mhurhangee/patent-ind-claim-en huggingface dataset:
An electrically powered vegetation cutter , comprising a shaft tube , a cutting implement at a bottom end of the shaft tube, a top housing at a top end of the shaft tube and a handle arrangement , connected to the shaft tube at a location in between the cutting implement and the top housing , the vegetation cutter comprising an electric motor configured to drive the cutting implement and a battery configured to supply power to the electric motor, and the top housing comprising the electric motor and having a constant mass during use; the handle arrangement comprising a connector link , which at a first end is connected at the top housing via a pivotal connection and at second end is connected to the shaft tube , at a distance (D) from the top housing , via a resilient element ; a handle bar comprising a first and a second handle and being attached to the connector link , the vegetation cutter being characterized by : the length of the connector link and the dynamic properties of the resilient element are adapted to carry out vibration dampening of predicted vibration frequencies produced by the cutting implement during use. the top housing comprising the electric motor and having a constant mass during use; the handle arrangement comprising a connector link , which at a first end is connected at the top housing via a pivotal connection and at second end is connected to the shaft tube , at a distance (D) from the top housing , via a resilient element ; a handle bar comprising a first and a second handle and being attached to the connector link , the vegetation cutter being characterized by : the length of the connector link and the dynamic properties of the resilient element are adapted to carry out vibration dampening of predicted vibration frequencies produced by the cutting implement during use.
An apparatus for a display, the apparatus comprising: a first group of primary light sources (202; 400; 450; 475) to illuminate in a first direction a first light guide with a first light, the first light guide directing the first light to a second direction perpendicular to the first direction, the first group of primary light sources (202; 400; 450; 475) disposed within a cavity of a second light guide , both the second light guide and the cavity coupled to the first light guide in the first direction in a tile assembly without overlapping the first light guide ; a second group of primary light sources (203; 400; 450; 475) to illuminate in the first direction the second light guide with a second light, the second light guide having a sloped surface configured to direct the second light to the second direction, the cavity underlying the sloped surface in a direction opposite to the second direction.
Composition in the form of an aqueous solution, whose pH is superior to 7, comprising: - from 5 to 30 % of the total weight of one or more alkanolamines; - from 5 to 30 % of the total weight of one or more carboxylic acids; - from 5 to 30 % of the total weight of one or more alkyldimethylamines; - from 5 to 50 % of the total weight of one adhesion promoter chosen among the bifunctional silanes; characterized in that the ratio between the amines functions and the acids functions is strictly superior to 1 and inferior to 2. - from 5 to 30 % of the total weight of one or more alkanolamines; - from 5 to 30 % of the total weight of one or more carboxylic acids; - from 5 to 30 % of the total weight of one or more alkyldimethylamines; - from 5 to 50 % of the total weight of one adhesion promoter chosen among the bifunctional silanes;
A sheet cassette connectable to a printer, the sheet cassette comprising: a case configured to store a recording sheet; a cover covering the case ; a connecting part configured to be connected to the printer; and a spring configured to press a recording sheet in the sheet cassette toward a position at which the printer is to be located when connected to the sheet cassette , wherein the spring is provided on the case , the cover covers the case and the spring , the connecting part is attached to the case , and the spring is configured to press a recording sheet placed on the cover toward the position at which the printer is to be located when connected to the sheet cassette , when the spring is exposed. a case configured to store a recording sheet; a cover covering the case ; a connecting part configured to be connected to the printer; and a spring configured to press a recording sheet in the sheet cassette toward a position at which the printer is to be located when connected to the sheet cassette , wherein the spring is provided on the case , the cover covers the case and the spring , the connecting part is attached to the case , and the spring is configured to press a recording sheet placed on the cover toward the position at which the printer is to be located when connected to the sheet cassette , when the spring is exposed.
A press for a casting machine, comprising a stationary base plate , a stationary upper frame and a movable clamping plate , wherein two front columns and two rear columns coupled to the movable clamping plate by means of guides are arranged on the corner areas of the plates and on the corner areas of the upper frame , and are fixed on the base plate and the stationary upper frame , wherein the press is a vertical press with vertically arranged columns , characterized in that the two front columns are detachably fixed on the base plate and the upper frame and, with respect to the base plate , the upper frame and the clamping plate , are movably arranged in such a manner that they can be moved at least partially out of the area between the base plate and the movable clamping plate , and a tensioning mechanism is arranged between the upper frame and the base plate , adjacent to the rear columns and at the side facing away from the front columns , for producing a tensile stress for compensating a tilting motion of the upper frame with respect to the base plate when the front columns are lifted. a stationary base plate , a stationary upper frame and a movable clamping plate , wherein two front columns and two rear columns coupled to the movable clamping plate by means of guides are arranged on the corner areas of the plates and on the corner areas of the upper frame , and are fixed on the base plate and the stationary upper frame , wherein the press is a vertical press with vertically arranged columns , characterized in that the two front columns are detachably fixed on the base plate and the upper frame and, with respect to the base plate , the upper frame and the clamping plate , are movably arranged in such a manner that they can be moved at least partially out of the area between the base plate and the movable clamping plate , and a tensioning mechanism is arranged between the upper frame and the base plate , adjacent to the rear columns and at the side facing away from the front columns , for producing a tensile stress for compensating a tilting motion of the upper frame with respect to the base plate when the front columns are lifted.
A chassis of a trailer to be pulled by a vehicle, the chassis having a front axle and a rear axle , each axle being equipped with right and left wheels mounted to be freely rotating about an axis parallel with the axle, the front and rear axles being mounted on a frame of the chassis via front and rear turntables rotatable about vertical axes, the chassis further comprising a drawbar , characterised in that the drawbar has one end attached to the front axle via a pivotable connection; wherein the pivotable connection of the drawbar , and the turntable of the rear axle can be moved between and locked into first positions where the drawbar is perpendicular to the front axle , and the rear axle is perpendicular to a longitudinal direction of the frame , and second positions where the drawbar is oblique to the front axle , and the rear axle is oblique to the longitudinal direction of the frame.
A processor comprising: a plurality of cores , wherein each of the plurality of cores comprises a multithreaded core adapted to concurrently execute a plurality of threads; and a control circuit adapted to concurrently enable at least one of the plurality of cores to operate in a single-threaded mode and at least one other of the plurality of cores to operate in a multi-threaded mode; and characterized by : a configuration storage adapted to store an enable indicator for each of the plurality of cores to indicate whether the core is enabled to operate in the multi-threaded mode, the enable indicator for each of the plurality of cores statically configured by a manufacturer of the processor. a plurality of cores , wherein each of the plurality of cores comprises a multithreaded core adapted to concurrently execute a plurality of threads; and a control circuit adapted to concurrently enable at least one of the plurality of cores to operate in a single-threaded mode and at least one other of the plurality of cores to operate in a multi-threaded mode; and characterized by : a configuration storage adapted to store an enable indicator for each of the plurality of cores to indicate whether the core is enabled to operate in the multi-threaded mode, the enable indicator for each of the plurality of cores statically configured by a manufacturer of the processor.
A method for long term preservation of anatomical or surgical material, comprising the following steps: a. pretreatment of the material available and previously fixed in formalin; b. dehydration of the material by treatment with ethyl alcohol at different gradations; c. clarification of the material by using D-limonene and an acrylic polymer; d. dripping of the material fragments taken from the previous clarification step and giving the desired shape; e. drying of the material and obtaining the dehydrated final product; f. taking off a small quantity of material from the dehydrated final product; g. arrangement of the taken material in sampling little cells for surgical pieces; h. immersion of the little cells containing the material in D-limonene according to a volume ratio 10:1; i. reiteration of step h. for three consecutive days by changing said D-limonene for 3 times; j. realization of a paraffin block from which the material, which can be analyzed in anatomical pathology labs, is obtained. said method being characterized in that : said clarification step c) of the material comprises the following steps: i. a first treatment of the material in a stirrer with D-Limonene for a time interval of 10 minutes; ii. a second treatment of the material in a hermetic container at ambient temperature by means of D-Limonene overnight. iii. a third treatment of the material in a 1:10 solution of an acrylic polymer for a whole day. a. pretreatment of the material available and previously fixed in formalin; b. dehydration of the material by treatment with ethyl alcohol at different gradations; c. clarification of the material by using D-limonene and an acrylic polymer; d. dripping of the material fragments taken from the previous clarification step and giving the desired shape; e. drying of the material and obtaining the dehydrated final product; f. taking off a small quantity of material from the dehydrated final product; g. arrangement of the taken material in sampling little cells for surgical pieces; h. immersion of the little cells containing the material in D-limonene according to a volume ratio 10:1; i. reiteration of step h. for three consecutive days by changing said D-limonene for 3 times; j. realization of a paraffin block from which the material, which can be analyzed in anatomical pathology labs, is obtained. i. a first treatment of the material in a stirrer with D-Limonene for a time interval of 10 minutes; ii. a second treatment of the material in a hermetic container at ambient temperature by means of D-Limonene overnight. iii. a third treatment of the material in a 1:10 solution of an acrylic polymer for a whole day.
A method of producing composite based on calcium phosphate ceramics mixed with curdlan, wherein into a water suspension containing 76-175 grams of β-1,3-glucan per one litre of water calcium phosphate ceramics in the form of porous granules weighing 300-800 g in total, favourably from 415 to 800 g, are added and mixed until an optimum homogeneity is achieved and then preliminary moulding takes place whereby a preform trough is thoroughly filled with the matter and after that the matter is pushed into a mould where each portion of the matter is rammed separately until consistency containing less than 15% air is achieved and, after accurate ramming, the matter together with the mould is being kept for 5-120 minutes in temperatures between 80-100°̂C, and after that the finished product is removed from the mould.
A method for updating a three-dimensional model of a patient anatomy, the method comprising: receiving a 3D model of a patient anatomy; calculating one or more poses for an imaging device to image an anatomical feature, based on the 3D model of the patient anatomy; receiving an image from the imaging device at each of the one or more poses to yield an image set for the anatomical feature; and updating a representation of the anatomical feature in the 3D model of the patient anatomy based on at least one image from the image set and the pose corresponding to the at least one image to yield an updated 3D model of the patient anatomy, characterised in that the imaging device is a first imaging device; wherein the image set is a first image set; and wherein the method further includes receiving an image from a second imaging device at one or more poses to yield a second image set for the anatomical feature; and wherein updating the representation of the anatomical feature in the 3D model of the patient anatomy is further based on at least one image from the second image set and the pose corresponding to that image to yield the updated 3D model of the patient anatomy, and wherein the first imaging device is an ultrasound probe and the second imaging device is an optical coherence tomography camera. receiving a 3D model of a patient anatomy; calculating one or more poses for an imaging device to image an anatomical feature, based on the 3D model of the patient anatomy; receiving an image from the imaging device at each of the one or more poses to yield an image set for the anatomical feature; and updating a representation of the anatomical feature in the 3D model of the patient anatomy based on at least one image from the image set and the pose corresponding to the at least one image to yield an updated 3D model of the patient anatomy, characterised in that the imaging device is a first imaging device; wherein the image set is a first image set; and wherein the method further includes receiving an image from a second imaging device at one or more poses to yield a second image set for the anatomical feature; and wherein updating the representation of the anatomical feature in the 3D model of the patient anatomy is further based on at least one image from the second image set and the pose corresponding to that image to yield the updated 3D model of the patient anatomy, and wherein the first imaging device is an ultrasound probe and the second imaging device is an optical coherence tomography camera.
An energy-saving wind box for cooling a glass sheet, wherein the energy-saving wind box comprises: a wind box body , wherein an outer surface of the wind box body has a plurality of air outlets , the air outlets are horizontally arranged in an upper row and a lower row, the air outlets in an upper row are arranged respectively opposite to the air outlets in the lower row, and each of the air outlets has a wind hole ; a plurality of slot plates , wherein the slot plates are respectively disposed in the wind holes ; and characterized in that it further comprises a plurality of driving components , wherein each of the driving components is connected to the corresponding slot plate in the upper row and the corresponding slot plate in the lower row which is arranged opposite to the corresponding slot plate in the upper row, the corresponding two slot plates are controlled by the driving component to pivot to close or open the two corresponding wind holes . a wind box body , wherein an outer surface of the wind box body has a plurality of air outlets , the air outlets are horizontally arranged in an upper row and a lower row, the air outlets in an upper row are arranged respectively opposite to the air outlets in the lower row, and each of the air outlets has a wind hole ; a plurality of slot plates , wherein the slot plates are respectively disposed in the wind holes ; and characterized in that it further comprises a plurality of driving components , wherein each of the driving components is connected to the corresponding slot plate in the upper row and the corresponding slot plate in the lower row which is arranged opposite to the corresponding slot plate in the upper row, the corresponding two slot plates are controlled by the driving component to pivot to close or open the two corresponding wind holes .
A shroud for connecting to a container having a closure portion, the shroud comprising: a housing having a luer connector ; a spike having a fluid lumen transitioning into the connector ; a plurality of segments terminating in a continuous annular edge surrounding the spike and defining a plurality of openings ; and a plurality of protrusions circumferentially spaced, each of the plurality of protrusions having (i) a proximal end connected to the continuous annular edge and (ii) a distal end positioned in one of the plurality of openings, the distal end of each protrusion inwardly extending from the continuous annular edge , the protrusions defining a receiving volume dimensioned to receive the closure portion of the container, whereby the protrusions deflect outwardly away from an initial position during contact and traversing of the closure portion of the container and return to approximately their initial position when the closure portion of the container passes the distal end of the protrusion, whereby the protrusions deflect inwardly towards the closure portion of the container when a removing force is applied to the container, thereby preventing removal of the container. a housing having a luer connector ; a spike having a fluid lumen transitioning into the connector ; a plurality of segments terminating in a continuous annular edge surrounding the spike and defining a plurality of openings ; and a plurality of protrusions circumferentially spaced, each of the plurality of protrusions having (i) a proximal end connected to the continuous annular edge and (ii) a distal end positioned in one of the plurality of openings, the distal end of each protrusion inwardly extending from the continuous annular edge , the protrusions defining a receiving volume dimensioned to receive the closure portion of the container, whereby the protrusions deflect outwardly away from an initial position during contact and traversing of the closure portion of the container and return to approximately their initial position when the closure portion of the container passes the distal end of the protrusion, whereby the protrusions deflect inwardly towards the closure portion of the container when a removing force is applied to the container, thereby preventing removal of the container.
A method, implemented at a computer system that includes one or more processors , for monitoring a memory location to identify the encounter of breakpoints through use of a cache during debugging, the method comprising: identifying a memory address that is to be monitored; based at least on identifying the memory address, performing at least the following: storing the memory address in a breakpoint monitoring list; and ensuring that any cache lines overlapping with the memory address are evicted from a cache, including: determining whether one or more cache lines overlapping with the memory address already exist in a cache, and when the one or more cache lines already exist in the cache, and based on the memory address being stored in the breakpoint monitoring list, evicting the one or more cache lines from the cache; during debugging, detecting the occurrence of a cache miss based on a memory access operation; and based at least on occurrence of the cache miss, determining whether a portion of a cache line imported into the cache based on the cache miss overlaps with the memory address stored in the breakpoint monitoring list, and when the portion of the imported cache line does overlap with the memory address, performing at least the following: processing one or more monitoring operations on the memory address; and evicting the imported cache line from the cache. identifying a memory address that is to be monitored; based at least on identifying the memory address, performing at least the following: storing the memory address in a breakpoint monitoring list; and ensuring that any cache lines overlapping with the memory address are evicted from a cache, including: determining whether one or more cache lines overlapping with the memory address already exist in a cache, and when the one or more cache lines already exist in the cache, and based on the memory address being stored in the breakpoint monitoring list, evicting the one or more cache lines from the cache; storing the memory address in a breakpoint monitoring list; and ensuring that any cache lines overlapping with the memory address are evicted from a cache, including: determining whether one or more cache lines overlapping with the memory address already exist in a cache, and when the one or more cache lines already exist in the cache, and based on the memory address being stored in the breakpoint monitoring list, evicting the one or more cache lines from the cache; during debugging, detecting the occurrence of a cache miss based on a memory access operation; and based at least on occurrence of the cache miss, determining whether a portion of a cache line imported into the cache based on the cache miss overlaps with the memory address stored in the breakpoint monitoring list, and when the portion of the imported cache line does overlap with the memory address, performing at least the following: processing one or more monitoring operations on the memory address; and evicting the imported cache line from the cache. processing one or more monitoring operations on the memory address; and evicting the imported cache line from the cache.