mhurhangee/patent-ind-claim-en huggingface dataset:
An implantable medical device for implantation into a patient, comprising: a housing ; a pulse generation circuit disposed at least partially within the housing; a plurality of electrodes electrically coupled to the pulse generation circuit, the plurality of electrodes being exposed external to the housing; a controller operatively coupled to the pulse generation circuit, the controller configured to: command the pulse generation circuit to deliver a phasic conducted communication pulse via at least two of the plurality of electrodes; wherein the phasic conducted communication pulse comprises a first phase having a first polarity followed by a second phase having an opposite second polarity; the second phase having a duration of less than 60 microseconds; and the first phase having a duration of between five percent and eighty percent of the duration of the second phase. a housing ; a pulse generation circuit disposed at least partially within the housing; a plurality of electrodes electrically coupled to the pulse generation circuit, the plurality of electrodes being exposed external to the housing; a controller operatively coupled to the pulse generation circuit, the controller configured to: command the pulse generation circuit to deliver a phasic conducted communication pulse via at least two of the plurality of electrodes; wherein the phasic conducted communication pulse comprises a first phase having a first polarity followed by a second phase having an opposite second polarity; the second phase having a duration of less than 60 microseconds; and the first phase having a duration of between five percent and eighty percent of the duration of the second phase. command the pulse generation circuit to deliver a phasic conducted communication pulse via at least two of the plurality of electrodes; wherein the phasic conducted communication pulse comprises a first phase having a first polarity followed by a second phase having an opposite second polarity; the second phase having a duration of less than 60 microseconds; and the first phase having a duration of between five percent and eighty percent of the duration of the second phase.
A measurement method for measuring video latency induced by a piece of video playback equipment that is connected to a piece of decoder equipment having a photosensitive sensor incorporated therein, the measurement method being performed in the decoder equipment and including a measurement stage (Pm) comprising the steps of: • causing a screen of the video playback equipment to generate emitted light test signals; • using the photosensitive sensor to acquire captured light signals including received light test signals resulting from the emitted light test signals being reflected on at least one surface of surroundings of the video playback equipment ; • acquiring measurement signals produced by the photosensitive sensor from the captured light signals, and analyzing the measurement signals in order to obtain a video latency measurement. • causing a screen of the video playback equipment to generate emitted light test signals; • using the photosensitive sensor to acquire captured light signals including received light test signals resulting from the emitted light test signals being reflected on at least one surface of surroundings of the video playback equipment ; • acquiring measurement signals produced by the photosensitive sensor from the captured light signals, and analyzing the measurement signals in order to obtain a video latency measurement.
A suture comprising one suture thread and a first suture thread support body that is coupled to one end of said suture thread and has one through-hole through both end portions of the first suture thread support body through which said suture thread passes, said through-hole having a diameter larger than that of said suture thread, said first suture thread support body having shape of a truncated circular cone, wherein said suture further comprises a first knot tied on said one end of the suture thread to have a diameter greater than that of said through-hole, thus preventing during use of the suture, the one end of the suture thread from being pulled into skin or tissue, wherein an end portion of said first suture thread support body having a relatively smaller diameter is arranged in a direction toward said first knot , wherein the diameter of the through-hole decreases gradually according to the diameter of said first suture thread support body while going toward the one end portion of said first suture thread support body , wherein the other end of said suture thread is connected to a suture needle, and wherein the suture further comprises a second suture thread support body having a shape of a truncated circular cone and having one through-hole extending through both end portions, wherein said second suture thread support body is provided at a portion close to a portion of the suture thread to which the suture needle is coupled, with said suture thread inserted in said through-hole of said second suture thread support body , said second suture thread support body being arranged with a surface or a front end having a relatively smaller diameter facing said suture needle, characterized in that the suture further comprises a second knot and a third knot of the suture thread tied in respective rear and front of the front end of said second suture thread support body to have a diameter relatively larger than that of said through-hole at the front end of said second suture thread support body , and in that the end portions of said first and second suture thread support bodies , having a relatively larger diameter are arranged so as to face each other.
A radome for vehicles comprising: - an internal base layer formed of a radio transmissive resin; - an intermediate decoration layer ; and - an external transparent resin layer that is transparent to RF and optical light, wherein the radome also comprises a camera , characterized in that the camera is placed behind the intermediate decoration layer and crosses a hole provided only in the internal base layer , such that a portion of the camera is placed inside the internal base layer of the radome. - an internal base layer formed of a radio transmissive resin; - an intermediate decoration layer ; and - an external transparent resin layer that is transparent to RF and optical light,
An anti-glare film, comprising a light-transmitting substrate; and a hard coating layer formed from a cured composition comprising a binder resin and particles dispersed in the binder resin, characterized in that the particles comprise a first inorganic particle aggregate having an average particle diameter of 1 to 2 μ m; a second inorganic particle aggregate having an average particle diameter of 3 to 5 μ m; and organic particles in the form of primary particles having an average particle diameter of 1 to 10 μ m.
A device for passing a needle and suture longitudinally through a target tissue, comprising: a proximal jaw including a proximal recess extending through a distal surface thereof and a proximal retention mechanism for releasably engaging a first end of the needle received within the proximal recess; and a distal jaw movably coupled to the proximal jaw such that the proximal and distal jaws are longitudinally movable relative to one another, the distal jaw including a distal recess extending through a proximal surface thereof and a distal retention mechanism for releasably engaging a second end of the needle received within the distal recess, the proximal and distal jaws movable between a first state, in which the proximal retention mechanism is in a locked configuration to engage the needle received in the proximal recess and the distal retention mechanism is not engaged with the needle, and a second state, in which the proximal retention mechanism is in an unlocked configuration so that the needle received in the proximal recess is freely slidable therethrough and the distal retention mechanism is engaged with the needle received in the distal recess; characterized in that the proximal retention mechanism includes a proximal wedge plate including an opening extending therethrough, the opening being substantially aligned with the proximal recess in the unlocked configuration and being angled with respect to the proximal recess in the locked configuration. a proximal jaw including a proximal recess extending through a distal surface thereof and a proximal retention mechanism for releasably engaging a first end of the needle received within the proximal recess; and a distal jaw movably coupled to the proximal jaw such that the proximal and distal jaws are longitudinally movable relative to one another, the distal jaw including a distal recess extending through a proximal surface thereof and a distal retention mechanism for releasably engaging a second end of the needle received within the distal recess, the proximal and distal jaws movable between a first state, in which the proximal retention mechanism is in a locked configuration to engage the needle received in the proximal recess and the distal retention mechanism is not engaged with the needle, and a second state, in which the proximal retention mechanism is in an unlocked configuration so that the needle received in the proximal recess is freely slidable therethrough and the distal retention mechanism is engaged with the needle received in the distal recess; characterized in that the proximal retention mechanism includes a proximal wedge plate including an opening extending therethrough, the opening being substantially aligned with the proximal recess in the unlocked configuration and being angled with respect to the proximal recess in the locked configuration.
A lighting device comprising: a light source configured to radiate a laser beam; and a light conversion member in which a wavelength of the laser beam incident from the light source is converted and the laser beam having the converted wavelength is output, wherein the light conversion member includes at least one of a phosphor, a remote phosphor and a quantum dot, characterized in that , the light conversion member comprises a recessed portion on which a laser beam is incident, and an output surface through which the laser beam having the converted wavelength is output, and a shape of the recessed portion is in a shape of an aspherical surface, and the shape of the aspherical surface is formed to correspond to a Gaussian mode of the laser beam radiated from the light source . a light source configured to radiate a laser beam; and a light conversion member in which a wavelength of the laser beam incident from the light source is converted and the laser beam having the converted wavelength is output, wherein the light conversion member includes at least one of a phosphor, a remote phosphor and a quantum dot, characterized in that , the light conversion member comprises a recessed portion on which a laser beam is incident, and an output surface through which the laser beam having the converted wavelength is output, and a shape of the recessed portion is in a shape of an aspherical surface, and the shape of the aspherical surface is formed to correspond to a Gaussian mode of the laser beam radiated from the light source .
- Method to integrate a first part and a second part comprising composite material, both parts being at least partially thermoplastic parts, the method comprising the following steps: - providing the first part , - placing the first part in a tool, - applying in-situ consolidation process, such that integration layers of thermoplastic material are laid on thermoplastic plies of the first part and the integration of the first part with the integration layers is obtained, the integration layers being the first layers of the second part , wherein the applied in-situ consolidation process comprises the following sub-steps: - a tape is melted by a heat source, and welded to the layer below, - compression by a roller, and - cooling down below melting temperature of thermoplastic, - laying the rest of the second part , and - curing or consolidation of the rest of the second part , wherein the second part is a hybrid part with integration layers of thermoplastic material and the rest of the second part is of thermoset material, and the integration layers and the rest of the second part are joined by means of integration elements before the curing step of the rest of the second part . - providing the first part , - placing the first part in a tool, - applying in-situ consolidation process, such that integration layers of thermoplastic material are laid on thermoplastic plies of the first part and the integration of the first part with the integration layers is obtained, the integration layers being the first layers of the second part , wherein the applied in-situ consolidation process comprises the following sub-steps: - a tape is melted by a heat source, and welded to the layer below, - compression by a roller, and - cooling down below melting temperature of thermoplastic, - a tape is melted by a heat source, and welded to the layer below, - compression by a roller, and - cooling down below melting temperature of thermoplastic, - laying the rest of the second part , and - curing or consolidation of the rest of the second part ,
A fluid flow regulator comprising: a valve chamber having a fluid inlet and a fluid outlet ; and a valve member inside the valve chamber , the valve member moveable inside the valve chamber to and from a valve seat , defining a flow opening there between, and arranged to adjust the size of the flow opening in dependence of the pressure of a fluid and/or flow rate; characterized in that said valve member is shaped concave prior to arranging said valve member in said valve chamber , such that said valve member is not flat. a valve chamber having a fluid inlet and a fluid outlet ; and a valve member inside the valve chamber , the valve member moveable inside the valve chamber to and from a valve seat , defining a flow opening there between, and arranged to adjust the size of the flow opening in dependence of the pressure of a fluid and/or flow rate; characterized in that said valve member is shaped concave prior to arranging said valve member in said valve chamber , such that said valve member is not flat.
A time measurement device comprising: a plurality of pixels (30; 60) provided side by side in a first direction, and each including a single-photon avalanche diode disposed on a first semiconductor substrate , and each configured to generate a first logic signal depending on detection timing in the single-photon avalanche diode; and a time measurement section that is disposed on a second semiconductor substrate attached to the first semiconductor substrate and configured to measure the detection timing in each of the plurality of pixels, pixels, other than a first pixel disposed on an end in the first direction and out of the plurality of pixels (30; 60), each pixel configured to generate an output signal on a basis of an output signal of an antecedent pixel and on a basis of the first logic signals generated in the pixel, and the time measurement section configured to measure the detection timing in each of the plurality of pixels (30; 60) on a basis of an output signal of a second pixel disposed on another end in the first direction out of the plurality of pixels (30; 60), wherein the pixels, other than the first pixel and out of the plurality of pixels (30; 60), each include a first logic circuit (36; 66), the first logic circuit (36; 66) being disposed on the second semiconductor substrate and having a first input terminal, a second input terminal, and an output terminal, the first input terminal configured to receive an output signal of the antecedent pixel, the second input terminal receiving the first logic signal. a plurality of pixels (30; 60) provided side by side in a first direction, and each including a single-photon avalanche diode disposed on a first semiconductor substrate , and each configured to generate a first logic signal depending on detection timing in the single-photon avalanche diode; and a time measurement section that is disposed on a second semiconductor substrate attached to the first semiconductor substrate and configured to measure the detection timing in each of the plurality of pixels, pixels, other than a first pixel disposed on an end in the first direction and out of the plurality of pixels (30; 60), each pixel configured to generate an output signal on a basis of an output signal of an antecedent pixel and on a basis of the first logic signals generated in the pixel, and the time measurement section configured to measure the detection timing in each of the plurality of pixels (30; 60) on a basis of an output signal of a second pixel disposed on another end in the first direction out of the plurality of pixels (30; 60), wherein the pixels, other than the first pixel and out of the plurality of pixels (30; 60), each include a first logic circuit (36; 66), the first logic circuit (36; 66) being disposed on the second semiconductor substrate and having a first input terminal, a second input terminal, and an output terminal, the first input terminal configured to receive an output signal of the antecedent pixel, the second input terminal receiving the first logic signal.
A mobile X-ray apparatus comprising: an X-ray radiation device ; a controller configured to control the X-ray radiation device ; a power supply including a lithium ion battery , configured to: supply operating power to the X-ray radiation device and the controller via the lithium ion battery, and control an overcurrent that occurs during an X-ray emission by the X-ray radiation device and is higher than a reference value ; a charger configured to charge the lithium ion battery ; and a main body on which the controller , the power supply , and the charger are provided, and wherein each of the controller , the power supply , and the charger is embodied as a physically separate module, and wherein the power supply is encased in a metal case. an X-ray radiation device ; a controller configured to control the X-ray radiation device ; a power supply including a lithium ion battery , configured to: supply operating power to the X-ray radiation device and the controller via the lithium ion battery, and control an overcurrent that occurs during an X-ray emission by the X-ray radiation device and is higher than a reference value ; a charger configured to charge the lithium ion battery ; and a main body on which the controller , the power supply , and the charger are provided, and supply operating power to the X-ray radiation device and the controller via the lithium ion battery, and control an overcurrent that occurs during an X-ray emission by the X-ray radiation device and is higher than a reference value ; a charger configured to charge the lithium ion battery ; and a main body on which the controller , the power supply , and the charger are provided, and wherein each of the controller , the power supply , and the charger is embodied as a physically separate module, and wherein the power supply is encased in a metal case.
An accessory relay housing for a turbine engine including a housing delimiting an inner volume in which gears are housed, the housing including two lateral faces axially offset from one another according to an axis corresponding to the axis of the turbine engine, the housing including at least one oil circulation duct passing through at least one lateral face and extending into said inner volume , characterised in that the housing includes at least one oil deflector extending, from the duct , into said inner volume , the deflector and the duct being made in one piece, the duct passing axially through the inner volume and each of the lateral faces .
A distraction apparatus for use with a lateral distractor strap , the distraction apparatus including a beam , a platform coupled to a first end region of the beam , an extension bar that rotates relative to the platform , and a brake coupled to the extension bar and positioned over a side of the platform , wherein application of a downward force to a lateral distractor strap hanging downwardly from a first end of the extension bar forces the brake against the platform to prevent the extension bar from rotating relative to the platform until the downward force is removed.
A compound selected from the group consisting of: and pharmaceutically acceptable salts and/or solvates thereof.
A frame for corrective eyeglasses and sunglasses, comprising a first support and a second support for a lens , which are interposed and interact selectively with a nosepiece (6, 106; 206) provided with means for axial adjustment of the distance of the optical centers, said axial adjustment means comprising, arranged between said supports and said nosepiece, elastically deformable grip means that selectively engage engagement means, and locking means, separate from said grip means, for locking said grip means with said engagement means, said elastically deformable grip means comprising an elastic fork (12a, 12b; 112a, 112b; 212a, 212b; 327, 330) provided with a tooth (14a, 14b, 14c, 14d; 114a, 114b, 114c, 114d; 214a, 214b, 214c, 214d), said engagement means comprising a plurality of first seats (16; 116; 216; 325) extending along an axis that is perpendicular to the upper lateral surface (17; 117; 217) of the nosepiece for being selectively engaged by said tooth of said elastic fork, a plurality of threaded second seats (19; 119; 219; 323) provided at right angles to the lateral surface (20; 120; 220) of the nosepiece, and said locking means being constituted by a pair of screws or cylinders (18a, 18b; 118a, 118b; 218a, 218b; 328), which are threaded externally and are associated within one of adapted and complementarily threaded second seats (19; 119; 219; 323), the size of said second seats and of said screws or cylinders being such that the insertion of said screws or cylinders allows the locking of said tooth within one of said first seats.
An apparatus for a gas turbine engine comprising: a rotating part of a gas turbine engine , having a cooling channel and being attached to a disk for rotation about an axis , said disk having a conduit for feeding a cooling fluid to said cooling channel ; and a first impeller rotating with said disk and in register with said conduit and an outer periphery of said disk , said first impeller directing said cooling fluid to said conduit, characterized in that : said first impeller is on said disk and wherein said first impeller has a radial portion and an extension whereby said radial portion and said extension form a J-shape, wherein said radial portion has a saddle disposed therein that extends in a direction parallel to the axis ; wherein the apparatus further comprises a cover enclosing said first impeller such that cooling fluid does not flow axially around said first impeller . a rotating part of a gas turbine engine , having a cooling channel and being attached to a disk for rotation about an axis , said disk having a conduit for feeding a cooling fluid to said cooling channel ; and a first impeller rotating with said disk and in register with said conduit and an outer periphery of said disk , said first impeller directing said cooling fluid to said conduit, characterized in that : said first impeller is on said disk and wherein said first impeller has a radial portion and an extension whereby said radial portion and said extension form a J-shape, wherein said radial portion has a saddle disposed therein that extends in a direction parallel to the axis ; wherein the apparatus further comprises a cover enclosing said first impeller such that cooling fluid does not flow axially around said first impeller . said first impeller is on said disk and wherein said first impeller has a radial portion and an extension whereby said radial portion and said extension form a J-shape, wherein said radial portion has a saddle disposed therein that extends in a direction parallel to the axis ; wherein the apparatus further comprises a cover enclosing said first impeller such that cooling fluid does not flow axially around said first impeller .