mhurhangee/patent-ind-claim-en huggingface dataset:
A display device comprising a flexible display screen and a fold-assist mechanism , wherein the flexible display screen is disposed on the fold-assist mechanism, the fold-assist mechanism is configured to assist in folding and unfolding of the flexible display screen, wherein the fold-assist mechanism comprises a first support plate and a fold-assist portion , the fold-assist portion comprises a second support plate and a slide rail , the second support plate is disposed on the slide rail and can slide along the slide rail, a part of the flexible display screen is fixed on the first support plate and a part of the flexible display screen is fixed on the second support plate, the first support plate and the second support plate are spaced apart from each other, and a portion of the flexible display screen corresponding to a spacing region between the first support plate and the second support plate can be folded or unfolded, and an extension direction of the slide rail is in a stretching and contracting direction of the flexible display screen when folding and unfolding, wherein the fold-assist portion further comprises a flexible structure provided in the spacing region between the first support plate and the second support plate, and connected to the first support plate and the second support plate respectively, the flexible structure is configured to be folded or unfolded and comprise a flexible plate made of elastic rubber or elastic plastic material for supporting the portion of the flexible display screen corresponding to the spacing region, and wherein the fold-assist portion further comprises a rotational structure disposed at a side of the second support plate away from the first support plate, the rotational structure comprises a rotating shaft and a connecting rod , the connecting rod is configured to connect the rotating shaft and the second support plate with each other so that the second support plate can push the connecting rod to move, and the movement of the connecting rod then pushes the rotating shaft to rotate, and wherein a side edge of the flexible display screen corresponding to the rotational structure is fixed on the rotating shaft, one end of the connecting rod is connected to the second support plate, and the other end of the connecting rod is movably connected to the rotating shaft and can rotate together with the rotating shaft.
Device for surface sampling, comprising: a material layer comprising a surface portion and a circumferential edge portion defining the boundary of the surface portion , further comprising a sampling volume , wherein the sampling volume is adapted to comprise a filler device for filling out the sampling volume , a protective layer arranged on the surface portion of the material layer by an adhesive arranged on the surface portion of the material layer , wherein the device is configured to be attached to a surface by removal of the protective layer to expose the adhesive layer prior to attachment, wherein the device is configured to receive washing/extraction liquid in the sampling volume during attachment to the surface , characterized in that the device further comprises a removal device , wherein the removal device is fixedly arranged to the material layer , wherein the removal device further comprising a removal surface portion , wherein the removal surface portion is adapted to provide a lower adhesion against the surface compared to the adhesive , wherein the removal surface portion is facing essentially the same direction as the surface portion , wherein a layer is arranged intermediate the adhesive and the material layer , wherein the layer is made of a material having a higher cohesion than the material layer . a material layer comprising a surface portion and a circumferential edge portion defining the boundary of the surface portion , further comprising a sampling volume , wherein the sampling volume is adapted to comprise a filler device for filling out the sampling volume , a protective layer arranged on the surface portion of the material layer by an adhesive arranged on the surface portion of the material layer , wherein the device is configured to be attached to a surface by removal of the protective layer to expose the adhesive layer prior to attachment, wherein the device is configured to receive washing/extraction liquid in the sampling volume during attachment to the surface , characterized in that the device further comprises a removal device , wherein the removal device is fixedly arranged to the material layer , wherein the removal device further comprising a removal surface portion , wherein the removal surface portion is adapted to provide a lower adhesion against the surface compared to the adhesive , wherein the removal surface portion is facing essentially the same direction as the surface portion , wherein a layer is arranged intermediate the adhesive and the material layer , wherein the layer is made of a material having a higher cohesion than the material layer .
A two-dimensional photonic-crystal surface-emitting laser comprising: a) a two-dimensional photonic-crystal layer in which modified refractive index regions having a refractive index different from a refractive index of a plate-like base material are periodically disposed in the base material; b) an active layer provided on one surface side of the two-dimensional photonic-crystal layer; and c) a reflection layer provided on another surface side of the two-dimensional photonic-crystal layer or on a side of the active layer opposite to the two-dimensional photonic-crystal layer so as to be separated from the two-dimensional photonic-crystal layer, characterized in that , a distance between surfaces of the two-dimensional photonic-crystal layer and the reflection layer facing each other is set such that a radiation coefficient difference Δα v = (α v1 - α v0 ), which is a value obtained by subtracting a radiation coefficient α v0 of a fundamental mode having a smallest loss from a radiation coefficient α v1 of a first higher order mode having a second smallest loss among light amplified in the two-dimensional photonic-crystal layer, is 1 cm -1 or more. a) a two-dimensional photonic-crystal layer in which modified refractive index regions having a refractive index different from a refractive index of a plate-like base material are periodically disposed in the base material; b) an active layer provided on one surface side of the two-dimensional photonic-crystal layer; and c) a reflection layer provided on another surface side of the two-dimensional photonic-crystal layer or on a side of the active layer opposite to the two-dimensional photonic-crystal layer so as to be separated from the two-dimensional photonic-crystal layer,
A wound closure device for closing a surgical wound in a tissue, wherein said wound closure device comprises a first jaw , a second jaw and a handle ; wherein said first jaw is arranged for receiving a first cartridge , and wherein said first jaw is provided with said first cartridge , wherein said first cartridge comprises a plurality of slots holding wound closers , said slots being distributed along a longitudinal extension of said first cartridge , and wherein each of said plurality of wound closers comprise a male and female end ; wherein said second jaw is provided with a plurality of tracks ; wherein said tracks are curved and/or linear and wherein said tracks crosses each other; wherein said first and second jaws are adapted to be arranged on a respective side of the tissue ; wherein said wound closure device further comprises power transfer means operatively coupled to said one actuation of said handle for transferring power to said first cartridge; wherein said first cartridge further comprises: connection means for connecting said cartridge to said would closure device power receiving means configured to receive power from said power transfer means of said wound closure device; and actuation means operatively coupled to said power receiving means and configured to force said male ends and said female ends to exit said first cartridge and to penetrate said tissue on a respective side of said surgical wound wherein upon one actuation of said handle said first jaw via said actuation means forces said male ends and said female ends to exit said first cartridge , to penetrate said tissue on a respective side of said surgical wound and to enter a respective one of said plurality of tracks , wherein said plurality of tracks are arranged to receive said male and female ends and to guide a respective one of said male ends and a respective one of said female ends of the same wound closer towards each other, and to an interlocked state where said respective one of said male ends and said respective one of said female ends of the same wound closer are interlocked with each other. connection means for connecting said cartridge to said would closure device power receiving means configured to receive power from said power transfer means of said wound closure device; and actuation means operatively coupled to said power receiving means and configured to force said male ends and said female ends to exit said first cartridge and to penetrate said tissue on a respective side of said surgical wound
A method for monitoring an inverter that comprises separate input-side connectors for multiple direct-current generators with regard to the occurrence of a critical fault current (I R ), - wherein differential currents (I diff ) between input lines are measured in the inverter , wherein these input lines in their entirety conduct all currents that are fed in at the individual connectors , and - wherein the differential currents (I diff ) are compared with a limit value, wherein in the case of the limit value being exceeded this is recognized as a fault, characterized in - that the differential currents (I diff ) in the inverter in at least two pairs of input lines are measured separately, wherein these at least two pairs of input lines conduct the currents that are fed in at different input-side connectors ; - that the differential currents (I diff ) are compared with the limit value separately for each pair of input lines ; and - that additionally a sum of the simultaneously and separately measured differential currents (I diff ) in all pairs of input lines is determined and said sum is compared with a further limit value, wherein in the case of the further limit value being exceeded this is likewise recognized as a fault. - wherein differential currents (I diff ) between input lines are measured in the inverter , wherein these input lines in their entirety conduct all currents that are fed in at the individual connectors , and - wherein the differential currents (I diff ) are compared with a limit value, wherein in the case of the limit value being exceeded this is recognized as a fault, - that the differential currents (I diff ) in the inverter in at least two pairs of input lines are measured separately, wherein these at least two pairs of input lines conduct the currents that are fed in at different input-side connectors ; - that the differential currents (I diff ) are compared with the limit value separately for each pair of input lines ; and - that additionally a sum of the simultaneously and separately measured differential currents (I diff ) in all pairs of input lines is determined and said sum is compared with a further limit value, wherein in the case of the further limit value being exceeded this is likewise recognized as a fault.
Hydraulic machine , comprising: - a runner , adapted to rotate under the height of a water fall, - a distributor with adjustable guide blades , - a gate operating ring coupled to each blade such to swivel the guide blades all at the same time; - a first electronically piloted servomotor adapted to operate said gate operating ring to open the guide blades , characterized in that : - the first servomotor is not able to open the guide blades further to a predetermined position, and - it includes a second servomotor , which is mechanically piloted by the height of the water fall and which is adapted to operate said gate operating ring to open the guide blades further to said predetermined position when a difference of pressure (ΔP) between a pressure (P 1 ) upstream of the hydraulic machine and a pressure (P 2 ) downstream of the hydraulic machine falls below a certain value. - a runner , adapted to rotate under the height of a water fall, - a distributor with adjustable guide blades , - a gate operating ring coupled to each blade such to swivel the guide blades all at the same time; - a first electronically piloted servomotor adapted to operate said gate operating ring to open the guide blades , - the first servomotor is not able to open the guide blades further to a predetermined position, and - it includes a second servomotor , which is mechanically piloted by the height of the water fall and which is adapted to operate said gate operating ring to open the guide blades further to said predetermined position when a difference of pressure (ΔP) between a pressure (P 1 ) upstream of the hydraulic machine and a pressure (P 2 ) downstream of the hydraulic machine falls below a certain value.
A method for treating manure sludge comprising the steps of: a) providing manure sludge, b) subjecting the manure sludge to separation to provide a first dry fraction and a first liquid fraction, c) subjecting the first liquid fraction to a centrifugation step to provide a second dry fraction and a second liquid fraction, d) subjecting the second liquid fraction to one or more sequential reverse osmosis (RO) filtration steps to provide one or more RO retentates and one or more RO permeates, wherein the feed for each subsequent RO filtration step is an RO permeate obtained from the previous RO filtration step. a) providing manure sludge, b) subjecting the manure sludge to separation to provide a first dry fraction and a first liquid fraction, c) subjecting the first liquid fraction to a centrifugation step to provide a second dry fraction and a second liquid fraction, d) subjecting the second liquid fraction to one or more sequential reverse osmosis (RO) filtration steps to provide one or more RO retentates and one or more RO permeates, wherein the feed for each subsequent RO filtration step is an RO permeate obtained from the previous RO filtration step.
A griddle plate suspension assembly, comprising a housing , a griddle plate and a heating element arranged in the housing , and further comprising a fastener connecting the housing with the griddle plate , and an elastic part pushing the heating element to the griddle plate , characterized in that : the fastener comprises a recess arranged on the griddle plate , a bulge arranged on the housing and movably embedded in the recess , a lever with one end connected with the bulge , and a button pulling the other end of the lever to make the bulge leave the recess , the bulge rotationally enters the recess , and the housing is provided with a tension spring pulling the bulge to enter the recess , and the griddle plate suspension assembly comprises a stopper controlling the travelling of the heating element , the stopper comprises a guidepost passing through the heating element along the pushing direction of the elastic part , the guidepost is provided at one end thereof with a block piece , wherein the one end of the guidepost passes through the heating element , and the other end of the guidepost is connected with the housing .
An electric vehicle (8; 100) comprising: an electric drive unit (10; 110) including an electric motor used as a drive power source , a transaxle including a differential device and coupled to a motor shaft of the electric motor in a power transmittable manner on one end side of the electric motor in a direction of a motor centerline (S1) to transmit an output of the electric motor through the differential device to a pair of drive shafts , and a case housing the electric motor and the transaxle, wherein the case includes a first end surface portion located on the other end side of the electric motor in the motor centerline direction and rotatably supporting the motor shaft, and an accessory component (70; 114) of the vehicle is attached to an outside surface of the first end surface portion; characterized in that : the accessory component is attached to the first end surface portion such that the gravity center (O) of the accessory component is located at a position offset from the motor centerline. an electric drive unit (10; 110) including an electric motor used as a drive power source , a transaxle including a differential device and coupled to a motor shaft of the electric motor in a power transmittable manner on one end side of the electric motor in a direction of a motor centerline (S1) to transmit an output of the electric motor through the differential device to a pair of drive shafts , and a case housing the electric motor and the transaxle, wherein the case includes a first end surface portion located on the other end side of the electric motor in the motor centerline direction and rotatably supporting the motor shaft, and an accessory component (70; 114) of the vehicle is attached to an outside surface of the first end surface portion; characterized in that : the accessory component is attached to the first end surface portion such that the gravity center (O) of the accessory component is located at a position offset from the motor centerline.
An aromatic polysulfone composition comprising: an aromatic polysulfone; and an organic compound having a boiling point no lower than 100 °C and no higher than 400 °C; wherein the organic compound is contained in an amount of at least 0.1 ppm and at most 12 ppm relative to the mass of the aromatic polysulfone; and the aromatic polysulfone has repeating units expressed by formula : -Ph 1 -SO 2 -Ph 2 -O- where, in formula , Ph 1 and Ph 2 represent phenylene groups, in which one or more hydrogen atoms that bind to the phenylene groups may, independently of each other, be substituted with an alkyl group having 1 to 10 carbon atoms, an aryl group having 6 to 20 carbon atoms, or a halogen atom. an aromatic polysulfone; and an organic compound having a boiling point no lower than 100 °C and no higher than 400 °C; wherein the organic compound is contained in an amount of at least 0.1 ppm and at most 12 ppm relative to the mass of the aromatic polysulfone; and the aromatic polysulfone has repeating units expressed by formula : -Ph 1 -SO 2 -Ph 2 -O- where, in formula , Ph 1 and Ph 2 represent phenylene groups, in which one or more hydrogen atoms that bind to the phenylene groups may, independently of each other, be substituted with an alkyl group having 1 to 10 carbon atoms, an aryl group having 6 to 20 carbon atoms, or a halogen atom.
A power control method of an electronic cigarette, the power control method being configured for controlling an output power of a power device to a heating element , wherein the power control method of the electronic cigarette comprises the following steps: determining a target power; setting an intermediate power according to the target power, the intermediate power being less than the target power; controlling the power device to output a power to the heating element , and enabling the output power of the power device to directly reach the intermediate power at a first stage; characterized in that said method further comprises the following steps: adjusting the output power of the power device to gradually reach the target power at a second stage, a duration of the first stage being less than a duration of the second stage; and controlling the power device to constantly output the target power to the heating element at a third stage. determining a target power; setting an intermediate power according to the target power, the intermediate power being less than the target power; controlling the power device to output a power to the heating element , and enabling the output power of the power device to directly reach the intermediate power at a first stage; characterized in that said method further comprises the following steps: adjusting the output power of the power device to gradually reach the target power at a second stage, a duration of the first stage being less than a duration of the second stage; and controlling the power device to constantly output the target power to the heating element at a third stage. adjusting the output power of the power device to gradually reach the target power at a second stage, a duration of the first stage being less than a duration of the second stage; and controlling the power device to constantly output the target power to the heating element at a third stage.
An expression cassette comprising a promoter operably linked to a heterologous nucleic acid molecule comprising: (a) a nucleotide sequence of any one of SEQ ID NOs: 1 to 3; (b) a nucleotide sequence that is at least 80% identical to the nucleotide sequence of any one of SEQ ID NOs: 1 to 3; (c) a nucleotide sequence that encodes a polypeptide, wherein the amino acid sequence of the polypeptide comprises SEQ ID NO: 4; (d) a nucleotide sequence that encodes a polypeptide, wherein the amino acid sequence of the polypeptide is at least 80% identical to the amino acid sequence of SEQ ID NO: 4; (e) a nucleotide sequence that is complementary to the nucleotide sequence of any one of (a) to (d) above. (a) a nucleotide sequence of any one of SEQ ID NOs: 1 to 3; (b) a nucleotide sequence that is at least 80% identical to the nucleotide sequence of any one of SEQ ID NOs: 1 to 3; (c) a nucleotide sequence that encodes a polypeptide, wherein the amino acid sequence of the polypeptide comprises SEQ ID NO: 4; (d) a nucleotide sequence that encodes a polypeptide, wherein the amino acid sequence of the polypeptide is at least 80% identical to the amino acid sequence of SEQ ID NO: 4; (e) a nucleotide sequence that is complementary to the nucleotide sequence of any one of (a) to (d) above.
An emollient composition comprising in % by weight amounts of the composition: (a) 2.5% to 15% emu oil; (b) 4% to 25% jojoba oil; (c) 25% to 75% of a dermatological base wherein the dermatological base comprises at least two emollients wherein one is a petrochemical emollient and one is a natural emollient and wherein the petrochemical emollient is white soft paraffin and the natural emollient is selected from shea butter, beeswax, and lanolin t; and (d) 10% to 40% of a metal or metalloid oxide, hydroxide or carbonate. (a) 2.5% to 15% emu oil; (b) 4% to 25% jojoba oil; (c) 25% to 75% of a dermatological base wherein the dermatological base comprises at least two emollients wherein one is a petrochemical emollient and one is a natural emollient and wherein the petrochemical emollient is white soft paraffin and the natural emollient is selected from shea butter, beeswax, and lanolin t; and (d) 10% to 40% of a metal or metalloid oxide, hydroxide or carbonate.
A system for irradiating a sample in a flow stream , the system comprising:a light beam generator comprising:a laser ;an acousto-optic device configured to generate an output laser beam comprising a plurality of angularly deflected laser beams in response to irradiation by the laser;a first optical adjustment component (M1, L2) configured to generate a first set of angularly deflected laser beams and a second set of angularly deflected laser beams from the output laser beam; anda second optical adjustment component (M2-M6, L3-L7) configured to direct the first set of angularly deflected laser beams and the second set of angularly deflected laser beams onto the sample in the flow stream,wherein the first set of angularly deflected laser beams and the second set of angularly deflected laser beams are focused at different positions along the longitudinal axis of the flow stream ; anda light detection component for detecting light from the sample.