lower base , and the first limit block is disposed at a rear position of the upper base ; characterized in that : a second limit block is disposed on the lower base , the second limit block is opened with a through hole, and a rear end of the buckle is configured to be inserted into the through hole.
Magnetizable aqueous filler composition for the production of magnetizable coatings, containing a) 50 to 90.89% by weight of particulate magnetizable materials, b) 0.5 to 12.5% by weight of at least one polymeric organic binder (solids fraction), in particular in the form of an aqueous polymer dispersion, c) 0.05 to 2.0% by weight of at least one thickener, d) 0.05 to 3.0% by weight of at least one additive, e) 0.01 to 1.5% by weight of at least one wetting and/or dispersing agent, f) 8.0 to 30.0% by weight of water and g) 0.5 to 10% by weight of at least one lightweight extender and h) 0 to 2.5% by weight of at least one fibre material and/or j) 0 to 30% by weight of at least one extender and/or at least one pigment, wherein the components forming the aqueous filler composition add up to 100.0% by weight. a) 50 to 90.89% by weight of particulate magnetizable materials, b) 0.5 to 12.5% by weight of at least one polymeric organic binder (solids fraction), in particular in the form of an aqueous polymer dispersion, c) 0.05 to 2.0% by weight of at least one thickener, d) 0.05 to 3.0% by weight of at least one additive, e) 0.01 to 1.5% by weight of at least one wetting and/or dispersing agent, f) 8.0 to 30.0% by weight of water and g) 0.5 to 10% by weight of at least one lightweight extender and h) 0 to 2.5% by weight of at least one fibre material and/or j) 0 to 30% by weight of at least one extender and/or at least one pigment,
A parking control method for parking a vehicle (V) on a basis of an operation command, comprising: acquiring the operation command from an operator (M) located outside the vehicle (V); detecting an obstacle existing around the vehicle (V); when detecting the obstacle, notifying the operator (M) of existence of the obstacle, characterized by obtaining a value of a certainty level regarding accuracy of a detection result of the obstacle; and when the value of the certainty level is higher than a first predetermined value and lower than a second predetermined value higher than the first predetermined value, performing the notification of the obstacle and requesting a first input for affirming the existence of the obstacle or a second input for denying the existence of the obstacle; and when obtaining the first input, calculating a first parking route under a condition that the obstacle exists and parking the vehicle (V) in accordance with a control instruction for moving along the first parking route. acquiring the operation command from an operator (M) located outside the vehicle (V); detecting an obstacle existing around the vehicle (V); when detecting the obstacle, notifying the operator (M) of existence of the obstacle, characterized by obtaining a value of a certainty level regarding accuracy of a detection result of the obstacle; and when the value of the certainty level is higher than a first predetermined value and lower than a second predetermined value higher than the first predetermined value, performing the notification of the obstacle and requesting a first input for affirming the existence of the obstacle or a second input for denying the existence of the obstacle; and when obtaining the first input, calculating a first parking route under a condition that the obstacle exists and parking the vehicle (V) in accordance with a control instruction for moving along the first parking route.
A recombinant herpesvirus of turkeys (HVT) vector comprising two heterologous polynucleotides each coding for and expressing an antigen of an avian pathogen, wherein the two antigens are different, wherein the two heterologous polynucleotides are inserted in a non-essential region of the HVT genome, further wherein the two heterologous polynucleotides are linked by a polynucleotide encoding P2A.