mhurhangee/patent-ind-claim-en huggingface dataset:
A diagnostic measurement system for performing diagnostic measurement of a disease, comprising: an injection device configured to deliver medicament to a patient; a cover forming the exterior of the injection device, the cover comprising a pair of overmolds ; two or more force sensors integrated with the injection device and arranged such that at least one of the two or more force sensors are positioned below each overmold , the two or more force sensors being configured to measure a grip strength of the patient, wherein measuring the grip strength of a patient comprises measuring the compressive force of a patient's hand and fingers exerted on the pair of overmolds as the patient squeezes the injection device; and a processor configured to read data from the one or more force sensors and display a measurement related to the grip strength of the patient. an injection device configured to deliver medicament to a patient; a cover forming the exterior of the injection device, the cover comprising a pair of overmolds ; two or more force sensors integrated with the injection device and arranged such that at least one of the two or more force sensors are positioned below each overmold , the two or more force sensors being configured to measure a grip strength of the patient, wherein measuring the grip strength of a patient comprises measuring the compressive force of a patient's hand and fingers exerted on the pair of overmolds as the patient squeezes the injection device; and a processor configured to read data from the one or more force sensors and display a measurement related to the grip strength of the patient.
A wheel weight mounting device for attachment and removal of a wheel weight (R) to/from a vehicle wheel, in particular for agricultural tractors (L), wherein the wheel weight (R) is substantially an annular disc with a central through-passage (D), characterised in that there is provided an elongate cantilever arm with a free end on which there is arranged a wheel weight receiver freely rotatable about the cantilever arm axis of the cantilever arm , wherein the wheel weight receiver has at least three supporting runners spaced apart radially and parallel to the cantilever arm axis , such that it can be pushed into the central through-passage (D) of the wheel weight (R).
An oral care composition comprising a phosphate/acrylate co-polymer, a tin salt, and an orally acceptable carrier, wherein the phosphate/acrylate co-polymer is a co-polymerized product of a mixture of acrylic acid, methacrylic acid, and 2-hydroxyethyl methacrylate phosphates of Formula 1 comprising acrylic acid in a molar percentage of 70-90%; methacrylic acid in a molar percentage of 5-20%, and mixtures of hydroxyethyl methacrylate phosphates of Formula 1 in a molar percentage of 1-10%: wherein n is 0, 1 or 2.
An implantable device for treating a vessel occlusion, the device including : a first end portion having a frustoconical shape comprising a narrowest diameter and a widest diameter, wherein the first end portion is configured to at least partially reside in a first passage ; a second end portion having a second end diameter smaller than the widest diameter of the first end portion , wherein the second end portion is configured to at least partially reside in a second passage , one of the first passage and the second passage comprising the vessel occlusion; an intermediate portion between the first end portion and the second end portion , the intermediate portion tapering between the narrowest diameter of the first end portion and the second end diameter of the second end portion , wherein the intermediate portion is configured to at least partially reside in a passage between the first passage and the second passage ; and a graft material coupled to at least the intermediate portion , wherein the graft material is configured to inhibit perfusion through sidewalls of the device , wherein the widest diameter of the first end portion is between 4 mm and 10 mm, wherein the first end portion has a length between 20 mm and 50 mm, wherein the second end diameter of the second end portion is between 2 mm and 8 mm, and wherein the second end portion has a length between 10 mm and 25 mm. a first end portion having a frustoconical shape comprising a narrowest diameter and a widest diameter, wherein the first end portion is configured to at least partially reside in a first passage ; a second end portion having a second end diameter smaller than the widest diameter of the first end portion , wherein the second end portion is configured to at least partially reside in a second passage , one of the first passage and the second passage comprising the vessel occlusion; an intermediate portion between the first end portion and the second end portion , the intermediate portion tapering between the narrowest diameter of the first end portion and the second end diameter of the second end portion , wherein the intermediate portion is configured to at least partially reside in a passage between the first passage and the second passage ; and a graft material coupled to at least the intermediate portion , wherein the graft material is configured to inhibit perfusion through sidewalls of the device , wherein the widest diameter of the first end portion is between 4 mm and 10 mm, wherein the first end portion has a length between 20 mm and 50 mm, wherein the second end diameter of the second end portion is between 2 mm and 8 mm, and wherein the second end portion has a length between 10 mm and 25 mm.
A connector assembly configured to connect to an adapter providing access to an electrical connection member, the assembly comprising: a connector connected to an optical cable ; a coupling member having a region that is adapted to engage with the adapter; a biasing element coupled to the connector and the coupling member, wherein the region of the coupling member is shaped such that engagement of the coupling member with the adapter compresses the biasing element; and a housing having a front housing portion and a rear housing portion , wherein the front housing portion and the rear housing portion are slidably connected relative to one another and the biasing member is constructed to provide a biasing force between the front housing portion and the rear housing portion, and wherein the connector is held by the front housing portion such that the biasing force is sufficient to press an optical transceiver attached to the connector into mating engagement with the electrical connection member, the compression of the biasing element being caused by rotation of the coupling member to attach the coupling member to the adapter. a connector connected to an optical cable ; a coupling member having a region that is adapted to engage with the adapter; a biasing element coupled to the connector and the coupling member, wherein the region of the coupling member is shaped such that engagement of the coupling member with the adapter compresses the biasing element; and a housing having a front housing portion and a rear housing portion , wherein the front housing portion and the rear housing portion are slidably connected relative to one another and the biasing member is constructed to provide a biasing force between the front housing portion and the rear housing portion, and wherein the connector is held by the front housing portion such that the biasing force is sufficient to press an optical transceiver attached to the connector into mating engagement with the electrical connection member, the compression of the biasing element being caused by rotation of the coupling member to attach the coupling member to the adapter.
A urea production process carried out in a urea production plant (UPP) of the thermal stripping type, the plant comprising a high pressure (HP) synthesis section (HPS) and a first and a second medium pressure (MP) recovery section (MPR1, MPR2), wherein the HP synthesis section comprises a HP reaction zone (HPR), a HP stripper of the thermal stripping type (HPSt), a HP carbamate condenser (HPCC), and a separator (HPLS), wherein the HP stripper (HPSt) has an outlet for stripped urea solution connected to the first MP recovery section (MPR1) and an outlet for gas connected to the HP carbamate condenser (HPCC), the process comprising: - separating the reaction mixture from the reaction zone (HPR) at high pressure in said separator (HPLS) into a first stream (S1) and a second stream (S2), wherein the first stream and the second stream both contain a liquid phase containing urea; - supplying the first stream (S1) at least in part to the HP stripper (HPSt); and - supplying the second stream (S2) at least in part to the second medium pressure recovery section (MPR2), wherein the first stream (S1) has a lower gravimetric density than the second stream (S2) and the first stream is an ammonia-rich first stream (S1) having a higher concentration of ammonia than the second stream (S2). wherein the HP synthesis section comprises a HP reaction zone (HPR), a HP stripper of the thermal stripping type (HPSt), a HP carbamate condenser (HPCC), and a separator (HPLS), wherein the HP stripper (HPSt) has an outlet for stripped urea solution connected to the first MP recovery section (MPR1) and an outlet for gas connected to the HP carbamate condenser (HPCC), the process comprising: - separating the reaction mixture from the reaction zone (HPR) at high pressure in said separator (HPLS) into a first stream (S1) and a second stream (S2), wherein the first stream and the second stream both contain a liquid phase containing urea; - supplying the first stream (S1) at least in part to the HP stripper (HPSt); and - supplying the second stream (S2) at least in part to the second medium pressure recovery section (MPR2), - separating the reaction mixture from the reaction zone (HPR) at high pressure in said separator (HPLS) into a first stream (S1) and a second stream (S2), wherein the first stream and the second stream both contain a liquid phase containing urea; - supplying the first stream (S1) at least in part to the HP stripper (HPSt); and - supplying the second stream (S2) at least in part to the second medium pressure recovery section (MPR2), wherein the first stream (S1) has a lower gravimetric density than the second stream (S2) and the first stream is an ammonia-rich first stream (S1) having a higher concentration of ammonia than the second stream (S2).
A head-worn audio system , comprising: a support frame ; a first contact element configured to contact a first portion of a head of a user; a first actuator coupled to the support frame and configured to move the first contact element; a first sensor configured to generate a first sensor signal indicating a first state of the first contact element and a second sensor signal indicating a second state of the first contact element; a second sensor configured to generate a third sensor signal indicating location information associated with an environment around the user; and a processor that is communicatively coupled to the first actuator and the first sensor and the second sensor and is configured to, in response to receiving the first sensor signal indicating the first state and the third sensor signal indicating the location information, cause the first actuator to move the first contact element from a first position that corresponds to the first state to a second position that corresponds to the second state, wherein, in the second state, the first contact element is in contact with the head of the user. a support frame ; a first contact element configured to contact a first portion of a head of a user; a first actuator coupled to the support frame and configured to move the first contact element; a first sensor configured to generate a first sensor signal indicating a first state of the first contact element and a second sensor signal indicating a second state of the first contact element; a second sensor configured to generate a third sensor signal indicating location information associated with an environment around the user; and a processor that is communicatively coupled to the first actuator and the first sensor and the second sensor and is configured to, in response to receiving the first sensor signal indicating the first state and the third sensor signal indicating the location information, cause the first actuator to move the first contact element from a first position that corresponds to the first state to a second position that corresponds to the second state, wherein, in the second state, the first contact element is in contact with the head of the user.
A decoder (100; 600) for decoding a block of a current frame of a video from a bitstream, the decoder comprising: - a reference sample selection unit configured to select reference samples of a recon-structed part of the current frame, - a filter unit (120; 1000) configured to filter the reference samples, and - a block generation unit configured to generate a prediction of the block based on the filtered reference samples, wherein the prediction of the block is an intra-frame prediction of the block, wherein the filter unit comprises a sharpening filter , wherein the decoder is configured to activate the sharpening filter based on a quantization parameter of the block, wherein the filter unit comprises: - a first derivative unit configured to determine first derivatives of the reference samples, - an absolute value unit configured to determine absolute values of the first derivatives, - a second derivative unit configured to determine second derivatives based on the absolute values of the first derivatives, and - a warping unit configured to warp the reference samples based on the second derivatives, and wherein the warping unit is configured to displace each reference sample with a respective displacement vector obtained by scaling the second derivatives with a scaling coefficient, wherein the scaling coefficient is the sharpening strength. - a reference sample selection unit configured to select reference samples of a recon-structed part of the current frame, - a filter unit (120; 1000) configured to filter the reference samples, and - a block generation unit configured to generate a prediction of the block based on the filtered reference samples, wherein the prediction of the block is an intra-frame prediction of the block, wherein the filter unit comprises a sharpening filter , wherein the decoder is configured to activate the sharpening filter based on a quantization parameter of the block, wherein the filter unit comprises: - a first derivative unit configured to determine first derivatives of the reference samples, - an absolute value unit configured to determine absolute values of the first derivatives, - a second derivative unit configured to determine second derivatives based on the absolute values of the first derivatives, and - a warping unit configured to warp the reference samples based on the second derivatives, and - a first derivative unit configured to determine first derivatives of the reference samples, - an absolute value unit configured to determine absolute values of the first derivatives, - a second derivative unit configured to determine second derivatives based on the absolute values of the first derivatives, and - a warping unit configured to warp the reference samples based on the second derivatives, and wherein the warping unit is configured to displace each reference sample with a respective displacement vector obtained by scaling the second derivatives with a scaling coefficient, wherein the scaling coefficient is the sharpening strength.
Transparent, chemically temperable or chemically tempered glass ceramic with keatite as the main crystal phase, which has a transmittance of τ vis ≥ 80% at a thickness of 0.7 mm, low haze expressed by haze ≤ 10, preferably < 5, and a crystal phase content of at least 80% by weight of keatite solid solution, preferably at least 90% by weight, particularly preferably at least 95% by weight, based on all crystal phases in the glass ceramic, and contains at least 2% by weight of Li 2 O and is substantially free of MgO and substantially free of P 2 O 5 .
A method for producing a cellulose nanofiber capsule, comprising: forming a Pickering emulsion by irradiating a mixture containing cellulose nanofibers, water, and fluid carbon dioxide with ultrasonic waves in a closed container; and facilitating encapsulation using the cellulose nanofibers from the Pickering emulsion by opening the closed container. forming a Pickering emulsion by irradiating a mixture containing cellulose nanofibers, water, and fluid carbon dioxide with ultrasonic waves in a closed container; and facilitating encapsulation using the cellulose nanofibers from the Pickering emulsion by opening the closed container.
A method for producing a purified salt product containing a magnesium sulfate salt from a salt mixture comprising magnesium, sulfate, sodium and chloride, comprising the steps of: a. treating the salt mixture with a solution at a temperature of between 32°C and 66°C to form a first slurry, wherein at least a portion of the solution comprises magnesium chloride; b. a first separating of the first slurry to yield a first solid and a second slurry, wherein at least a portion of the first solid comprises sodium chloride and the second slurry comprises magnesium sulfate; c. a second separating of the second slurry to yield a second solid and a first liquid stream comprising magnesium, sulfate and chloride ions; d. crystallizing a third solid containing magnesium sulfate in the first liquid stream to yield a third slurry, and e. a third separating of the third slurry to yield a second liquid stream and a third solid, wherein at least a portion of the second liquid stream comprises magnesium chloride, and wherein the third solid comprises the purified salt product containing the magnesium sulfate salt. a. treating the salt mixture with a solution at a temperature of between 32°C and 66°C to form a first slurry, wherein at least a portion of the solution comprises magnesium chloride; b. a first separating of the first slurry to yield a first solid and a second slurry, wherein at least a portion of the first solid comprises sodium chloride and the second slurry comprises magnesium sulfate; c. a second separating of the second slurry to yield a second solid and a first liquid stream comprising magnesium, sulfate and chloride ions; d. crystallizing a third solid containing magnesium sulfate in the first liquid stream to yield a third slurry, and e. a third separating of the third slurry to yield a second liquid stream and a third solid, wherein at least a portion of the second liquid stream comprises magnesium chloride, and wherein the third solid comprises the purified salt product containing the magnesium sulfate salt.
A composite panel , optionally a vehicle body panel, composed of a fibre reinforced resin matrix composite material, wherein the composite panel comprises: a multilayer laminate including: a front layer comprising a resin and a filler material having a lower coefficient of thermal expansion than the resin of the front layer; a central multilayer portion comprising a plurality of central plies of fibre reinforced resin matrix composite material, wherein at least one of the central plies includes a first fibrous layer of a plurality of non-woven carbon fibres which are substantially randomly oriented, wherein the front layer is adjacent to the first fibrous layer ; and characterised by a rear reinforcement layer which is integrally moulded with the central multilayer portion and is located at a rear surface , opposite to the front layer , of the multilayer laminate , the reinforcement layer being comprised of a rear ply of fibre reinforced resin matrix composite material, wherein the rear ply includes a second fibrous layer of a plurality of continuous fibres which extend continuously from at least one portion of a first edge of the rear ply to at least one portion of an opposite second edge of the rear ply . a front layer comprising a resin and a filler material having a lower coefficient of thermal expansion than the resin of the front layer; a central multilayer portion comprising a plurality of central plies of fibre reinforced resin matrix composite material, wherein at least one of the central plies includes a first fibrous layer of a plurality of non-woven carbon fibres which are substantially randomly oriented, wherein the front layer is adjacent to the first fibrous layer ; and characterised by a rear reinforcement layer which is integrally moulded with the central multilayer portion and is located at a rear surface , opposite to the front layer , of the multilayer laminate , the reinforcement layer being comprised of a rear ply of fibre reinforced resin matrix composite material, wherein the rear ply includes a second fibrous layer of a plurality of continuous fibres which extend continuously from at least one portion of a first edge of the rear ply to at least one portion of an opposite second edge of the rear ply .
A Fuse box (2; 200; 220), comprising a busbar and at least one fuse connected to the busbar, each fuse of the at least one fuse including two opposite end portions and a central portion , at least the central portion of each fuse of the at least one fuse and a section of the busbar being encapsulated in a plastic coating layer , wherein: - the central portion includes a part of reduced cross-section, - the two opposite end portions include two respective electrical connectors , and - the opposite end portions of each fuse of the at least one fuse are not encapsulated in the plastic coating layer ; characterized in that : - said at least two electrical connectors are two connecting pins that extend in parallel to each other; - the opposite end portions of each fuse of the at least one fuse include coplanar conductive plates ; - the central portion is offset from a geometric plane (P) extending between the conductive plates of the fuse ; and - the plastic coating layer includes a recess for receiving a new fuse above a blown fuse. - the central portion includes a part of reduced cross-section, - the two opposite end portions include two respective electrical connectors , and - the opposite end portions of each fuse of the at least one fuse are not encapsulated in the plastic coating layer ; - said at least two electrical connectors are two connecting pins that extend in parallel to each other; - the opposite end portions of each fuse of the at least one fuse include coplanar conductive plates ; - the central portion is offset from a geometric plane (P) extending between the conductive plates of the fuse ; and - the plastic coating layer includes a recess for receiving a new fuse above a blown fuse.
A solenoid valve including a hollow cylindrical solenoid part , a movable core , and a valve element , in which the movable core is attracted upon energization of the solenoid part to move the valve element , wherein the solenoid valve further includes a magnetic core surrounding the solenoid part to form a magnetic circuit, and wherein a part of the magnetic core protrudes into a hollow portion of the solenoid part to form a hollow cylindrical fixed core provided with a bottom wall portion at a distal end, characterized in that , the fixed core includes a peripheral wall portion formed such that a thickness (W3) of the peripheral wall portion near an open end located far from the bottom wall portion is thicker than a thickness (W2) of an outside plate portion of the magnetic core and a thickness (W1) of the peripheral wall portion near the bottom wall portion is thinner than the thickness (W2) of the outside plate portion , and the thickness (W1) of the peripheral wall portion near the bottom wall portion is as thick as 80% or more of the thickness (W2) of the outside plate portion of the magnetic core.