mhurhangee/patent-ind-claim-en huggingface dataset:
A rotary knife fixture configured for use in a water knife cutting system , characterized by : a blade holder ring , defining an internal aperture, configured to be placed in fluid communication with a hydraulic feed conduit of the water knife cutting system and for rotary motion about a rotational axis extending through the aperture; and at least two spaced, angularly offset, parallel groups of parallel cutting blades, extending across the aperture generally perpendicular to the rotational axis , each cutting blade having a sharpened cutting edge at one side thereof and being twisted generally about a center point thereof to define a pair of cutting edges oriented in opposite-facing circumferential directions, whereby in use a vegetable product, fed through the apertur at a product speed, and with the rotary knife fixture rotating at a rotational speed, is substantially simultaneously cut into multiple helically twisted pieces . a blade holder ring , defining an internal aperture, configured to be placed in fluid communication with a hydraulic feed conduit of the water knife cutting system and for rotary motion about a rotational axis extending through the aperture; and at least two spaced, angularly offset, parallel groups of parallel cutting blades, extending across the aperture generally perpendicular to the rotational axis , each cutting blade having a sharpened cutting edge at one side thereof and being twisted generally about a center point thereof to define a pair of cutting edges oriented in opposite-facing circumferential directions, whereby in use a vegetable product, fed through the apertur at a product speed, and with the rotary knife fixture rotating at a rotational speed, is substantially simultaneously cut into multiple helically twisted pieces .
A coated metallic substrate comprising at least a first coating consisting of aluminum, such first coating having a thickness between 2 and 4μm and being directly topped by a second coating comprising from 0.5 to 5.9% by weight of magnesium and which has a thickness between 1 and 10μm, the balance being zinc.
Device for determining the quality of a compound for chocolate manufacturing, in particular a cocoa butter, a vegetable fat or cocoa mass, comprising a temperature sensor, a receiving container , in particular a disposable receiving container, and at least one temperature-control device , in particular a Peltier temperature-control device, with a receiving region for the receiving container , wherein the receiving region for the receiving container is formed in such a way that during use of the receiving container as intended the heat transfer between the receiving container and the temperature-control device can be achieved by heat radiation and heat conduction, wherein the heat conduction component predominates and a contact between the temperature-control device and an outer wall of the receiving container is set to at most 80% of the surface area of the outer wall, characterized by a computer for controlling the device and for recording and evaluating the measured temperatures with an expert system for characterizing the crystallization behaviour, with which a measured temperature profile can be compared with stored temperature profiles, the measured temperature profile can be assessed and an assessment of data can be carried out in an automated manner.
A license plate light attaching structure with a license plate light attached to a rear fender of a motorcycle , wherein: the license plate light has a light main body including a light source, a light holder provided with the light main body , and a housing holding the light holder ; the housing is floatingly supported on the rear fender through a first elastic body and fixedly positioned on the rear fender by a first screw member passing through the first elastic body , wherein the axis of the first screw member extends in a front-rear direction of a vehicle body of the motorcycle , when the licence plate light is attached to the vehicle body; and the light holder is floatingly supported on the housing through a second elastic body , characterized in that the light holder is fixedly positioned on the housing by a second screw member passing through the second elastic body ; and an axis of the second screw member extends in an upward-downward direction of the vehicle body of the motorcycle , when the licence plate light is attached to the vehicle body. the license plate light has a light main body including a light source, a light holder provided with the light main body , and a housing holding the light holder ; the housing is floatingly supported on the rear fender through a first elastic body and fixedly positioned on the rear fender by a first screw member passing through the first elastic body , wherein the axis of the first screw member extends in a front-rear direction of a vehicle body of the motorcycle , when the licence plate light is attached to the vehicle body; and the light holder is floatingly supported on the housing through a second elastic body , characterized in that the light holder is fixedly positioned on the housing by a second screw member passing through the second elastic body ; and an axis of the second screw member extends in an upward-downward direction of the vehicle body of the motorcycle , when the licence plate light is attached to the vehicle body.
A method for storing data in a blockchain system, the blockchain system comprising a non-consensus subsystem , a plurality of consensus subsystems and a distribution center , wherein the non-consensus subsystem comprises a plurality of non-consensus nodes and each of the consensus subsystems comprises a plurality of consensus nodes, the method comprising: receiving, by a consensus subsystem , a transaction request sent by the non-consensus subsystem to the distribution center and forwarded by the distribution center , the transaction request comprising transaction data, wherein the consensus subsystem is determined to correspond to the transaction request, by the distribution center , based on the transaction data comprised in the transaction request; sending the transaction request to all consensus nodes in the consensus subsystem for consensus validation ; and if the validation is successful, generating a corresponding block according to the transaction request and storing the block into a blockchain corresponding to the consensus subsystem. receiving, by a consensus subsystem , a transaction request sent by the non-consensus subsystem to the distribution center and forwarded by the distribution center , the transaction request comprising transaction data, wherein the consensus subsystem is determined to correspond to the transaction request, by the distribution center , based on the transaction data comprised in the transaction request; sending the transaction request to all consensus nodes in the consensus subsystem for consensus validation ; and if the validation is successful, generating a corresponding block according to the transaction request and storing the block into a blockchain corresponding to the consensus subsystem.
Rotor for motor or generator, which rotor includes a rotor ring , which rotor includes a yoke formed by yoke segments , which yoke segments at arrangement to the rotor ring forms a complete yoke, wherein the yoke segments include a mainly planar or curved base which at ends thereof includes sides (21a-b), which sides (21a-b) extend upwards and slightly inclined outwards from the base towards an upper surface which has some longer extension than the base , wherein the yoke segments are provided with several magnet blanks , which magnet blanks are formed by one or more permanent magnets , said several magnet blanks being arranged to the yoke segment with a spacing between each magnet blank , and wherein the spacing between the magnet blanks on each yoke segment and the spacing between adjacent magnet blanks on adjacent yoke segments is similar, such that there is a similar spacing between adjacent magnet blanks around the rotor ring .
An input device comprising: a support that includes: a bottom portion ; a middle portion that stands obliquely upward from the bottom portion, one end of the middle portion being secured to the bottom portion; and a ceiling portion that extends in a horizontal direction from the other end of the middle portion, and is substantially parallel to the bottom portion, the display device being mountable on the ceiling portion; characterized by a film on which a display device is placed in use, the display device comprising a capacitive touch panel, the film comprising: a first transparent electrode facing the capacitive touch panel of the display device when the display device is placed on the film; a second transparent electrode electrically connected to the first transparent electrode; and an optical layer configured to guide light from a screen of the display device in a first direction (R1) perpendicular to an incident direction of the light; wherein the first transparent electrode is attached to the ceiling portion; the second transparent electrode is attached to the bottom portion; and the optical layer is attached to the middle portion. a support that includes: a bottom portion ; a middle portion that stands obliquely upward from the bottom portion, one end of the middle portion being secured to the bottom portion; and a ceiling portion that extends in a horizontal direction from the other end of the middle portion, and is substantially parallel to the bottom portion, the display device being mountable on the ceiling portion; characterized by a bottom portion ; a middle portion that stands obliquely upward from the bottom portion, one end of the middle portion being secured to the bottom portion; and a ceiling portion that extends in a horizontal direction from the other end of the middle portion, and is substantially parallel to the bottom portion, the display device being mountable on the ceiling portion; characterized by a film on which a display device is placed in use, the display device comprising a capacitive touch panel, the film comprising: a first transparent electrode facing the capacitive touch panel of the display device when the display device is placed on the film; a second transparent electrode electrically connected to the first transparent electrode; and a first transparent electrode facing the capacitive touch panel of the display device when the display device is placed on the film; a second transparent electrode electrically connected to the first transparent electrode; and an optical layer configured to guide light from a screen of the display device in a first direction (R1) perpendicular to an incident direction of the light; wherein the first transparent electrode is attached to the ceiling portion; the second transparent electrode is attached to the bottom portion; and the optical layer is attached to the middle portion.
An intraluminal sensing device , comprising: a guidewire configured to be positioned within a body lumen of a patient, wherein the guidewire comprises: a core wire ; a first insulative coating covering at least a portion of a circumference of the core wire along at least a portion of a length of the core wire; at least two conductive traces , each comprising a thickness and a width and extending longitudinally along at least the portion of the length of the core wire over an outer surface of the first insulative coating, wherein each conductive trace comprises a cross-sectional shape conforming to a curvature of the first insulative coating, wherein the at least two conductive traces and the core wire are insulated from one another; and a second insulative coating covering an outer surface of the at least two conductive traces along at least the portion of the length of the core wire; a sensor configured to obtain physiological data while positioned within the body lumen, wherein the sensor is positioned at a distal portion of the guidewire and in electrical communication with the at least two conductive traces; and a connector positioned at a proximal portion of the guidewire and in electrical communication with the at least two conductive traces. a core wire ; a first insulative coating covering at least a portion of a circumference of the core wire along at least a portion of a length of the core wire; at least two conductive traces , each comprising a thickness and a width and extending longitudinally along at least the portion of the length of the core wire over an outer surface of the first insulative coating, wherein each conductive trace comprises a cross-sectional shape conforming to a curvature of the first insulative coating, wherein the at least two conductive traces and the core wire are insulated from one another; and a second insulative coating covering an outer surface of the at least two conductive traces along at least the portion of the length of the core wire; a sensor configured to obtain physiological data while positioned within the body lumen, wherein the sensor is positioned at a distal portion of the guidewire and in electrical communication with the at least two conductive traces; and a connector positioned at a proximal portion of the guidewire and in electrical communication with the at least two conductive traces.
Heat transfer system with a fluid tank and at least one condenser which is attached to the fluid tank wherein the condenser comprises a housing having an inlet opening for inputting fluid into the condenser and an outlet opening for outputting the fluid out of the condenser and a channel system for fluidically connecting the inlet opening and the outlet opening , wherein the channel system is arranged within the housing and comprises a splitting portion in which the inputted fluid is split to a plurality of channels and a grouping portion in which the plurality of channels is united to an outlet channel , wherein a first end of the outlet channel ends in the outlet opening and a second end of the outlet channel ends in the grouping portion , characterized in that a distance (d1) between the second end of the outlet channel and a housing bottom in a vertical direction (V) is between 0% to 80% of a distance (d2) between the housing bottom and an upper housing side in the vertical direction (V), wherein a housing part comprising at least a part of the outlet channel protrudes from a remaining housing part and an insulating element is arranged between the housing part and the fluid tank . a housing having an inlet opening for inputting fluid into the condenser and an outlet opening for outputting the fluid out of the condenser and a channel system for fluidically connecting the inlet opening and the outlet opening , wherein the channel system is arranged within the housing and comprises a splitting portion in which the inputted fluid is split to a plurality of channels and a grouping portion in which the plurality of channels is united to an outlet channel , wherein a first end of the outlet channel ends in the outlet opening and a second end of the outlet channel ends in the grouping portion , characterized in that a distance (d1) between the second end of the outlet channel and a housing bottom in a vertical direction (V) is between 0% to 80% of a distance (d2) between the housing bottom and an upper housing side in the vertical direction (V), wherein a housing part comprising at least a part of the outlet channel protrudes from a remaining housing part and an insulating element is arranged between the housing part and the fluid tank .
A cell culture method comprising the step of culturing cells using a medium containing a laminin fragment having integrin binding activity, the cells being mammalian stem cells or cells differentiated from the stem cells, the laminin fragment being present in the medium at such a concentration that 0.03 μg to 0.5 μg of the laminin fragment is present per cm 2 of culture surface area of a culture vessel, the method not comprising the step of coating the culture vessel with a laminin or a laminin fragment before seeding the cells in the culture vessel.
Radiating cable for radiating electromagnetic energy, comprising an outer conductor surrounding a longitudinal axis of the cable , wherein the outer conductor comprises a plurality of apertures (120_1, 120_2) arranged along said longitudinal axis , wherein a first aperture (120_1; 120_5; 120a) comprises a first shape, and wherein a second aperture (120_2; 120_7) comprises a second shape, which is different from the first shape, wherein said second shape is obtained by applying a transformation to said first shape of said first aperture (120_1), wherein said transformation relates to mirroring said first shape at a second axis which is substantially perpendicular to said longitudinal axis , wherein at least one of said apertures (120_1, .., 120_8; 120a) comprises a polygonal shape having six edges (E1, E2, E3, E4, E5, E6), said six edges (E1, E2, E3, E4, E5, E6) sequentially comprising in a mathematically positive sense a first edge (E1), a second edge (E2), a third edge (E3), a fourth edge (E4), a fifth edge (E5), and a sixth edge (E6), wherein said polygonal shape comprises six vertices (V1, .., V6), wherein a first vertex (V1) is arranged between said sixth edge (E6) and said first edge (E1), wherein a second vertex (V2) is arranged between said first edge (E1) and said second edge (E2), wherein a third vertex (V3) is arranged between said second edge (E2) and said third edge (E3), wherein a fourth vertex (V4) is arranged between said third edge (E3) and said fourth edge (E4), wherein a fifth vertex (V5) is arranged between said fourth edge (E4) and said fifth edge (E5), wherein a sixth vertex (V6) is arranged between said fifth edge (E5) and said first edge (E1), wherein a first internal angle (α1) associated with said first vertex (V1) and a fourth internal angle (α4) associated with said fourth vertex (V4) are acute angles, and wherein a third internal angle (α3) associated with said third vertex (V3) and a sixth internal angle (α6) associated with said sixth vertex (V6) are larger than 90°, but smaller than 180°.
A communication device configured to operate as a terminal under control of a base station , the communication device comprising: a communication unit configured to transmit and receive wireless signals; and a control unit configured to control transmission of data, wherein the control unit is configured to use a predetermined resource pool by the communication unit , wherein the control unit is configured to control implementation of relay communication for a packet, received from another terminal operating as a transmission source terminal of the packet, within the predetermined resource pool on a basis of at least one of a) information received from the base station , b) information received from the other terminal, or c) information obtained from the terminal itself, during packet reception, wherein the control unit is configured to determine implementation of relay communication on a basis of the information received from the base station and that is configured to indicate an area in which relay communication should be performed or an area in which relay communication may be performed. a communication unit configured to transmit and receive wireless signals; and a control unit configured to control transmission of data, wherein the control unit is configured to use a predetermined resource pool by the communication unit , wherein the control unit is configured to control implementation of relay communication for a packet, received from another terminal operating as a transmission source terminal of the packet, within the predetermined resource pool on a basis of at least one of a) information received from the base station , b) information received from the other terminal, or c) information obtained from the terminal itself, during packet reception, a) information received from the base station , b) information received from the other terminal, or c) information obtained from the terminal itself, during packet reception, wherein the control unit is configured to determine implementation of relay communication on a basis of the information received from the base station and that is configured to indicate an area in which relay communication should be performed or an area in which relay communication may be performed.
A boat launch and recovery platform comprising: - a frame for receiving a boat , said frame including a profile assembly forming an enclosure comprising an entrance and a support floor , - flotation means attached to the frame , and - a floating floor coupled to the frame so as to be vertically translatable, with respect to said frame , said launch and recovery platform being arranged to transition from a configuration in which the floating floor rests on the support floor when the launch and recovery platform is out of water, to a configuration in which the floating floor floats on a surface (S1) of the water when the launch and recovery platform is afloat. - a frame for receiving a boat , said frame including a profile assembly forming an enclosure comprising an entrance and a support floor , - flotation means attached to the frame , and - a floating floor coupled to the frame so as to be vertically translatable, with respect to said frame ,
A polyvinyl alcohol-based prepolymer comprising 4 to 10 % by mol of units of the formula , and 0.75 % to 12.5 % by mol of units of the formula : wherein each of R 1a , R 2a and R 3a independently is hydrogen or an organic group, X is a single bond or a bonding chain, and each of R 4a , R 5a and R 6a independently is hydrogen or an organic group; wherein R b is an alkylene group having up to 12 carbon atoms, R 1b is hydrogen or a C 1 -C 6 alkyl group, R 2b is an olefinically unsaturated, electron-withdrawing, crosslinkable functional group, and R 3b is hydrogen, a C 1 -C 6 alkyl group or a cycloalkyl group; wherein the contents of units of formulae and are measured by 1 H-NMR in d 6 -DMSO under the conditions of example 2. each of R 1a , R 2a and R 3a independently is hydrogen or an organic group, X is a single bond or a bonding chain, and each of R 4a , R 5a and R 6a independently is hydrogen or an organic group; R b is an alkylene group having up to 12 carbon atoms, R 1b is hydrogen or a C 1 -C 6 alkyl group, R 2b is an olefinically unsaturated, electron-withdrawing, crosslinkable functional group, and R 3b is hydrogen, a C 1 -C 6 alkyl group or a cycloalkyl group;