mhurhangee/patent-ind-claim-en huggingface dataset:
A method for observing a sample , the sample comprising: - a set of organisms , - a solid substrate supporting the set of organisms , the method being characterized in that the method includes the steps for: - illuminating at least one portion of the sample with a light beam, - acquiring a first diffraction pattern (F1) corresponding to an image of waves from the diffraction of the light beam by a first portion of the set of organisms , - acquiring a second diffraction pattern (F2) corresponding to an image of waves from the diffraction of the light beam by a second portion of the set of organisms , - comparing the second diffraction pattern (F2) with the first diffraction pattern (F1), - determining at least one characteristic relating to the set of organisms from the result of the comparison step, the method comprising, during each acquisition step, a step for adapting the size of the light beam relatively to the size of the relevant portion of the set of organisms , the set of organisms being located in a plane and each step for adapting the size of the light beam is applied in the plane so that the radius of the light beam in the plane is greater than or equal to 0.5 times the size of the relevant portion of the set of organisms and less than or equal to 5 times the size of the relevant portion of the set of organisms . - a set of organisms , - a solid substrate supporting the set of organisms , - illuminating at least one portion of the sample with a light beam, - acquiring a first diffraction pattern (F1) corresponding to an image of waves from the diffraction of the light beam by a first portion of the set of organisms , - acquiring a second diffraction pattern (F2) corresponding to an image of waves from the diffraction of the light beam by a second portion of the set of organisms , - comparing the second diffraction pattern (F2) with the first diffraction pattern (F1), - determining at least one characteristic relating to the set of organisms from the result of the comparison step,
Support adapted to accommodate at least one person performing a physical exercise comprising: - at least a first board and at least a second board , on which are obtained at least a first supporting surface and at least a second supporting surface respectively, each adapted to accommodate at least one person and also optionally at least one piece of sporting equipment in such a way that two persons can perform a physical exercise independently; - at least one base resting on a stable supporting surface; said boards being connected to the base so that each supporting surface is able to tilt, or rotate with respect to the base about at least one respective axis (X1, X2), between at least one respective position of balance and respective positions of imbalance, the supporting surfaces being mutually interconnected so that the tilt or rotation of one supporting surface influences the tilt or rotation of the other supporting surface, and vice versa, so that said movements of the supporting surfaces are not predictable for the respective persons stationed thereon. - at least a first board and at least a second board , on which are obtained at least a first supporting surface and at least a second supporting surface respectively, each adapted to accommodate at least one person and also optionally at least one piece of sporting equipment in such a way that two persons can perform a physical exercise independently; - at least one base resting on a stable supporting surface; said boards being connected to the base so that each supporting surface is able to tilt, or rotate with respect to the base about at least one respective axis (X1, X2), between at least one respective position of balance and respective positions of imbalance, the supporting surfaces being mutually interconnected so that the tilt or rotation of one supporting surface influences the tilt or rotation of the other supporting surface, and vice versa, so that said movements of the supporting surfaces are not predictable for the respective persons stationed thereon.
Hydrogel; which is anti-aging, wound-healing and antimicrobial which is obtained by adding sodium pentaborate pentahydrate and poloxamer to the gel that is used as a carrier.
A device for holding cooking bags, comprising: a substantially rectangular support surface , a handle piece , and a hanging section , wherein: • the handle piece and the hanging section are arranged on an upper edge in the longitudinal direction of the support surface , preferably in the center of the support surface in the width direction, and extend in opposite directions along a thickness direction of the support surface , • the handle piece and the support surface substantially form the shape of a U, with the handle piece being spaced from a rear face of the support surface and facing the rear face of the support surface , and extending along the support surface at an angle, particularly between 0° and 20°, • the hanging section substantially forms the shape of an L with the support surface , wherein the hanging section extends away from a front face of the support surface at an angle, particularly between 90° and 130°, with respect to the front face of the support surface , and • the handle piece and the hanging section are integrally formed with the support surface . a substantially rectangular support surface , a handle piece , and a hanging section , wherein: • the handle piece and the hanging section are arranged on an upper edge in the longitudinal direction of the support surface , preferably in the center of the support surface in the width direction, and extend in opposite directions along a thickness direction of the support surface , • the handle piece and the support surface substantially form the shape of a U, with the handle piece being spaced from a rear face of the support surface and facing the rear face of the support surface , and extending along the support surface at an angle, particularly between 0° and 20°, • the hanging section substantially forms the shape of an L with the support surface , wherein the hanging section extends away from a front face of the support surface at an angle, particularly between 90° and 130°, with respect to the front face of the support surface , and • the handle piece and the hanging section are integrally formed with the support surface . • the handle piece and the hanging section are arranged on an upper edge in the longitudinal direction of the support surface , preferably in the center of the support surface in the width direction, and extend in opposite directions along a thickness direction of the support surface , • the handle piece and the support surface substantially form the shape of a U, with the handle piece being spaced from a rear face of the support surface and facing the rear face of the support surface , and extending along the support surface at an angle, particularly between 0° and 20°, • the hanging section substantially forms the shape of an L with the support surface , wherein the hanging section extends away from a front face of the support surface at an angle, particularly between 90° and 130°, with respect to the front face of the support surface , and • the handle piece and the hanging section are integrally formed with the support surface .
An antenna, comprising a first antenna portion and a detachable second antenna portion that is connected to the first antenna portion , wherein the first antenna portion comprises a first radome and a first reflection plate disposed in the first radome , the second antenna portion comprises a second radome and a second reflection plate disposed in the second radome , and a working surface of the first reflection plate and a working surface of the second reflection plate are coplanar; and a plurality of antenna arrays on the working surface of the first reflection plate and a plurality of antenna arrays on the working surface of the second reflection plate are configured to construct different types of antennas based on a quantity of frequency bands and a quantity of transmit and receive channels that are configured for the antenna, characterized in that either, some antenna arrays on the first reflection plate and some of antenna arrays on the second reflection plate are configured to jointly construct a first-type antenna, and some other antenna arrays on the first reflection plate and some other antenna arrays on the second reflection plate are respectively configured to construct a second-type antenna and a third-type antenna, or, some antenna arrays on the first reflection plate and the plurality of antenna arrays on the second reflection plate are configured to jointly construct a first-type antenna, and some other antenna arrays on the first reflection plate are configured to construct the second-type antenna. the first antenna portion comprises a first radome and a first reflection plate disposed in the first radome , the second antenna portion comprises a second radome and a second reflection plate disposed in the second radome , and a working surface of the first reflection plate and a working surface of the second reflection plate are coplanar; and a plurality of antenna arrays on the working surface of the first reflection plate and a plurality of antenna arrays on the working surface of the second reflection plate are configured to construct different types of antennas based on a quantity of frequency bands and a quantity of transmit and receive channels that are configured for the antenna, characterized in that either, some antenna arrays on the first reflection plate and some of antenna arrays on the second reflection plate are configured to jointly construct a first-type antenna, and some other antenna arrays on the first reflection plate and some other antenna arrays on the second reflection plate are respectively configured to construct a second-type antenna and a third-type antenna, or, some antenna arrays on the first reflection plate and the plurality of antenna arrays on the second reflection plate are configured to jointly construct a first-type antenna, and some other antenna arrays on the first reflection plate are configured to construct the second-type antenna.
A method of fabricating a solar cell array characterized by comprising: providing a composite face sheet on an assembly fixture, the assembly fixture having a convex surface; providing a double sided adhesive film and positioning it on the top surface of the face sheet; bonding a bottom surface of the adhesive film to the top surface of the face sheet by co-curing; positioning an array of solar cells over the top surface of the adhesive film, the solar cells having a front side configured to be irradiated by light and a back side; bonding each cell of the array of solar cells to a predefined region on the top surface of the face sheet; covering the front side of the solar cells with a film composed of ethyleny tetrafluoro ethylene (ETFE), wherein an adhesive film is arranged between the solar cells and the ETFE film. providing a composite face sheet on an assembly fixture, the assembly fixture having a convex surface; providing a double sided adhesive film and positioning it on the top surface of the face sheet; bonding a bottom surface of the adhesive film to the top surface of the face sheet by co-curing; positioning an array of solar cells over the top surface of the adhesive film, the solar cells having a front side configured to be irradiated by light and a back side; bonding each cell of the array of solar cells to a predefined region on the top surface of the face sheet; covering the front side of the solar cells with a film composed of ethyleny tetrafluoro ethylene (ETFE), wherein an adhesive film is arranged between the solar cells and the ETFE film.
A drill string joint for joining a drill head to a drill string along a central axis, the joint comprising: a box end member defining, at a first axial end thereof, a first bore and a second deeper bore of smaller cross section than the first bore; a pin end member defining a first insertion portion corresponding to the first bore and a second insertion portion corresponding to the second bore, wherein a conical tapered surface interface is defined between the second insertion portion and the second bore; a plurality of cross pins extending through corresponding apertures formed through both the box end member, at the first bore, and the first insertion portion of the pin end member, the plurality of cross pins being located within a first axial span of the joint separate from a second axial span in which the conical tapered surface interface of the second insertion portion and the second bore is defined; and a torque coupling established between the box end member and the pin end member at an axial position between the first axial span and the second axial span. a box end member defining, at a first axial end thereof, a first bore and a second deeper bore of smaller cross section than the first bore; a pin end member defining a first insertion portion corresponding to the first bore and a second insertion portion corresponding to the second bore, wherein a conical tapered surface interface is defined between the second insertion portion and the second bore; a plurality of cross pins extending through corresponding apertures formed through both the box end member, at the first bore, and the first insertion portion of the pin end member, the plurality of cross pins being located within a first axial span of the joint separate from a second axial span in which the conical tapered surface interface of the second insertion portion and the second bore is defined; and a torque coupling established between the box end member and the pin end member at an axial position between the first axial span and the second axial span.
A capacitance measuring system, comprising: an amplifier comprising a positive input, a negative input, and an output; a first capacitor connected to the negative input of the amplifier and to an external device with an unknown capacitance to be measured, wherein the first capacitor stores a first voltage; a second capacitor connected to the output of the amplifier and to the external device, wherein the second capacitor stores the first voltage; a voltage source device that supplies a second voltage to the positive input of the amplifier; a reset device (112; 202; 302; 402) that connects the output of the amplifier and the negative input of the amplifier and facilitates driving the output of the amplifier and the negative input of the amplifier to the second voltage; and a detector device that measures a change in the output voltage of the amplifier as a function of a change in the second voltage supplied by the voltage source and function of the unknown capacitance of the external device, wherein the first voltage is higher than the second voltage. an amplifier comprising a positive input, a negative input, and an output; a first capacitor connected to the negative input of the amplifier and to an external device with an unknown capacitance to be measured, wherein the first capacitor stores a first voltage; a second capacitor connected to the output of the amplifier and to the external device, wherein the second capacitor stores the first voltage; a voltage source device that supplies a second voltage to the positive input of the amplifier; a reset device (112; 202; 302; 402) that connects the output of the amplifier and the negative input of the amplifier and facilitates driving the output of the amplifier and the negative input of the amplifier to the second voltage; and a detector device that measures a change in the output voltage of the amplifier as a function of a change in the second voltage supplied by the voltage source and function of the unknown capacitance of the external device, wherein the first voltage is higher than the second voltage.
A method of manufacturing a foam molded article , comprising: an extrusion step of extruding a molten, kneaded resin containing a foaming agent through an annular slit between a die core and a die shell surrounding the die core to form a cylindrical foam parison and extruding the foam parison between a pair of split molds ; a lower-pinching step of pinching the foam parison between lower pinchers disposed under the split molds ; and a molding step of molding the foam parison by closing the split molds , after the lower-pinching step, characterized in that H/D is 1.33 to 3.33 and L/D is 0.33 to 2.00, where D represents a diameter of the die core , H represents a distance between a lower surface of the die core and an upper surface of each of the split molds , and L represents a distance between a lower surface of each of the split molds and an upper surface of the corresponding lower pincher . an extrusion step of extruding a molten, kneaded resin containing a foaming agent through an annular slit between a die core and a die shell surrounding the die core to form a cylindrical foam parison and extruding the foam parison between a pair of split molds ; a lower-pinching step of pinching the foam parison between lower pinchers disposed under the split molds ; and a molding step of molding the foam parison by closing the split molds , after the lower-pinching step, characterized in that H/D is 1.33 to 3.33 and L/D is 0.33 to 2.00, where D represents a diameter of the die core , H represents a distance between a lower surface of the die core and an upper surface of each of the split molds , and L represents a distance between a lower surface of each of the split molds and an upper surface of the corresponding lower pincher .
A respiratory interface apparatus , comprising: a patient contacting portion structured to engage a face of the patient, wherein the patient contacting portion is part of a mask body ; a common chamber fluidly coupled to the patient contacting portion ; a first control chamber ; a first flow regulating mechanism provided between the first control chamber and the common chamber ; a second control chamber ; a second flow regulating mechanism provided between the second control chamber and the common chamber ; a first conduit fluidly coupled to the first control chamber ; a second conduit fluidly coupled to the second control chamber ; wherein the common chamber , the first control chamber and the second control chamber are coupled to the mask body and together form a patient interface assembly; characterized in that the respiratory interface apparatus further comprises a pressure source structured to generate a positive flow of breathing gas to the patient and a negative flow from the patient, the first conduit and the second conduit being fluidly coupled to the pressure source . a patient contacting portion structured to engage a face of the patient, wherein the patient contacting portion is part of a mask body ; a common chamber fluidly coupled to the patient contacting portion ; a first control chamber ; a first flow regulating mechanism provided between the first control chamber and the common chamber ; a second control chamber ; a second flow regulating mechanism provided between the second control chamber and the common chamber ; a first conduit fluidly coupled to the first control chamber ; a second conduit fluidly coupled to the second control chamber ; wherein the common chamber , the first control chamber and the second control chamber are coupled to the mask body and together form a patient interface assembly; characterized in that the respiratory interface apparatus further comprises a pressure source structured to generate a positive flow of breathing gas to the patient and a negative flow from the patient, the first conduit and the second conduit being fluidly coupled to the pressure source .
Method for forming an elongate cutout , which has a varying transverse dimension in the longitudinal direction , in a workpiece which is preferably made of wood, wood materials, plastic or the like, at least in some sections, comprising the steps of: plunging a machining device into the workpiece , wherein the machining device has an adjustable machining diameter (D1; D2); performing a relative movement between the machining device and the workpiece ; adjusting the machining diameter (D1; D2) of the machining device; removing the machining device out of the workpiece , characterised in that the machining diameter (D1; D2) of the machining device is reduced after the relative movement of the machining device and workpiece and before removal of the machining device. plunging a machining device into the workpiece , wherein the machining device has an adjustable machining diameter (D1; D2); performing a relative movement between the machining device and the workpiece ; adjusting the machining diameter (D1; D2) of the machining device; removing the machining device out of the workpiece , characterised in that the machining diameter (D1; D2) of the machining device is reduced after the relative movement of the machining device and workpiece and before removal of the machining device.
A composite sheet product characterised by : a skin sheet including ultrafine fibers having an average fiber diameter of 0.1 to 10 μm and an elastomer, and a woven or knitted fabric, wherein the skin sheet and the woven or knitted fabric are laminated on each other with a resin layer containing a flame retardant and an adhesive layer interposed therebetween.
A network node device of a communication network, the network node device comprising: physical, PHY, layer circuity configured to transmit and receive data packets via a communication network; and processing circuitry connected to the PHY layer circuitry and configured to: encode a data packet for sending according to a first communication protocol for sending to a second network node during a specified communication time slot; initiate resending of the data packet when the second network node does not respond during a specified acknowledge time slot; and characterized in that the processing circuitry is further configured to: encode the data packet according to a second communication protocol for sending to the second network node for a last retry attempt of a finite number of retry attempts, wherein the time to send the data packet formatted in the second communication protocol extends into the specified acknowledge time slot. physical, PHY, layer circuity configured to transmit and receive data packets via a communication network; and processing circuitry connected to the PHY layer circuitry and configured to: encode a data packet for sending according to a first communication protocol for sending to a second network node during a specified communication time slot; initiate resending of the data packet when the second network node does not respond during a specified acknowledge time slot; and characterized in that the processing circuitry is further configured to: encode the data packet according to a second communication protocol for sending to the second network node for a last retry attempt of a finite number of retry attempts, wherein the time to send the data packet formatted in the second communication protocol extends into the specified acknowledge time slot. encode a data packet for sending according to a first communication protocol for sending to a second network node during a specified communication time slot; initiate resending of the data packet when the second network node does not respond during a specified acknowledge time slot; and characterized in that the processing circuitry is further configured to: encode the data packet according to a second communication protocol for sending to the second network node for a last retry attempt of a finite number of retry attempts, wherein the time to send the data packet formatted in the second communication protocol extends into the specified acknowledge time slot.