mhurhangee/ep-ind-claims huggingface dataset:
A board mounting type connector comprising: a housing to be mounted to a circuit board; a plurality of contact portions to be extending from the housing toward the circuit board; and a plurality of protrusions to be protruding from the housing toward the circuit board, wherein the plurality of contact portions are aligned along a width direction at a first position in a fitting direction, the fitting direction being a direction that the connector and a mating connector are to be fit each other, the width direction intersecting the fitting direction, wherein the plurality of protrusions are aligned along the width direction at a second position in the fitting direction, and characterized in that a distance (b) between the first position and a position of a center of gravity of the connector in the fitting direction is longer than a distance (a) between the second position and the position of the center of gravity in the fitting direction. a housing to be mounted to a circuit board; a plurality of contact portions to be extending from the housing toward the circuit board; and a plurality of protrusions to be protruding from the housing toward the circuit board, wherein the plurality of contact portions are aligned along a width direction at a first position in a fitting direction, the fitting direction being a direction that the connector and a mating connector are to be fit each other, the width direction intersecting the fitting direction, wherein the plurality of protrusions are aligned along the width direction at a second position in the fitting direction, and characterized in that a distance (b) between the first position and a position of a center of gravity of the connector in the fitting direction is longer than a distance (a) between the second position and the position of the center of gravity in the fitting direction.
Laying head for manufacturing of fiber layers and structural component preforms from fibers, comprising an inlet adapted for introducing a plurality of dry rovings (33; R1, R2...), a fiber conveying device for simultaneous and mutually independent conveying of rovings (33; R1, R2...) introduced via the inlet in a fiber supply direction, an outlet arranged downstream in the fiber supply direction of the fiber conveying device and adapted for simultaneous laying of a plurality of rovings (33; R1, R2...) on a workpiece carrier for forming a three-dimensional preform, a fiber-cutting device (21, 21i, 21j) provided downstream in the fiber supply direction of the fiber conveying device and upstream of the outlet and adapted for cutting the rovings (33; R1, R2...), and a nozzle (22, 22i, 22j) for applying a medium onto the rovings (33; R1, R2...), wherein the nozzle (22, 22i, 22j) is adapted for applying the medium onto the rovings (33; R1, R2...) and for introducing the medium into the rovings (33; R1, R2...) in that the nozzle comprises a slit-shaped passing-through gap extending in a slit plane (1-b) and having, in a thickness direction (d) perpendicular to the slit plane (1-b), a height (s) corresponding to the height of a dry roving (33; R1, R2...) in thickness direction (d) plus a small overmeasure selected such that an impregnation pressure for pressing the medium into the roving is generated.
Apiezoelectric device, comprising a piezoelectric body having piezoelectricity and a pair of electrodes (12, 14) for applying an electric field to the piezoelectric body in a predetermined direction, wherein a piezoelectric strain constant d 33 (pm/V) and a relative permittivity ε 33 of the piezoelectric body satisfy Formulae and below 100 < ε 33 < 1500 d 33 pm / V > 12 ⁢ √ ε 33 and wherein the piezoelectric strain constant d 33 and a voltage output constant g 33 of the piezoelectric body satisfy Formulae and below 100 < d 33 pm / V 80 < g 33 × 10 - 3 ⁢ V ⋅ m / N
Snowshoe that is in the form of an elongate plate referred to as a platform on which there is mounted a fixing intended to hold the footwear of the user, the platform consisting of an elongate plate comprising a front portion referred to as the tip extended towards the rear by a rear part consisting of a central portion extended by a rear portion, the front portion being curved upwards in order to constitute the tip, characterised in that the rear part is flexible at least longitudinally and at least in the central portion in order to allow deformation of the platform during walking, while the front portion of the platform is rigid so as to be less flexible than the rear part, namely the other portions, in particular the central portion and the rear portion and thus to allow, during walking, excellent deployment, so that the user moves on the snow with maximum comfort and with minimum expended energy, and in that the fixing is hinged with respect to the platform of the snowshoe, on a transverse axis (XX'), and in that the platform comprises a set of crampons located under the bottom surface of the platform and at the central portion where the region occupied by the footwear is situated, the set of crampons consists of a plurality of crampons (14a, 14b, 14c) independent of each other, characterised in that the succession of crampons is such that they are not connected in the direction of the length so as to be independent, making it possible to keep flexibility for the platform and a correct and continuous deformation of the platform, while the flexibility of the central part is such that the deflection (f) is equal to or greater than 5% of the length of the central portion.
A burner (100, 200, 300, 400), comprising: a base (10, 44), comprisi ng: an inlet pipe; two horn-shaped tubes, each of which has a first section (142, 40) and a second section connected to the first section (142, 40) in a substantially perpendicular manner, wherein each of the first sections (142, 40) is connected to the inlet pipe; each of the second sections is bent to extend toward the other second section, and communicates with at least one air passage, wherein the air passage which communicates with one of the second sections also communicates with the air passage which communicates with the other one of the second sections; a combustion tray (20, 48, 52) provided on the base (10, 44), wherein the combustion tray (20, 48, 52) comprises a flame plate (22, 50, 54) located above the air passages communicating with the second sections of the horn-shaped tubes; the flame plate (22, 50, 54) has a plurality of first flame vents (22a, 502, 544) communicating with the air passages; characterized in that a length of each of the first sections (142, 40) is greater than or equal to an inner diameter of the inlet pipe at where the first sections (142, 40) are connected to. a base (10, 44), comprisi ng: an inlet pipe; two horn-shaped tubes, each of which has a first section (142, 40) and a second section connected to the first section (142, 40) in a substantially perpendicular manner, wherein each of the first sections (142, 40) is connected to the inlet pipe; each of the second sections is bent to extend toward the other second section, and communicates with at least one air passage, wherein the air passage which communicates with one of the second sections also communicates with the air passage which communicates with the other one of the second sections; an inlet pipe; two horn-shaped tubes, each of which has a first section (142, 40) and a second section connected to the first section (142, 40) in a substantially perpendicular manner, wherein each of the first sections (142, 40) is connected to the inlet pipe; each of the second sections is bent to extend toward the other second section, and communicates with at least one air passage, wherein the air passage which communicates with one of the second sections also communicates with the air passage which communicates with the other one of the second sections; a combustion tray (20, 48, 52) provided on the base (10, 44), wherein the combustion tray (20, 48, 52) comprises a flame plate (22, 50, 54) located above the air passages communicating with the second sections of the horn-shaped tubes; the flame plate (22, 50, 54) has a plurality of first flame vents (22a, 502, 544) communicating with the air passages; characterized in that a length of each of the first sections (142, 40) is greater than or equal to an inner diameter of the inlet pipe at where the first sections (142, 40) are connected to.
A press comprising a first and a second bending tool (21, 22) that can be adjusted relative to one another from an idle position into a pressing position, with at least one first tool holder for receiving and fastening the first bending tool on a first press beam and with a second tool holder for receiving and fastening the second bending tool on a second press beam, and with at least one first tool transport rail in the form of a closed circular line, by means of which a bending tool can be removed or supplied on opposite ends of the first tool holder, characterized in that a first section of the first tool transport rail extends along the tool holder and is immovably connected to the press beam, and in that a second section of the tool transport rail forms a closed circular line between opposite ends (18, 19) of the first section of the tool transport rail.
A ring for a rotor of an electric machine as a support for a retaining ring and for cooling coils of the rotor, the ring is connectable between the retaining ring and coils wound around a rotor, the ring is fabricated from a non-conductive material, whereas slots are formed in the outer face of the ring in the axial direction of the rotor, ventilation holes are designed in the ring to transport a cooling medium from the outside of the ring to the inside of the ring and to the coils or from the inside of the ring and from the coils to the outside of the ring, wherein the slots have the shape of wedges regarding the axial cross-section of the ring having a deeper cavity at the outer axial end than the cavity at the inner axial end.
Rotor blade element, in particular a rotor blade edge, for a wind turbine, having a base having a fibre material impregnated with hardenable resin and a surface film having a connection layer which is arranged between the base and surface film, wherein the surface film has polyethylene with ultrahigh molecular weight (UHMWPE) and the connection layer has a first rubber layer and a second rubber layer, wherein the first rubber layer is associated with the surface film and the second rubber layer is associated with the base, characterised in that the first rubber layer contains a first rubber of a first vulcanised caoutchouc and the second rubber layer contains a second rubber of a second vulcanised caoutchouc, wherein a vulcanisation degree of the first rubber layer is higher than a vulcanisation degree of the second rubber layer.
An Industrial Automation and Control System adapted to be accessed by work-force individuals sending network packets over a communication network to a target device of said Industrial Automation and Control System, the Industrial Automation and Control System comprising a centralized intrusion detector, wherein the centralized intrusion detector is adapted to intercept a network packet directed to the target device different from the centralized intrusion detector, the target device being a process controller, to determine an intrusion level of the network packet by evaluating context information retrieved from a work-force management system and related to packet source information of the intercepted network packet, and to: deliver the network packet to the target device if there is no contradiction between the intercepted network packet and the context information; cause an alarm to be raised if there is a contradiction between the intercepted network packet and the context information. deliver the network packet to the target device if there is no contradiction between the intercepted network packet and the context information; cause an alarm to be raised if there is a contradiction between the intercepted network packet and the context information.
A perforation information processing method for a bone scaffold model, comprising: step S1: importing a nonporous-bone-scaffold initial model; step S2: segmenting the nonporous-bone-scaffold initial model into a plurality of unit lattices according to an input signal; and step S3: perforating each of the unit lattices, to obtain a porous bone scaffold model, characterized in that for a single unit lattice, step S3 specifically comprises: step S31: drawing a first quantity of short girders in the unit lattice to form a porous lattice template, wherein the first quantity is received from an input device; step S32: generating equidistant sampling points according to a specified sampling pitch in a model space in which the nonporous-bone-scaffold initial model is located; step S33: calculating shortest distances between each of the sampling points and all the short girders; and step S34: extracting, according to the generated sampling points, an isosurface according to a specified short girder cylinder radius by using an isosurface extraction algorithm, to perforate the unit lattices. step S1: importing a nonporous-bone-scaffold initial model; step S2: segmenting the nonporous-bone-scaffold initial model into a plurality of unit lattices according to an input signal; and step S3: perforating each of the unit lattices, to obtain a porous bone scaffold model, characterized in that for a single unit lattice, step S3 specifically comprises: step S31: drawing a first quantity of short girders in the unit lattice to form a porous lattice template, wherein the first quantity is received from an input device; step S32: generating equidistant sampling points according to a specified sampling pitch in a model space in which the nonporous-bone-scaffold initial model is located; step S33: calculating shortest distances between each of the sampling points and all the short girders; and step S34: extracting, according to the generated sampling points, an isosurface according to a specified short girder cylinder radius by using an isosurface extraction algorithm, to perforate the unit lattices. step S31: drawing a first quantity of short girders in the unit lattice to form a porous lattice template, wherein the first quantity is received from an input device; step S32: generating equidistant sampling points according to a specified sampling pitch in a model space in which the nonporous-bone-scaffold initial model is located; step S33: calculating shortest distances between each of the sampling points and all the short girders; and step S34: extracting, according to the generated sampling points, an isosurface according to a specified short girder cylinder radius by using an isosurface extraction algorithm, to perforate the unit lattices.
A loading platform for telescopic handlers or other similar machines, comprising at least a bottom plane provided for supporting operators and/or equipment and associated with sidewalls (3, 4), wherein said bottom plane and said sidewalls (3,4) include respective first interlocking and/or hinge means (31, 221) such that the sidewalls (3, 4) can be removably secured to the bottom plane, thereby defining a mountable and demountable platform; wherein said sidewalls (3, 4) comprise respective second interlocking and/or hinge means for fixing removably the different sidewalls one to another; wherein the platform comprises truss sidewalls each comprising a plurality of profiles and at least third interlocking and/or hinge means (34, 35) in order to secure the profiles one to another in a removable manner, thus defining mountable and demountable sidewalls, characterised in that said first and second means (31, 221, 32) are of the hinge type and said third means (34, 35) are of the interlocking type.
An in vitro method for identifying a simple fatty liver or steatohepatitis in a subject suffering from fatty liver, the method comprising: measuring a target marker GP73 in a blood sample to be tested from the subject, and comparing the level of the target marker GP73 in the blood sample to be tested with a standard level thereof; wherein when the level of the target marker GP73 in the blood sample to be tested is lower than the standard level, the subject is identified as suffering from a simple fatty liver; or when the level of the target marker GP73 in the blood sample to be tested is higher than the standard level, the subject is identified as suffering from steatohepatitis. measuring a target marker GP73 in a blood sample to be tested from the subject, and comparing the level of the target marker GP73 in the blood sample to be tested with a standard level thereof; wherein when the level of the target marker GP73 in the blood sample to be tested is lower than the standard level, the subject is identified as suffering from a simple fatty liver; or when the level of the target marker GP73 in the blood sample to be tested is higher than the standard level, the subject is identified as suffering from steatohepatitis.
Carrier for a special signalling system for a roof of a motor vehicle, with an outer component composed of a plastic and with an inner component composed of a plastic, characterized in that a holding plate made from metal is arranged between the inner component and the outer component.
An information transmission method,comprising: determining, by a terminal based on a format configuration indicated by a network device and information about surroundings of the terminal, available time units and unavailable time units in the format configuration; and sending, by the terminal, an uplink control information, UCI, to the network device; wherein the UCI is sent on a preset frequency domain resource in the unlicensed spectrum, the preset frequency domain resource is configured by the network device via higher layer signaling, wherein the UCI comprises second indication information of the available time units, and the second indication information indicates the network device to perform scheduling for data transmission, wherein the second indication information is an identifier of a format configuration or an entry index of a format configuration, and wherein the method further comprises: receiving, by the terminal, a correspondence table, the correspondence table comprises an correspondence between the identifier and the format configuration. determining, by a terminal based on a format configuration indicated by a network device and information about surroundings of the terminal, available time units and unavailable time units in the format configuration; and sending, by the terminal, an uplink control information, UCI, to the network device; wherein the UCI is sent on a preset frequency domain resource in the unlicensed spectrum, the preset frequency domain resource is configured by the network device via higher layer signaling, wherein the UCI comprises second indication information of the available time units, and the second indication information indicates the network device to perform scheduling for data transmission, wherein the second indication information is an identifier of a format configuration or an entry index of a format configuration, and wherein the method further comprises: receiving, by the terminal, a correspondence table, the correspondence table comprises an correspondence between the identifier and the format configuration.
An energy storage device comprising a positive electrode, a negative electrode and an electrolyte solution, wherein the negative electrode contains a negative active material and the negative active material is non-graphitizable carbon, and wherein the electrolyte solution includes a compound represented by the general formula, a compound represented by the general formula, and a compound represented by the general formula: wherein G represents a transition metal, or an element of Group 13, Group 14, or Group 15 of a periodic table, A a+ represents a metal ion, a proton or an onium ion, a represents an integer of 1 to 3, b represents an integer of 1 to 3, p represents b/a, m represents an integer of 1 to 4, n represents an integer of 0 to 8, q represents 0 or 1, R 1 represents an alkylene group having 1 to 10 carbon atoms, a halogenated alkylene group having 1 to 10 carbon atoms, an arylene group having 6 to 20 carbon atoms or a halogenated arylene group having 6 to 20 carbon atoms (these alkylene group and arylene group may have a substituent or a heteroatom in their structure), R 2 represents halogen, an alkyl group having 1 to 10 carbon atoms, a halogenated alkyl group having 1 to 10 carbon atoms, an aryl group having 6 to 20 carbon atoms, a halogenated aryl group having 6 to 20 carbon atoms, or E 3 R 3 (these alkyl group and aryl group may have a substituent or a heteroatom in their structure), E 1, E 2 and E 3 independently represent O, S or NR 4, and R 3 and R 4 independently represent hydrogen, an alkyl group having 1 to 10 carbon atoms, a halogenated alkyl group having 1 to 10 carbon atoms, an aryl group having 6 to 20 carbon atoms, or a halogenated aryl group having 6 to 20 carbon atoms (these alkyl group and aryl group may have a substituent or a heteroatom in their structure); wherein R 5, R 6, R 7, and R 8 independently represent hydrogen or an alkyl group having 1 to 3 carbon atoms; and wherein R 9 to R 12 represent independently hydrogen, fluorine, or an alkyl group having 1 to 12 carbon atoms which optionally includes fluorine, and v represents an integer of 1 to 3.
An agonist of a peroxisome proliferator-activated receptor gamma (PPARγ agonist) for use in the treatment or prevention of an addiction to an addictive agent selected from the group consisting of marijuana, a benzodiazepine, a barbiturate, and a psychostimulant.
A method of wrapping a pessary device, the method comprising: a. providing a pessary device having an outer wall, an interior and an external opening to the interior; b. providing an overwrap having a longitudinal axis; c. enrobing the pessary device with the overwrap, wherein the overwrap comprises an overwrap excess; and d. positioning the overwrap excess in the pessary device interior. a. providing a pessary device having an outer wall, an interior and an external opening to the interior; b. providing an overwrap having a longitudinal axis; c. enrobing the pessary device with the overwrap, wherein the overwrap comprises an overwrap excess; and d. positioning the overwrap excess in the pessary device interior.