mhurhangee/patent-ind-claim-en huggingface dataset:
Timepiece comprising a toothed wheel assembly (37; 137), an indexing device comprising a jumper (11; 111) and elastic means (15; 119) arranged to bias the head of the jumper against the teeth (39; 139) of the toothed wheel assembly so as to index the wheel assembly, and a hand-setting stem (17; 117) which can move in translation between a neutral position and at least one first pulled position permitting the toothed wheel assembly (37; 137) to be actuated in rotation by causing the hand-setting stem to turn, characterised in that it comprises a braking system (19, 21, 29; 119, 121, 129) comprising a spring (19; 119) fixedly attached to the jumper (11; 111), and a bearing surface (21; 121) fixed to the spring, and also comprising a switching arm (29; 129) arranged to be controlled by the hand-setting stem (17; 117), the braking system being arranged to be in an inactive state, in which the switching arm (29; 129) does not interact with the bearing surface (21; 121) when the hand-setting stem (17; 117) is in the neutral position, and to be in an active state, in which the switching arm (29; 129) deforms the spring (19; 119) by exerting a force on the bearing surface (21; 121) when the hand-setting stem is in said first pulled position.
A garment comprising: a multilayer textile that forms one or more portions of the garment, the multilayer textile comprising: a first layer formed from a woven material, the first layer comprising a first surface and an opposite second surface, wherein the first surface of the first layer forms an outer-facing surface of the garment; a second layer formed from a non-woven material, the second layer comprising a third surface and an opposite fourth surface, the third surface positioned adjacent to the second surface of the first layer, the second layer comprising a sublimation-printed component; and a third layer formed from a fiberfill material, the third layer having a fifth surface and an opposite sixth surface, the fifth surface positioned adjacent to the fourth surface of the second layer, wherein the woven material of the first layer comprises one or more multifilament yarns, the one or more multifilament yarns comprising a multifilament yarn composition, the multifilament yarn composition comprising a first polymer, wherein the first polymer is a terephthalate polymer, and wherein the one or more multifilament yarns have one or more visual components configured to impart translucency to the first layer, wherein the non-woven material of the second layer comprises a plurality of fibers, each of the plurality of fibers comprising a fiber composition, the fiber composition comprising a second polymer, wherein the second polymer is a terephthalate polymer, and wherein, when the outer-facing surface of the garment is viewed, the sublimation-printed component is viewed. a first layer formed from a woven material, the first layer comprising a first surface and an opposite second surface, wherein the first surface of the first layer forms an outer-facing surface of the garment; a second layer formed from a non-woven material, the second layer comprising a third surface and an opposite fourth surface, the third surface positioned adjacent to the second surface of the first layer, the second layer comprising a sublimation-printed component; and a third layer formed from a fiberfill material, the third layer having a fifth surface and an opposite sixth surface, the fifth surface positioned adjacent to the fourth surface of the second layer, wherein the woven material of the first layer comprises one or more multifilament yarns, the one or more multifilament yarns comprising a multifilament yarn composition, the multifilament yarn composition comprising a first polymer, wherein the first polymer is a terephthalate polymer, and wherein the one or more multifilament yarns have one or more visual components configured to impart translucency to the first layer, wherein the non-woven material of the second layer comprises a plurality of fibers, each of the plurality of fibers comprising a fiber composition, the fiber composition comprising a second polymer, wherein the second polymer is a terephthalate polymer, and wherein, when the outer-facing surface of the garment is viewed, the sublimation-printed component is viewed.
A method for implementing multi-party call control in a hybrid telecommunications network having a cellular voice access network and a VoIP, Voice over Internet Protocol, core network , the method comprising: making a connection to a first remote party in a first call between a user on a mobile device and the first remote party , the mobile device accessing the hybrid telecommunications network through the cellular voice access network in an original call session ; receiving a request for a first new call session from the cellular voice access network to make a connection for a second call to a second remote party , the request including a caller-ID for the second remote party , the cellular voice access network placing the first call on hold when making the request; releasing the first new call session so that the cellular voice access network un-holds the first call and restores the original call session; and using the original call session, placing , by the VoIP core network , the first call on hold and making the connection for the second call to the second remote party so that a single call session is implemented in the cellular voice access network and audio from the second remote party is flowing over the single call session to the mobile device on the original call session. making a connection to a first remote party in a first call between a user on a mobile device and the first remote party , the mobile device accessing the hybrid telecommunications network through the cellular voice access network in an original call session ; receiving a request for a first new call session from the cellular voice access network to make a connection for a second call to a second remote party , the request including a caller-ID for the second remote party , the cellular voice access network placing the first call on hold when making the request; releasing the first new call session so that the cellular voice access network un-holds the first call and restores the original call session; and using the original call session, placing , by the VoIP core network , the first call on hold and making the connection for the second call to the second remote party so that a single call session is implemented in the cellular voice access network and audio from the second remote party is flowing over the single call session to the mobile device on the original call session.
Blown film line having an interior cooling body with an air exit path, the interior cooling body being formed monotonous or strictly monotonously expanding at least over a major part of the air exit path, and wherein a height-adjustable cooling ring is provided for cooling a moving blown film tubing during operation of the blown film line from the outside, a controller being provided which is operatively connected to a height adjustment means of the cooling ring, the controller being adapted to position the cooling ring, during start-up of the blown film line, below the upper half of the air exit path and to move it into this area for steady-state production, the blown film line performing a method during operation by means of the controller, the cooling ring being positioned for start-up of the blown film line further down than in the upper half of the air exit path and then being moved upwards for reaching steady-state production, the blown film line being adapted to position the cooling ring during steady-state production in the upper half of the air exit path, particularly preferably in the upper third. having an interior cooling body with an air exit path, the interior cooling body being formed monotonous or strictly monotonously expanding at least over a major part of the air exit path, and wherein a height-adjustable cooling ring is provided for cooling a moving blown film tubing during operation of the blown film line from the outside, a controller being provided which is operatively connected to a height adjustment means of the cooling ring, the controller being adapted to position the cooling ring, during start-up of the blown film line, below the upper half of the air exit path and to move it into this area for steady-state production, the blown film line performing a method during operation by means of the controller, the cooling ring being positioned for start-up of the blown film line further down than in the upper half of the air exit path and then being moved upwards for reaching steady-state production, the blown film line being adapted to position the cooling ring during steady-state production in the upper half of the air exit path, particularly preferably in the upper third.
A composite material comprising grains, the grains comprising at least one of the following pairings of a hygroscopic salt arranged within a porous material and having the following water adsorption and/or amount of hygroscopic salt: pairing of porous material and hygroscopic salt water adsorption measured between 80°C and 30°C at 12.5mbar amount of hygroscopic salt of the composite material in the grains with respect to the total weight of the grains, notably determined by X-ray fluorescence activated carbon and strontium bromide at least 0.19g/g at least 29% wt activated carbon and calcium chloride at least 0.28g/g at least 32% wt silicagel and calcium chloride at least 0.35 g/g at least 38% wt silicagel and strontium bromide at least 0.18g/g at least 47% wt silicagel and magnesium chloride at least 0.25g/g at least 31% wt wherein the grains have a peripheral zone and a central zone, the peripheral zone of a grain being a portion of the grain extending from a periphery of the grain towards the centre of the grain for a distance of about 1/10 th of the diameter of the grain, and the central zone of a grain being a portion of the grain extending from the centre of the grain for a distance of about 1/10 th of the diameter of the grain towards the periphery of the grain; wherein the peripheral zone has a peripheral zone hygroscopic metal concentration HMCp expressed as the mass percentage of metal(s) of the hygroscopic salt(s) at the peripheral zone HMp divided by the mass percentage of i) the carbon of the activated carbon or ii) the silicon of the silica gel at the peripheral zone HPp (i.e. HMCp= HMp/ HPp) wherein the central zone has a central zone hygroscopic metal concentration HMCc expressed as the mass percentage of metal(s) of the hygroscopic salt(s) at the central zone HMc divided by the mass percentage of i) the carbon of the activated carbon or ii) the silicon of the silica gel at the central zone HPc (i.e. HMCc= HMc/ HPc) and wherein the central zone hygroscopic metal concentration is greater than or equal to 0.7 times the peripheral zone hygroscopic metal concentration (HMCc ≥ 0.7 HMCp).
A prosthetic ring for repair of a mitral valve, having a substantially annular form or a part annular form, wherein the prosthetic ring occupies at least a part of a shape having: a substantially straight base portion , configured to align with the aortic mitral curtain; a central curved portion , arranged opposite the base portion , configured to align with the posterior leaflet of the mitral valve in the region of the middle scallop; a first lateral curved portion , located between the first end of the central curved portion and the first end of the base portion , configured to align with the anterolateral commissure of the mitral valve; a second lateral curved portion , located between the second end of the central curved portion and the second end of the base portion , configured to align with the posteromedial commissure of the mitral valve; and wherein a portion of the prosthetic ring is omitted or removed such that the prosthetic ring comprises the substantially straight base portion and a gap in the circumference of the ring, the gap formed in at least a portion of the first lateral curved portion or the second lateral curved portion . a substantially straight base portion , configured to align with the aortic mitral curtain; a central curved portion , arranged opposite the base portion , configured to align with the posterior leaflet of the mitral valve in the region of the middle scallop; a first lateral curved portion , located between the first end of the central curved portion and the first end of the base portion , configured to align with the anterolateral commissure of the mitral valve; a second lateral curved portion , located between the second end of the central curved portion and the second end of the base portion , configured to align with the posteromedial commissure of the mitral valve; and wherein a portion of the prosthetic ring is omitted or removed such that the prosthetic ring comprises the substantially straight base portion and a gap in the circumference of the ring, the gap formed in at least a portion of the first lateral curved portion or the second lateral curved portion .
A method for detecting a variety of output fault conditions in a motor drive , the method comprising: measuring electrical power applied to the motor drive, wherein the motor drive operates as a current controlled source to drive a motor; integrating the electrical power applied over time to yield electrical energy consumed; identifying a fault condition in the motor drive or motor system over a variety of operating conditions by the electrical energy consumed; wherein the fault condition includes balanced three-phase faults, and characterized in that the integrating is constrained to a predetermined amount of time,. measuring electrical power applied to the motor drive, wherein the motor drive operates as a current controlled source to drive a motor; integrating the electrical power applied over time to yield electrical energy consumed; identifying a fault condition in the motor drive or motor system over a variety of operating conditions by the electrical energy consumed; wherein the fault condition includes balanced three-phase faults, and characterized in that the integrating is constrained to a predetermined amount of time,.
A turboshaft engine comprising: a high speed spool including an outer shaft connecting a high pressure compressor with a high pressure turbine ; and a low speed spool including an inner shaft connecting a low pressure compressor with a low pressure turbine ; a speed change mechanism including an input in communication with the low speed spool and a fixed gear ratio; and an output turboshaft in communication with an output of the speed change mechanism , characterised in that : the turboshaft engine comprises a bypass ratio of zero and does not have a bypass duct forming a flow path surrounding the gas turbine engine ; and the output turboshaft , the inner shaft , and the outer shaft rotate about an engine central longitudinal axis (A), wherein the low speed spool is supported by no more than two bearing systems and the high speed spool is supported by no more than two bearing systems . a high speed spool including an outer shaft connecting a high pressure compressor with a high pressure turbine ; and a low speed spool including an inner shaft connecting a low pressure compressor with a low pressure turbine ; a speed change mechanism including an input in communication with the low speed spool and a fixed gear ratio; and an output turboshaft in communication with an output of the speed change mechanism , the turboshaft engine comprises a bypass ratio of zero and does not have a bypass duct forming a flow path surrounding the gas turbine engine ; and the output turboshaft , the inner shaft , and the outer shaft rotate about an engine central longitudinal axis (A), wherein the low speed spool is supported by no more than two bearing systems and the high speed spool is supported by no more than two bearing systems .
An airfoil comprising: a leading edge and a trailing edge ; a suction surface and a pressure surface , the suction surface and the pressure surface both extending axially to connect the leading edge to the trailing edge , the suction surface and the pressure surface both extending radially from a root section of the airfoil to a tip section of the airfoil ; and a tip shelf formed along the tip section , characterised in that the tip shelf includes a triangular pocket , and in that a cooling hole and/or a cooling slot is located inside of the triangular pocket . a leading edge and a trailing edge ; a suction surface and a pressure surface , the suction surface and the pressure surface both extending axially to connect the leading edge to the trailing edge , the suction surface and the pressure surface both extending radially from a root section of the airfoil to a tip section of the airfoil ; and a tip shelf formed along the tip section , characterised in that the tip shelf includes a triangular pocket , and in that a cooling hole and/or a cooling slot is located inside of the triangular pocket .
A polymer comprising a structural unit derived from 1,3,7-octatriene, the polymer having not only a molecular weight distribution (Mw/Mn) of 2.05 or less but also a weight average molecular weight (Mw) of 1,000 to 1,000,000.
An untethered apparatus for measuring properties along a subterranean well, the untethered apparatus comprising : a housing ; one or more sensors configured to measure data along the subterranean well, the data comprising one or more physical, chemical, geological, or structural properties along the subterranean well or the dynamics of the apparatus; one or more processors configured to read the one or more sensors measuring the data and to store the measured data, wherein the one or more processors comprises instructions defining measurement parameters for the one or more sensors of the untethered apparatus within the subterranean well; a transmitter configured to transmit the measured data to a receiver arranged external to the subterranean well; a controller configured to control a buoyancy of the untethered apparatus to control a position of the untethered apparatus along the subterranean well; a weight ; and a weight securing means for securing and releasing the weight to and from the untethered apparatus to change the buoyancy of the untethered apparatus, wherein the weight securing means includes an electro-permanent magnet , and a magnetic flux switching device that includes a coil of wire that is energizable to switch a flux of the electro- permanent magnet between two stable paths, to control the connection between the weight and the exterior surface of the housing of the device . a housing ; one or more sensors configured to measure data along the subterranean well, the data comprising one or more physical, chemical, geological, or structural properties along the subterranean well or the dynamics of the apparatus; one or more processors configured to read the one or more sensors measuring the data and to store the measured data, wherein the one or more processors comprises instructions defining measurement parameters for the one or more sensors of the untethered apparatus within the subterranean well; a transmitter configured to transmit the measured data to a receiver arranged external to the subterranean well; a controller configured to control a buoyancy of the untethered apparatus to control a position of the untethered apparatus along the subterranean well; a weight ; and a weight securing means for securing and releasing the weight to and from the untethered apparatus to change the buoyancy of the untethered apparatus, an electro-permanent magnet , and a magnetic flux switching device that includes a coil of wire that is energizable to switch a flux of the electro- permanent magnet between two stable paths, to control the connection between the weight and the exterior surface of the housing of the device .
A medical amplifier system comprising: a patient circuitry stage configured to receive electrical signals from a patient and provide corresponding output electrical signals, the patient circuitry stage comprising an electrical connection to a patient ground ; at least one control circuitry stage configured to monitor the corresponding output electrical signals provided by the patient circuitry stage , the at least one control circuitry stage comprising an electrical connection to an earth ground ; and an isolation system electrically isolating the patient circuitry stage from the at least one control circuitry stage, characterized in that the isolation system comprising a capacitive coupling between the patient ground and a functional ground of the isolation system , which is electrically isolated from the earth ground to which the at least one control circuitry stage is electrically connected. a patient circuitry stage configured to receive electrical signals from a patient and provide corresponding output electrical signals, the patient circuitry stage comprising an electrical connection to a patient ground ; at least one control circuitry stage configured to monitor the corresponding output electrical signals provided by the patient circuitry stage , the at least one control circuitry stage comprising an electrical connection to an earth ground ; and an isolation system electrically isolating the patient circuitry stage from the at least one control circuitry stage, characterized in that the isolation system comprising a capacitive coupling between the patient ground and a functional ground of the isolation system , which is electrically isolated from the earth ground to which the at least one control circuitry stage is electrically connected.
A reduction gear box for a gas turbine engine comprising a casing ; at least one reduction epicyclic gear stage , within the casing , the reduction gear stage comprising at least an array of gears meshing together with at least one gear mounted for rotation on a gear carrier and at least one bearing associated therewith; a lubricating oil delivery system provided within the casing and surrounding a portion of the gear carrier ; characterised in that : the oil delivery system comprises a conduit ; a closed oil reservoir ; a first metered opening communicating the conduit with the reservoir and at least one metered outlet opening in the casing and communicating the reservoir with the gear carrier and the bearing such that the reservoir is filled with oil in normal flight operating conditions and the oil trapped in the reservoir is released to the carrier and bearing when a temporary drop in the oil system pressure occurs.
Timepiece comprising a watch case formed by a middle closed by a back and a crystal , the middle being equipped with horns defining a space for receiving a bracelet strand , said timepiece comprising a sole arranged to rest against the back , the sole , the bracelet strand and the space between the horns comprising shaped elements arranged to cooperate by interlocking when the middle , the sole and the strand are assembled, characterised in that the sole comprises holding studs configured to cooperate with cavities of the back and to ensure assembly by clipping.