mhurhangee/patent-ind-claim-en huggingface dataset:
A bone screw comprising: a) an anchor component having first and second ends and comprising a nail portion adjacent the second end and a threaded portion comprising an external thread adjacent the first end, the nail portion and the threaded portion being adapted to be inserted into bone; and, b) a generally cylindrical sleeve component having first and second ends and a bore extending there-through, the bore being threaded over at least a portion thereof adjacent the second end, the sleeve component including a threaded outer surface adjacent at least the second end, the threaded outer surface adapted to be secured into the bone; - wherein the second end of the sleeve component is adapted to receive the first end of the anchor component, and wherein the threaded portion of the anchor component is adapted to engage the threaded bore of the sleeve component ; - characterized in that : - the nail portion and threaded portion of the anchor component have respective longitudinal axes, wherein the longitudinal axis of the nail portion is angled with respect to the longitudinal axis of the threaded portion. a) an anchor component having first and second ends and comprising a nail portion adjacent the second end and a threaded portion comprising an external thread adjacent the first end, the nail portion and the threaded portion being adapted to be inserted into bone; and, b) a generally cylindrical sleeve component having first and second ends and a bore extending there-through, the bore being threaded over at least a portion thereof adjacent the second end, the sleeve component including a threaded outer surface adjacent at least the second end, the threaded outer surface adapted to be secured into the bone; - wherein the second end of the sleeve component is adapted to receive the first end of the anchor component, and wherein the threaded portion of the anchor component is adapted to engage the threaded bore of the sleeve component ; - characterized in that : - the nail portion and threaded portion of the anchor component have respective longitudinal axes, wherein the longitudinal axis of the nail portion is angled with respect to the longitudinal axis of the threaded portion. - wherein the second end of the sleeve component is adapted to receive the first end of the anchor component, and wherein the threaded portion of the anchor component is adapted to engage the threaded bore of the sleeve component ; - characterized in that : - the nail portion and threaded portion of the anchor component have respective longitudinal axes, wherein the longitudinal axis of the nail portion is angled with respect to the longitudinal axis of the threaded portion.
A machine for laying sliced food products in containers , comprising: a first conveyor able to convey slices or groups of slices along at least one advancement direction and provided with an end portion from which the slices are released; a second conveyor able to convey containers suitable for receiving one or more slices from said end portion of the first conveyor , said second conveyor being placed under the first conveyor ; and a positioning apparatus for regulating the arrangement of the first and the second conveyor with respect to each other; at least a detection apparatus able to determine an arrangement of the slices or of the groups of slices on the first conveyor , and a processing unit connected to said positioning and detection apparatuses and configured to control the positioning apparatus, according to detections carried out by the detection apparatus ; the machine being characterized by comprising a first and a second actuator able to activate the first and the second conveyor , respectively, the processing unit comprising a first and a second transport module , to which the first and the second actuator are respectively subjected, said first and second modules being configured to determine advancement speed and direction of the first and of the second conveyor . a first conveyor able to convey slices or groups of slices along at least one advancement direction and provided with an end portion from which the slices are released; a second conveyor able to convey containers suitable for receiving one or more slices from said end portion of the first conveyor , said second conveyor being placed under the first conveyor ; and a positioning apparatus for regulating the arrangement of the first and the second conveyor with respect to each other; at least a detection apparatus able to determine an arrangement of the slices or of the groups of slices on the first conveyor , and a processing unit connected to said positioning and detection apparatuses and configured to control the positioning apparatus, according to detections carried out by the detection apparatus ; the machine being characterized by comprising a first and a second actuator able to activate the first and the second conveyor , respectively, the processing unit comprising a first and a second transport module , to which the first and the second actuator are respectively subjected, said first and second modules being configured to determine advancement speed and direction of the first and of the second conveyor .
A pump system comprising a pump, an injector and a regulator with a calculation unit, which regulator is adapted to controlling said pump by a control signal to pump a liquid through a hose to said injector which opens and closes in response to an injector control signal, the time for an opening and closing cycle being called injector cycle and designated T S , and the injector's open period being designated γ , characterised in that the injector is provided with a pressure sensor adapted to measuring the pressure of the liquid in the injector and to delivering a pressure sensor signal to the calculation unit in the regulator, which calculation unit is adapted to determining on the basis of the pressure sensor signal the pressure amplitude A in the injector and hence to calculating the hose's rigidity B as a function of measured pressured amplitudes A in the injector, the injector cycle T S and the injector's open period y, and that the regulator is adapted to determining on the basis of the hose rigidity B the control signal to the pump.
An article for attaching a flexible panel to a frame , comprising: a ribbon of spring material, which is formed to provide a securement portion for securement along a perimeter of the flexible panel , and to provide a catch portion that extends contiguous from and in a same plane as the securement portion ; wherein the securement portion is formed as open, closed or twisted loops from the catch portion . a ribbon of spring material, which is formed to provide a securement portion for securement along a perimeter of the flexible panel , and to provide a catch portion that extends contiguous from and in a same plane as the securement portion ; wherein the securement portion is formed as open, closed or twisted loops from the catch portion .
A composite material, comprising: a metal foam in the form of a film, wherein one or more functional groups selected from the group consisting of a hydroxyl group, an amino group, an alkoxy group, a carboxyl group, a glycidyl group and a sulfonyl group are introduced; and a polymer component present on the surface of the metal foam or in the interior of the metal foam, wherein the polymer component comprises one or more selected from the group consisting of an acrylic resin, a silicone resin, an epoxy resin, a urethane resin, an amino resin, a polyester, an olefin resin and a phenol resin, wherein the metal foam has a skeleton comprising any one metal selected from the group consisting of copper, gold, silver, aluminum, nickel, iron, cobalt, magnesium, molybdenum, tungsten and zinc, or two or more thereof, wherein the ratio (MV/PV) of the volume (PV) of the polymer component and the volume (MV) of the metal foam is 0.1 to 9, wherein the polymer component forms a surface layer on the surface of the metal foam, and further comprises a thermally conductive filler in the surface layer, wherein the thermally conductive filler is alumina, AlN (aluminum nitride), BN (boron nitride), silicon nitride, SiC, BeO, carbon black, graphene, graphene oxide or graphite, wherein the volume ratio of the thermally conductive filler is from 1 vol% to 80 vol% and wherein the metal foam optionally comprises up to 30 weight% of a metal oxide. a metal foam in the form of a film, wherein one or more functional groups selected from the group consisting of a hydroxyl group, an amino group, an alkoxy group, a carboxyl group, a glycidyl group and a sulfonyl group are introduced; and a polymer component present on the surface of the metal foam or in the interior of the metal foam, wherein the polymer component comprises one or more selected from the group consisting of an acrylic resin, a silicone resin, an epoxy resin, a urethane resin, an amino resin, a polyester, an olefin resin and a phenol resin, wherein the metal foam has a skeleton comprising any one metal selected from the group consisting of copper, gold, silver, aluminum, nickel, iron, cobalt, magnesium, molybdenum, tungsten and zinc, or two or more thereof, wherein the ratio (MV/PV) of the volume (PV) of the polymer component and the volume (MV) of the metal foam is 0.1 to 9, wherein the polymer component forms a surface layer on the surface of the metal foam, and further comprises a thermally conductive filler in the surface layer, wherein the thermally conductive filler is alumina, AlN (aluminum nitride), BN (boron nitride), silicon nitride, SiC, BeO, carbon black, graphene, graphene oxide or graphite, wherein the volume ratio of the thermally conductive filler is from 1 vol% to 80 vol% and wherein the metal foam optionally comprises up to 30 weight% of a metal oxide.
A method in a wireless device for triggering aperiodic Sounding Reference Signal, SRS, the method comprising: receiving (900-902, 1000-1002, 1202, 1400-1402) a first SRS configuration for a first type of aperiodic SRS transmission and/or a second SRS configuration for a second type of aperiodic SRS transmission; receiving downlink control information comprising a parameter provided in a same-length SRS request field of the downlink control information for triggering an aperiodic SRS transmission using the first SRS configuration or the second SRS configuration; determining whether to use the first SRS configuration or the second SRS configuration; and transmitting an aperiodic SRS transmission in accordance with the determined SRS configuration. receiving (900-902, 1000-1002, 1202, 1400-1402) a first SRS configuration for a first type of aperiodic SRS transmission and/or a second SRS configuration for a second type of aperiodic SRS transmission; receiving downlink control information comprising a parameter provided in a same-length SRS request field of the downlink control information for triggering an aperiodic SRS transmission using the first SRS configuration or the second SRS configuration; determining whether to use the first SRS configuration or the second SRS configuration; and transmitting an aperiodic SRS transmission in accordance with the determined SRS configuration.
A refrigerator , comprising: a storage compartment ; a drawer located within the storage compartment , the drawer having an opening facing upward; a lid for uncovering or covering the opening , the lid being slidably supported on an upper portion of the drawer , and when the drawer is pulled out of the storage compartment , the lid being pulled out with the drawer while keeping the opening covered and sliding relative to the drawer to be pushed back into the storage compartment to uncover the opening ; a block located within the storage compartment , configured to: prevent the lid from continuing moving rearward to keep the lid supported on the drawer that is pulled out, and when the drawer is pushed into the storage compartment , enable the lid to cover the opening characterized in that the block is fixed to an inner wall of the storage compartment and extends to an upper side of the lid , and that there is a gap between the block and a surface of the lid . a storage compartment ; a drawer located within the storage compartment , the drawer having an opening facing upward; a lid for uncovering or covering the opening , the lid being slidably supported on an upper portion of the drawer , and when the drawer is pulled out of the storage compartment , the lid being pulled out with the drawer while keeping the opening covered and sliding relative to the drawer to be pushed back into the storage compartment to uncover the opening ; a block located within the storage compartment , configured to: prevent the lid from continuing moving rearward to keep the lid supported on the drawer that is pulled out, and when the drawer is pushed into the storage compartment , enable the lid to cover the opening characterized in that the block is fixed to an inner wall of the storage compartment and extends to an upper side of the lid , and that there is a gap between the block and a surface of the lid .
A method for preparing taurine, wherein in a production process of taurine by an ethylene oxide method, isethionate and ammonia are subjected to an ammonolysis reaction under a microwave condition.
A cooling panel for a melter , comprising: first and second outer walls and a plurality of side walls coupled to the first and second outer walls, defining an interior space , where each of the first and second outer walls have a plurality of openings ; and a plurality of baffles disposed in the interior space , where the baffles include a plurality of projections ; wherein respective openings and projections fit together and are connected from outside of the cooling panel so that the outer walls and the baffles are fixed together, and the side walls are fixed to the outer walls so that the cooling panel is fluid-tight. first and second outer walls and a plurality of side walls coupled to the first and second outer walls, defining an interior space , where each of the first and second outer walls have a plurality of openings ; and a plurality of baffles disposed in the interior space , where the baffles include a plurality of projections ; wherein respective openings and projections fit together and are connected from outside of the cooling panel so that the outer walls and the baffles are fixed together, and the side walls are fixed to the outer walls so that the cooling panel is fluid-tight.
A storage container comprising a plurality of stages of individual storage units each having an accommodating region to accommodate an article, each storage unit adapted for being stackable with the other storage units, each storage unit comprising an introducing portion and each storage unit comprising a duct portion configured to communicate with the duct portions of the other storage units, the storage container comprising: a supply portion configured to supply a purge gas, wherein the duct portions serve as a flow path for the purge gas supplied from the supply portion when the plurality of storage units are stacked; and wherein the introducing portions are configured to communicably connect the duct portions with the accommodating regions (S) and introduce the purge gas to the accommodating regions (S), characterized in that in at least some of the storage units a diffusion member is arranged in the duct portion , the diffusion member being a plate-like member protruding from an inner wall of the duct portion . a supply portion configured to supply a purge gas, wherein the duct portions serve as a flow path for the purge gas supplied from the supply portion when the plurality of storage units are stacked; and wherein the introducing portions are configured to communicably connect the duct portions with the accommodating regions (S) and introduce the purge gas to the accommodating regions (S), characterized in that in at least some of the storage units a diffusion member is arranged in the duct portion , the diffusion member being a plate-like member protruding from an inner wall of the duct portion .
A processing method, comprising: irradiating a light-transmittable material (M) with laser light to perform ablation to cut off an unnecessary portion of the material (M), characterized by the following steps: radiating the laser light along an irradiated part based on a first line segment (L1) set in a predetermined direction, radiating the laser light along each of irradiated parts based on a plurality of second line direction to form a cut part; segments (L2) set in a direction different from the predetermined wherein irradiation with the laser light is carried out such that the laser light focal position is corrected by taking into consideration the contribution of the refractive index of the material. irradiating a light-transmittable material (M) with laser light to perform ablation to cut off an unnecessary portion of the material (M), characterized by the following steps: radiating the laser light along an irradiated part based on a first line segment (L1) set in a predetermined direction, radiating the laser light along each of irradiated parts based on a plurality of second line direction to form a cut part; segments (L2) set in a direction different from the predetermined wherein irradiation with the laser light is carried out such that the laser light focal position is corrected by taking into consideration the contribution of the refractive index of the material.
An overhead rigid catenary temperature compensation device, comprising a left slide guide rail and a right slide guide rail , wherein one end of each of the left slide guide rail and the right slide guide rail is adapted to be fixedly connected to an end of each of two busbars ; slide ways and slide rails are manufactured throughout on inner side surfaces of the left slide guide rail and the right slide guide rail , and the two slide ways and the two slide rails are arranged to be staggered up and down, the slide way is a circular groove channel, and a wear-resisting, self-lubricating and electric-conductive shaft sleeve is embedded in the slide way ; the slide rail is a circular guide shaft, and an outer diameter of the circular guide shaft is adapted to an inner diameter of the shaft sleeve , by inserting the slide rails into the slide ways on the opposite side, the left slide guide rail and the right slide guide rail are connected together to be relatively slidable freely; contact line latch grooves are manufactured throughout at lower ends of outer side surfaces of the left slide guide rail and the right slide guide rail , and the contact line latch grooves correspond to contact line latch grooves at lower ends of the busbars that are coupled to the contact line latch grooves ; conducting rods are installed by conducting supports and parallel conducting pedestals on top surfaces of both of the left slide guide rail and the right slide guide rail , one end of the conducting rod is fixed on the conducting support , the other end of the conducting rod is fixed on the slide guide rail on the same side as the conducting support where the one end of the conducting rod is fixed by the parallel conducting pedestal , and middle sections of the conducting rods pass through the parallel conducting pedestals on the opposite side and are allowed to be slidably installed in the parallel conducting pedestals and to be relatively slidable freely along with the two slide guide rails, one end of the parallel conducting pedestals is fixed on a top surface of the slide guide rail, and the other end is positioned on a top surface of the slide guide rail on the opposite side .
A method, comprising: obtaining, by a device, historical data associated with usage of a distillation column during a historical time period; processing, by the device, the historical data to identify a plurality of operating states of the distillation column; determining, by the device and based on a set of parameters from the historical data, occurrences of a hazardous condition during the historical time period while the distillation column was operating according to an operating state of the plurality of operating states; configuring, by the device, a prediction model to monitor the distillation column for the hazardous condition, wherein the prediction model is trained based on training data that is associated with the occurrences of the hazardous condition; monitoring, by the device and using the prediction model, the distillation column to determine a probability that the distillation column experiences the hazardous condition within a threshold time period, wherein the prediction model is configured to determine the probability based on measurements from a set of sensors of the distillation column; and performing, by the device and based on the probability satisfying a probability threshold, an action associated with the distillation column to reduce a likelihood that the distillation column experiences the hazardous condition within the threshold time period. obtaining, by a device, historical data associated with usage of a distillation column during a historical time period; processing, by the device, the historical data to identify a plurality of operating states of the distillation column; determining, by the device and based on a set of parameters from the historical data, occurrences of a hazardous condition during the historical time period while the distillation column was operating according to an operating state of the plurality of operating states; configuring, by the device, a prediction model to monitor the distillation column for the hazardous condition, wherein the prediction model is trained based on training data that is associated with the occurrences of the hazardous condition; monitoring, by the device and using the prediction model, the distillation column to determine a probability that the distillation column experiences the hazardous condition within a threshold time period, wherein the prediction model is configured to determine the probability based on measurements from a set of sensors of the distillation column; and performing, by the device and based on the probability satisfying a probability threshold, an action associated with the distillation column to reduce a likelihood that the distillation column experiences the hazardous condition within the threshold time period.
A feeding system , comprising: a plurality of material tanks , each of which has an air outlet; a plurality of blowers , having air inlets in communication with air outlets of the material tanks in one-to-one correspondence; a dust remover, having an air inlet; and a connecting pipe , having a first end in communication with the air inlet of the dust remover and a second end movably arranged between a first connection position and a second connection position, wherein, at the first connection position, the second end is connected with the air outlet of one of the plurality of blowers ; at the second connection position, the second end is connected with the air outlet of another one of the plurality of blowers . a plurality of material tanks , each of which has an air outlet; a plurality of blowers , having air inlets in communication with air outlets of the material tanks in one-to-one correspondence; a dust remover, having an air inlet; and a connecting pipe , having a first end in communication with the air inlet of the dust remover and a second end movably arranged between a first connection position and a second connection position, wherein, at the first connection position, the second end is connected with the air outlet of one of the plurality of blowers ; at the second connection position, the second end is connected with the air outlet of another one of the plurality of blowers .