mhurhangee/patent-ind-claim-en huggingface dataset:
A moldable sheet material comprising: a first layer comprising a first polyester; and a second layer comprising a second polyester, which is polyethylene naphthalate, (PEN), wherein the second polyester is different from the first polyester; and , a third layer comprising a third polyester, wherein the third polyester is same as or different from each of the first polyester and the second polyester, and wherein the second layer is disposed between the first layer and the third layer when the third layer is present; wherein the sheet material excludes one or more of adhesives, ethylene vinyl alcohol, polyvinyl alcohol, polyvinylidene chloride, polyamides, polyolefins, and polystyrenes; and wherein the sheet material, when molded into a cup having a surface area, has an oxygen transmission rate equal to or less than a comparative oxygen transmission rate, and a water vapor transmission rate equal to or less than a comparative water vapor transmission rate, for a comparative cup having the same surface area and comprising about 73.1 volume percent of polystyrene (PS), about 2.4 volume percent of ethylene vinyl alcohol (EVOH), and about 7.7 volume percent of polyethylene (PE), by volume of the comparative cup. a first layer comprising a first polyester; and a second layer comprising a second polyester, which is polyethylene naphthalate, (PEN), wherein the second polyester is different from the first polyester; and , a third layer comprising a third polyester, wherein the third polyester is same as or different from each of the first polyester and the second polyester, and wherein the second layer is disposed between the first layer and the third layer when the third layer is present; wherein the sheet material excludes one or more of adhesives, ethylene vinyl alcohol, polyvinyl alcohol, polyvinylidene chloride, polyamides, polyolefins, and polystyrenes; and wherein the sheet material, when molded into a cup having a surface area, has an oxygen transmission rate equal to or less than a comparative oxygen transmission rate, and a water vapor transmission rate equal to or less than a comparative water vapor transmission rate, for a comparative cup having the same surface area and comprising about 73.1 volume percent of polystyrene (PS), about 2.4 volume percent of ethylene vinyl alcohol (EVOH), and about 7.7 volume percent of polyethylene (PE), by volume of the comparative cup.
Green functional module comprising a frame and a carrier structure , wherein a plant-based functional layer is held on a front side of the carrier structure , wherein the carrier structure is fixed to the frame on at least two mutually opposite sides, characterized in that the carrier structure is a textile, in that the plant-based functional layer is a moss layer, and in that , on a rear side facing away from the front side , the textile is not covered over at least 50% of the area of the moss layer such that at least 50% of the area of the functional layer is visible when the functional module is viewed from the rear side.
A self folding polygonal impermeable food box comprising a polygonal cover and a dish comprising a polygonal bottom being attached to lateral sides , each lateral side being adjacent to one side of the polygonal bottom , corner sides being located at each corner of the polygonal bottom , folding lines that engage each side of the polygonal bottom with one lateral side , each lateral side being engaged with two adjacent corner sides , characterised in that said polygonal bottom , lateral sides and corner sides are made of cardboard covered by PET layer, wherein the corner sides of the polygonal bottom have triangular shape and comprise triangular cut out openings in the cardboard which extend from the corners of the polygonal bottom and along edges of adjacent lateral sides and consist only of PET layer and one side of the triangular corner side which is not adjacent to the corner of the polygonal bottom comprises cardboard covered by PET layer.
An induction heating device comprising: a loading plate for placing a loaded object thereon; a working coil disposed below the loading plate for heating a loaded object using an inductive current; a loaded-object sensor in a central region of the working coil and including a sensing coil ; characterized in that a resistor circuit is configured to reduce a magnitude of induced voltage generated in the sensing coil when the working coil is operated; and a control unit is configured for controlling the resistor circuit and for determining, based on the sensing result of the loaded-object sensor, whether a loaded object having an inductive heating property is placed on the loading plate . a loading plate for placing a loaded object thereon; a working coil disposed below the loading plate for heating a loaded object using an inductive current; a loaded-object sensor in a central region of the working coil and including a sensing coil ; characterized in that a resistor circuit is configured to reduce a magnitude of induced voltage generated in the sensing coil when the working coil is operated; and a control unit is configured for controlling the resistor circuit and for determining, based on the sensing result of the loaded-object sensor, whether a loaded object having an inductive heating property is placed on the loading plate .
A motion blur modeling method for image de-blurring, comprising: obtaining image data taken by a camera of a subject; obtaining, from a source curve, velocity vector data for the subject at the time the image was taken, wherein the source curve is a locus of a plurality of points in an image plane that contribute their light energy to a particular point within a single pixel of the image, wherein at least one of the plurality of points has a trajectory that passes over another one of the plurality of points in the single pixel, and wherein each one of the plurality of points spends a respective amount of residence time within the single pixel; defining a convolution kernel based upon the velocity vector data; and applying the convolution kernel to the image data to produce a de-blurred set of image data . obtaining image data taken by a camera of a subject; obtaining, from a source curve, velocity vector data for the subject at the time the image was taken, wherein the source curve is a locus of a plurality of points in an image plane that contribute their light energy to a particular point within a single pixel of the image, wherein at least one of the plurality of points has a trajectory that passes over another one of the plurality of points in the single pixel, and wherein each one of the plurality of points spends a respective amount of residence time within the single pixel; defining a convolution kernel based upon the velocity vector data; and applying the convolution kernel to the image data to produce a de-blurred set of image data .
Sealing system for food applications comprising a housing element having two or more bolts and respective clamping holes , so as to clamp said housing element to the frame of a machine and a rubber seal arranged along the base perimeter of the housing element , wherein said rubber seal comprises a first portion of the rubber profile located in the areas away from the clamping holes and a second portion of the rubber profile adjacent to the clamping holes , wherein the rubber profile in the second portion has a thickness in cross-section greater than the thickness in cross-section of the rubber profile in the first portion ; the sealing system being characterized in that the ratio between the thickness of the second portion of the rubber profile and the thickness of the first portion of the rubber profile ranges between 1.25 and 1.8, so as to, in use, make the deformations of the rubber profile almost uniform all along the base perimeter of the housing element, so that rubber fractures formation and consequently bacteria traps are avoided.
Electrical/electronic control equipment for heating metallic workpieces comprising the following parts: an adjustable power driver , a heating and data acquisition controller , a power transformer ; the adjustable power driver contains a rectifier which converts "AC" energy into "DC", a filter , a changeover circuit , a microprocessor control unit and optionally a "DC" or "AC" output; the data acquisition and heating controller contains inputs , sensors processing unit , digital/analog outputs characterised in that said changeover circuit being a network of IGBT or Insulated Gate Bipolar Transistor power transistors operable by a Pulse Width Modulation or PWM control method, said transistors switching on and off the "DC", obtaining a variable frequency and voltage output and said IGBT or Insulated Gate Bipolar Transistor power transistors firing controlled by the microprocessor control unit ; said data acquisition and heating controller containing an HMI or Human Machine Interface and standard "Ethernet IP" communication; said power transformer having a secondary winding and a primary winding each one having respective input and output connected to the adjustable power driver converting the voltage and current values into heat; and said power transformer containing extruded cavities for the circulation of cooled water in its secondary core . an adjustable power driver , a heating and data acquisition controller , a power transformer ; the adjustable power driver contains a rectifier which converts "AC" energy into "DC", a filter , a changeover circuit , a microprocessor control unit and optionally a "DC" or "AC" output; the data acquisition and heating controller contains inputs , sensors processing unit , digital/analog outputs characterised in that said changeover circuit being a network of IGBT or Insulated Gate Bipolar Transistor power transistors operable by a Pulse Width Modulation or PWM control method, said transistors switching on and off the "DC", obtaining a variable frequency and voltage output and said IGBT or Insulated Gate Bipolar Transistor power transistors firing controlled by the microprocessor control unit ; said data acquisition and heating controller containing an HMI or Human Machine Interface and standard "Ethernet IP" communication; said power transformer having a secondary winding and a primary winding each one having respective input and output connected to the adjustable power driver converting the voltage and current values into heat; and said power transformer containing extruded cavities for the circulation of cooled water in its secondary core .
A compound of the formula R 1 -C 6 H 4 O-CH 2 CH(OH)CH 2 OCH 2 -R 2 -CH 2 -O-CH 2 CH(OH)CH 2 -OC 6 H 4 -R 1 wherein R 1 is alkoxyl having 1 to 4 carbon atoms, amino or amido, R 2 is -CF 2 CF 2 O(CF 2 CF 2 CF 2 O) z CF 2 CF 2 - or -CF 2 CF 2 CF 2 O(CF 2 CF 2 CF 2 CF 2 O) n CF 2 CF 2 CF 2 -, z is a real number of 1 to 15, n is a real number of 0 to 4.
Host cell comprising three or more different types of expression cassettes, each expression cassette coding for the same Protein Of Interest (POI) with identical mature amino acid sequence, and each type of expression cassette at least is comprising a promoter sequence, a polynucleotide sequence of the coding sequence of the POI, and a terminator sequence, wherein said expression cassettes differ in that they comprise (A) (Aa) different promoter sequences, (Ab) different nucleotide sequences coding for the identical mature amino acid sequence of the POI due to the use of degenerated genetic code, and optionally (Ac) different terminator sequences, and/or (Ad) different signal sequences, if present, or wherein said expression cassettes differ in that they comprise (B) (Ba) the same promoter sequences, (Bb) different nucleotide sequences coding for the identical mature amino acid sequence of the POI due to the use of degenerated genetic code, and optionally (Be) different terminator sequences, and/or (Bd) different signal sequences, if present. (A) (Aa) different promoter sequences, (Ab) different nucleotide sequences coding for the identical mature amino acid sequence of the POI due to the use of degenerated genetic code, and optionally (Ac) different terminator sequences, and/or (Ad) different signal sequences, if present, or wherein said expression cassettes differ in that they comprise (Aa) different promoter sequences, (Ab) different nucleotide sequences coding for the identical mature amino acid sequence of the POI due to the use of degenerated genetic code, and optionally (Ac) different terminator sequences, and/or (Ad) different signal sequences, if present, or wherein said expression cassettes differ in that they comprise (B) (Ba) the same promoter sequences, (Bb) different nucleotide sequences coding for the identical mature amino acid sequence of the POI due to the use of degenerated genetic code, and optionally (Be) different terminator sequences, and/or (Bd) different signal sequences, if present. (Ba) the same promoter sequences, (Bb) different nucleotide sequences coding for the identical mature amino acid sequence of the POI due to the use of degenerated genetic code, and optionally (Be) different terminator sequences, and/or (Bd) different signal sequences, if present.
A mode switching method, comprising: generating, by a first device, first indication information, wherein a packet data convergence protocol, PDCP, unit (1011; 1021) in the first device is connected to at least two radio link control, RLC, units (1012; 1022) in a second device respectively; and sending, by the first device, the first indication information to the second device, wherein the first indication information is used to indicate that transmission between a first RLC unit in the at least two RLC units (1012; 1022) and the PDCP unit (1011; 1021) is to be canceled, wherein the first device is a secondary base station while the second device is a master base station; or the first device is a master base station while the second device is a secondary base station, wherein the master base station and the secondary base station provide dual connectivity service to a terminal; or the first device is a centralized unit, CU, while the second device is a distributed unit, DU, wherein the first device and the second device belong to a same base station, and the first device is configured with a function of a PDCP layer of the base station, while the second device is configured with a function of an RLC layer of the base station. generating, by a first device, first indication information, wherein a packet data convergence protocol, PDCP, unit (1011; 1021) in the first device is connected to at least two radio link control, RLC, units (1012; 1022) in a second device respectively; and sending, by the first device, the first indication information to the second device, wherein the first indication information is used to indicate that transmission between a first RLC unit in the at least two RLC units (1012; 1022) and the PDCP unit (1011; 1021) is to be canceled, wherein the first device is a secondary base station while the second device is a master base station; or the first device is a master base station while the second device is a secondary base station, wherein the master base station and the secondary base station provide dual connectivity service to a terminal; or the first device is a centralized unit, CU, while the second device is a distributed unit, DU, wherein the first device and the second device belong to a same base station, and the first device is configured with a function of a PDCP layer of the base station, while the second device is configured with a function of an RLC layer of the base station.
A resin composition comprising: a biologically degradable resin; a heavy calcium carbonate; and acetyl tributyl citrate, wherein a mass ratio of the biologically degradable resin to the heavy calcium carbonate is 10:90 to 70:30,a content of polybutylene adipate terephthalate or polybutylene succinate adipate relative to the biologically degradable resin is 70% or more by mass, and a content of the acetyl tributyl citrate relative to the resin composition is 5.0% or more and 20.0% or less by mass, wherein the biologically degradable resin is composed of polybutylene adipate terephthalate and polylactic acid or polybutylene succinate adipate and polylactic acid, and the upper limit of the content of the heavy calcium carbonate relative to the resin composition is 90% or less by mass and the lower limit of the content of the heavy calcium carbonate relative to the resin composition is 30% or more by mass. a biologically degradable resin; a heavy calcium carbonate; and acetyl tributyl citrate, wherein a mass ratio of the biologically degradable resin to the heavy calcium carbonate is 10:90 to 70:30,a content of polybutylene adipate terephthalate or polybutylene succinate adipate relative to the biologically degradable resin is 70% or more by mass, and a content of the acetyl tributyl citrate relative to the resin composition is 5.0% or more and 20.0% or less by mass, wherein the biologically degradable resin is composed of polybutylene adipate terephthalate and polylactic acid or polybutylene succinate adipate and polylactic acid, and the upper limit of the content of the heavy calcium carbonate relative to the resin composition is 90% or less by mass and the lower limit of the content of the heavy calcium carbonate relative to the resin composition is 30% or more by mass.
Device for fixing bones, with a bone plate which has at least one through hole extending about a hole axis , and with an alignment means which is movably arranged in the through hole and which has an internal thread for screwing in an external thread provided on a screw head of a bone screw , so that when the bone screw is screwed in, the alignment means is fixed clamped to the bone plate , wherein the through hole having or forming, at least in sections, a spherical surface whose center (M) is located on the hole axis , wherein the alignment means is formed as an alignment ring having an outer surface complementary at least in sections to the spherical surface of the through hole , so that the alignment ring is arranged in a pivoted manner about different pivot axes in the through hole , wherein the alignment ring has a recess and wherein a retaining element with a retaining section engaging in the recess is provided on the bone plate so that co-rotation of the alignment ring about the ring axis is prevented when the bone screw is screwed in, characterized in that the configuration is such that, when the retaining element engages in the recess , the alignment ring in the through hole is pivotable at least about the longitudinal axis of the retaining section . with a bone plate which has at least one through hole extending about a hole axis , and with an alignment means which is movably arranged in the through hole and which has an internal thread for screwing in an external thread provided on a screw head of a bone screw , so that when the bone screw is screwed in, the alignment means is fixed clamped to the bone plate , wherein the through hole having or forming, at least in sections, a spherical surface whose center (M) is located on the hole axis , wherein the alignment means is formed as an alignment ring having an outer surface complementary at least in sections to the spherical surface of the through hole , so that the alignment ring is arranged in a pivoted manner about different pivot axes in the through hole , wherein the alignment ring has a recess and wherein a retaining element with a retaining section engaging in the recess is provided on the bone plate so that co-rotation of the alignment ring about the ring axis is prevented when the bone screw is screwed in, characterized in that the configuration is such that, when the retaining element engages in the recess , the alignment ring in the through hole is pivotable at least about the longitudinal axis of the retaining section .
A cooling arrangement for an electric machine and at least one further component of an electric power unit, wherein the cooling arrangement comprises an oil circuit , an oil pump circulating oil to the electric machine , a first coolant circuit configured to cool the further component of the electric power unit, and coolant radiator arrangement in which the coolant in the first coolant circuit is cooled by air, wherein the oil circuit comprises an oil radiator , an oil radiator fan configured to provide an adjustable air flow through the oil radiator and a heat exchanger in which heat is transferred between the coolant in the first coolant circuit and the oil in the oil circuit , characterized in: - that the cooling arrangement comprises a control unit configured to control the cooling of the oil in the oil radiator ; - that the cooling arrangement comprises a coolant radiator fan configured to provide an air flow through the coolant radiator arrangement ; and - that the control unit is configured to control the speed of the coolant radiator fan and the oil radiator fan such that the electric machine provides a required cooling with a minimum energy consumption of the fans . - that the cooling arrangement comprises a control unit configured to control the cooling of the oil in the oil radiator ; - that the cooling arrangement comprises a coolant radiator fan configured to provide an air flow through the coolant radiator arrangement ; and - that the control unit is configured to control the speed of the coolant radiator fan and the oil radiator fan such that the electric machine provides a required cooling with a minimum energy consumption of the fans .
Device for detection of pulse and/or pulse-related information of a patient, said device comprising: - an accelerometer signal input configured to obtain an accelerometer signal acquired by an accelerometer sensor arranged at the patient's skin, - a pulse signal input configured to obtain a pulse-related signal of the patient from a pulse signal sensor, - a patient information input configured to obtain patient information from a patient information source, - a model unit configured to generate a model of accelerometer-based pulse palpation using the pulse-related signal as a reference signal and further using said patient information and context information indicating the context of the acquisition of the accelerometer signal, an output of the model comprising an expected accelerometer signal serving as a template for feature extraction, - a feature extraction unit configured to extract one or more features from the accelerometer signal using the generated model, and - a detection unit configured to detect the pulse and pulse strength of the patient from the one or more extracted features. - an accelerometer signal input configured to obtain an accelerometer signal acquired by an accelerometer sensor arranged at the patient's skin, - a pulse signal input configured to obtain a pulse-related signal of the patient from a pulse signal sensor, - a patient information input configured to obtain patient information from a patient information source, - a model unit configured to generate a model of accelerometer-based pulse palpation using the pulse-related signal as a reference signal and further using said patient information and context information indicating the context of the acquisition of the accelerometer signal, an output of the model comprising an expected accelerometer signal serving as a template for feature extraction, - a feature extraction unit configured to extract one or more features from the accelerometer signal using the generated model, and - a detection unit configured to detect the pulse and pulse strength of the patient from the one or more extracted features.