mhurhangee/patent-ind-claim-en huggingface dataset:
A box body applied to a battery pack, comprising: a first beam and a second beam , wherein the first beam and the second beam intersect each other, and are connected by a connecting portion , and partition the box body into a plurality of accommodation spaces ; and the first beam comprises a body and a recess , the recess is recessed inward relative to the body , and the connecting portion is disposed in the recess , wherein a first slot is disposed in the recess , a second slot is disposed on the second beam , and the first beam and the second beam are plug-connected through the first slot and the second slot , characterised in that first mounting plates are disposed on two sides of the second slot ; and the first mounting plates are connected to the recess . the first beam and the second beam intersect each other, and are connected by a connecting portion , and partition the box body into a plurality of accommodation spaces ; and the first beam comprises a body and a recess , the recess is recessed inward relative to the body , and the connecting portion is disposed in the recess , wherein a first slot is disposed in the recess , a second slot is disposed on the second beam , and the first beam and the second beam are plug-connected through the first slot and the second slot , characterised in that first mounting plates are disposed on two sides of the second slot ; and the first mounting plates are connected to the recess .
A spin-on fluid treatment device for removable installation to a filter head, comprising a main body , a cover piece seamed onto said main body , said cover piece having an internally threaded bore comprising a threaded surface, at least one inlet orifice radially removed from said threaded bore, and an axial seal surrounding said at least one inlet orifice ; wherein an outlet tube is at least partially disposed inside said threaded bore in a concentric position, wherein a filter element comprising a treatment medium is arranged inside said main body , said treatment medium being arranged to treat fluids entering through said at least one inlet orifice and leaving through said outlet tube ; wherein said outlet tube is provided with an externally oriented sealing portion , configured for engaging with a complementary element of an inlet spud of an entity that receives said treated fluids , wherein said internally threaded bore comprises a ring-shaped space inside the bore and between said outlet tube and said threaded surface, and wherein said cover piece comprises an inwardly angled section extending from a planar portion to a depressed portion , said depressed portion being adjacent to said central bore . wherein an outlet tube is at least partially disposed inside said threaded bore in a concentric position, wherein a filter element comprising a treatment medium is arranged inside said main body , said treatment medium being arranged to treat fluids entering through said at least one inlet orifice and leaving through said outlet tube ; wherein said outlet tube is provided with an externally oriented sealing portion , configured for engaging with a complementary element of an inlet spud of an entity that receives said treated fluids , wherein said internally threaded bore comprises a ring-shaped space inside the bore and between said outlet tube and said threaded surface, and wherein said cover piece comprises an inwardly angled section extending from a planar portion to a depressed portion , said depressed portion being adjacent to said central bore .
A machine comprising: a clutch adapted to engage and to disengage; an engine operable at various engine speeds including a resonant frequency engine speed; a transmission operatively connected to the engine through the clutch, the engine is adapted to apply power to the transmission when the clutch is engaged, and the engine is adapted to not apply power to the transmission when the clutch is disengaged; an engine starter adapted to apply power to the engine; an electronic control module configured to control the clutch to disengage when the engine starter applies power to the engine and to engage after an engine speed exceeds the resonant frequency engine speed; and a hybrid motor operatively connected to the transmission, characterized in that the hybrid motor is adapted to apply power to the transmission when the engine starter applies power to the engine until at least a time when the engine speed exceeds the resonant frequency speed. a clutch adapted to engage and to disengage; an engine operable at various engine speeds including a resonant frequency engine speed; a transmission operatively connected to the engine through the clutch, the engine is adapted to apply power to the transmission when the clutch is engaged, and the engine is adapted to not apply power to the transmission when the clutch is disengaged; an engine starter adapted to apply power to the engine; an electronic control module configured to control the clutch to disengage when the engine starter applies power to the engine and to engage after an engine speed exceeds the resonant frequency engine speed; and a hybrid motor operatively connected to the transmission, characterized in that the hybrid motor is adapted to apply power to the transmission when the engine starter applies power to the engine until at least a time when the engine speed exceeds the resonant frequency speed.
An image processing apparatus comprising: a certainty calculation unit configured to analyze an ultrasound image (U) of a subject for each frame and calculate a certainty of each blood vessel-like structure (A1, A2, A3) in the ultrasound image; a blood vessel detection unit configured to detect the blood vessel-like structures (A1, A2) for which the certainty calculated by the certainty calculation unit is higher than a certainty threshold value; and a certainty threshold value change unit configured to change the certainty threshold value based on a plurality of the certainties calculated for the ultrasound image having a plurality of frames by the certainty calculation unit. a blood vessel detection unit configured to detect the blood vessel-like structures (A1, A2) for which the certainty calculated by the certainty calculation unit is higher than a certainty threshold value; and a certainty threshold value change unit configured to change the certainty threshold value based on a plurality of the certainties calculated for the ultrasound image having a plurality of frames by the certainty calculation unit.
Method for delaminating a multilayer device comprising at least one organic structure , the method comprising the following steps: - A step of pre-treating the multilayer device consisting of perforating said at least one organic structure in places, then - A step of treating, in a reactor, the multilayer device consisting of subjecting it to at least one cycle of pressurising and depressurising a fluid . - A step of pre-treating the multilayer device consisting of perforating said at least one organic structure in places, then - A step of treating, in a reactor, the multilayer device consisting of subjecting it to at least one cycle of pressurising and depressurising a fluid .
A liquid natural blue coloring composition comprising a phycocyanin-containing extract, in particular a Spirulina extract, further comprising: ▪ a starch-based compound with a Dextrose Equivalent (DE) between 19 and 23, preferably 21; and ▪ sucrose; wherein the natural blue coloring composition is obtainable by a process wherein the step order is: 1) Adding the phycocyanin-containing extract, in particular the Spirulina extract, to an aqueous solution, preferably water, under agitation to obtain a first solution; 2) Adding the starch-based compound with a DE between 19 and 23, preferably 21, under agitation to obtain a second solution; and 3) Adding sucrose under agitation to obtain the natural blue coloring composition. wherein the concentration of the starch-based compound is from 1 w% to 15 w% as compared to the total weight of the natural blue coloring composition; and wherein the concentration of sucrose is ▪ In the absence of a salt, from 40 w% to 70 w% as compared to the total weight of the natural blue coloring composition; or ▪ In the presence of a salt, from 10 w% to 50 w% as compared to the total weight of the natural blue coloring composition. ▪ a starch-based compound with a Dextrose Equivalent (DE) between 19 and 23, preferably 21; and ▪ sucrose; wherein the natural blue coloring composition is obtainable by a process wherein the step order is: 1) Adding the phycocyanin-containing extract, in particular the Spirulina extract, to an aqueous solution, preferably water, under agitation to obtain a first solution; 2) Adding the starch-based compound with a DE between 19 and 23, preferably 21, under agitation to obtain a second solution; and 3) Adding sucrose under agitation to obtain the natural blue coloring composition. 1) Adding the phycocyanin-containing extract, in particular the Spirulina extract, to an aqueous solution, preferably water, under agitation to obtain a first solution; 2) Adding the starch-based compound with a DE between 19 and 23, preferably 21, under agitation to obtain a second solution; and 3) Adding sucrose under agitation to obtain the natural blue coloring composition. wherein the concentration of the starch-based compound is from 1 w% to 15 w% as compared to the total weight of the natural blue coloring composition; and wherein the concentration of sucrose is ▪ In the absence of a salt, from 40 w% to 70 w% as compared to the total weight of the natural blue coloring composition; or ▪ In the presence of a salt, from 10 w% to 50 w% as compared to the total weight of the natural blue coloring composition. ▪ In the absence of a salt, from 40 w% to 70 w% as compared to the total weight of the natural blue coloring composition; or ▪ In the presence of a salt, from 10 w% to 50 w% as compared to the total weight of the natural blue coloring composition.
A traction control simulation system for a rail vehicle, comprising: a control line set , two main control devices and at least one execution device (201-20n), wherein: the two main control devices and the execution device (201-20n) are connected to the control line set ; the two main control devices are configured to implement a traction control function and a traction monitoring function of a traction control device on the rail vehicle, and only one main control device of the two main control devices is in a control state at the same time; a control line in the control line set is configured to implement a data transmission function of a train line on the rail vehicle; the execution device (201-20n) is configured to implement an operation execution function of a traction execution equipment on the rail vehicle; and the two main control devices are further configured to: transmit a vehicle control command to the execution device (201-20n) through the control line in the control line set , and to control the execution device (201-20n) to perform an operation corresponding to the vehicle control command. the two main control devices and the execution device (201-20n) are connected to the control line set ; the two main control devices are configured to implement a traction control function and a traction monitoring function of a traction control device on the rail vehicle, and only one main control device of the two main control devices is in a control state at the same time; a control line in the control line set is configured to implement a data transmission function of a train line on the rail vehicle; the execution device (201-20n) is configured to implement an operation execution function of a traction execution equipment on the rail vehicle; and the two main control devices are further configured to: transmit a vehicle control command to the execution device (201-20n) through the control line in the control line set , and to control the execution device (201-20n) to perform an operation corresponding to the vehicle control command.
Mortar mixture as fire protection in the form of a finishing plaster, at least 20 % of the volume of which consists of vitrified, closed-cell spheres of expanded silica sand or expanded perlite having a compressive strength of 0.7-5.0 N/mm 2 , and the remaining volume of which consists at least of a binder, characterised in that the mortar mixture for the top plastering of building envelopes consists of 75 % to 95 % by volume of vitrified, closed-cell spheres of expanded silica sand or expanded perlite and support grains of silicate sands, and the residual volume consists of a binder in the form of an aqueous polymer dispersion and further additives, so that the top plaster is present in pasty form.
Particle testing apparatus , being configured for investigating particles in a fluid medium, comprising: - a waveguide device including a hollow optical waveguide having an input end and an output end , - an irradiation device including a laser source being arranged for optically trapping at least one particle at the input end of the optical waveguide and propelling the particle through the optical waveguide toward the output end thereof, and - a measuring device being arranged for sensing the at least one particle in the optical waveguide , characterized in that - the measuring device is arranged for sensing the at least one particle in the optical waveguide by measuring an optical transmission of the optical waveguide along a longitudinal extension thereof. - a waveguide device including a hollow optical waveguide having an input end and an output end , - an irradiation device including a laser source being arranged for optically trapping at least one particle at the input end of the optical waveguide and propelling the particle through the optical waveguide toward the output end thereof, and - a measuring device being arranged for sensing the at least one particle in the optical waveguide , characterized in that - the measuring device is arranged for sensing the at least one particle in the optical waveguide by measuring an optical transmission of the optical waveguide along a longitudinal extension thereof.
An intervertebral implant comprising: - a first endplate having an upper side and a lower side, the upper side of the first - endplate including a textured surface; - a second endplate having an upper side and a lower side, the lower side of the second endplate including a textured surface; - a translation member received between the first endplate and the second endplate, - the translation member including a first angled surface configured to engage a contact surface of the first endplate and a second angled surface configured to engage a contact surface of the second endplate , - a body portion having a central opening for receiving the translation member , - wherein the body portion includes a first end and a second end , and - wherein movement of the translation member causes the first angled surface to push against the contact surface of the first endplate and the second angled surface to push against the contact surface of the second endplate , thereby causing outward expansion of the first endplate and second endplate , and - wherein the second end is provided with an opening seized to receive an actuation member for contacting the translation member , characterized in that - the implant further comprising a pair of stabilization members positioned through an aperture of the body portion, and first end includes a pair of apertures for receiving said pair of stabilization members . - a first endplate having an upper side and a lower side, the upper side of the first - endplate including a textured surface; - a second endplate having an upper side and a lower side, the lower side of the second endplate including a textured surface; - a translation member received between the first endplate and the second endplate, - the translation member including a first angled surface configured to engage a contact surface of the first endplate and a second angled surface configured to engage a contact surface of the second endplate , - a body portion having a central opening for receiving the translation member , - wherein the body portion includes a first end and a second end , and - wherein movement of the translation member causes the first angled surface to push against the contact surface of the first endplate and the second angled surface to push against the contact surface of the second endplate , thereby causing outward expansion of the first endplate and second endplate , and - wherein the second end is provided with an opening seized to receive an actuation member for contacting the translation member , - the implant further comprising a pair of stabilization members positioned through an aperture of the body portion, and first end includes a pair of apertures for receiving said pair of stabilization members .
An image forming apparatus comprising: a driven unit ; and a drive transmitter including a drive source configured to drive the driven unit ; a drive gear configured to receive a driving force from the drive source ; and a driven gear meshed with the drive gear , the drive transmitter being configured to transmit the driving force from the drive source to the driven unit , the drive gear or the driven gear being a crowned gear crowning-processed, the crowned gear having a crowning amount less than 50 μm; characterised in that a face width of the crowned gear is 8 mm or greater. a driven unit ; and a drive transmitter including a drive source configured to drive the driven unit ; a drive gear configured to receive a driving force from the drive source ; and a driven gear meshed with the drive gear , a drive source configured to drive the driven unit ; a drive gear configured to receive a driving force from the drive source ; and a driven gear meshed with the drive gear , the drive transmitter being configured to transmit the driving force from the drive source to the driven unit , the drive gear or the driven gear being a crowned gear crowning-processed, the crowned gear having a crowning amount less than 50 μm; characterised in that a face width of the crowned gear is 8 mm or greater.
A semiconductive polyethylene composition comprising a. a very low density polyolefin, having a density of less than or equal to 910 kg/m 3 , b. an amount of at least 20 wt% of carbon black, wherein said polyolefin comprises: i. a first polyolefin fraction with density in the range of 885 to 920 kg/m 3 and MFR 2 in the range of 15 to 50 g/10min, ii. a second polyolefin fraction with density in the range of 840 to 880 kg/m 3 and MFR 2 in the range of 0.5 to 10 g/10min, and the amounts of the first and second fraction of polyolefin are present in an amount of at least 10 wt% of the polyolefin. a. a very low density polyolefin, having a density of less than or equal to 910 kg/m 3 , b. an amount of at least 20 wt% of carbon black, i. a first polyolefin fraction with density in the range of 885 to 920 kg/m 3 and MFR 2 in the range of 15 to 50 g/10min, ii. a second polyolefin fraction with density in the range of 840 to 880 kg/m 3 and MFR 2 in the range of 0.5 to 10 g/10min,
A tool for steeling a rotary knife, the tool comprising: a frame , said frame including first and second support members , said support members defining an elongated knife-receiving slot ; and a first steeling component and a second steeling component supported on the first and second support members , respectively, said first and second steeling components being resiliently biased toward one another to define a knife interface configured to engage and thereby steel the knife, said knife interface moving inwardly along the length of the knife-receiving slot to a terminal interface position, as the knife engages the interface and is shifted inwardly through the knife-receiving slot , said knife-receiving slot having a maximum slot cross-sectional dimension defined between the support members , at least one of said support members presenting an outer portion extending along the knife-receiving slot and disposed outward of the terminal interface position, said outer portion having a maximum member cross-sectional dimension (D) defined generally perpendicular to the length of the knife-receiving slot , characterized in that said maximum member cross-sectional dimension (D) is less than two times the maximum slot cross-sectional dimension (C). a frame , said frame including first and second support members , said support members defining an elongated knife-receiving slot ; and a first steeling component and a second steeling component supported on the first and second support members , respectively, said first and second steeling components being resiliently biased toward one another to define a knife interface configured to engage and thereby steel the knife, said knife interface moving inwardly along the length of the knife-receiving slot to a terminal interface position, as the knife engages the interface and is shifted inwardly through the knife-receiving slot , said knife-receiving slot having a maximum slot cross-sectional dimension defined between the support members , at least one of said support members presenting an outer portion extending along the knife-receiving slot and disposed outward of the terminal interface position, said outer portion having a maximum member cross-sectional dimension (D) defined generally perpendicular to the length of the knife-receiving slot , characterized in that said maximum member cross-sectional dimension (D) is less than two times the maximum slot cross-sectional dimension (C).
A controller of a motor, comprising: - a plurality of outputs (HSU, LSU, HSV, LSV, HSW, LSW) operative to be coupled to a plurality of transistor control terminals, respectively; and - a plurality of inputs operative to be respectively coupled to a plurality of half bridge nodes of the plurality of half bridges , said half bridge nodes being respectively coupled to the ends of a motor winding , characterised in that the controller is configured to: - operate first and second half bridges of the plurality of half bridges to synchronously rectify (TOFF1) and permit passage of current, through windings of the motor , in a first direction; - compare (136a, 136b, 136c; 140) a first voltage of a first half bridge node and a second voltage of a second half bridge node ; and - detect that the current changed direction during synchronous rectification to a second direction based on comparing the first voltage and the second voltage; and - in response to detecting that the current changed direction to the second direction, cause the synchronous rectification to end and operate the first and second half bridges of the plurality of half bridges to quasi-synchronously rectify and block passage of the current through the windings in the second direction. - a plurality of outputs (HSU, LSU, HSV, LSV, HSW, LSW) operative to be coupled to a plurality of transistor control terminals, respectively; and - a plurality of inputs operative to be respectively coupled to a plurality of half bridge nodes of the plurality of half bridges , said half bridge nodes being respectively coupled to the ends of a motor winding , - operate first and second half bridges of the plurality of half bridges to synchronously rectify (TOFF1) and permit passage of current, through windings of the motor , in a first direction; - compare (136a, 136b, 136c; 140) a first voltage of a first half bridge node and a second voltage of a second half bridge node ; and - detect that the current changed direction during synchronous rectification to a second direction based on comparing the first voltage and the second voltage; and - in response to detecting that the current changed direction to the second direction, cause the synchronous rectification to end and operate the first and second half bridges of the plurality of half bridges to quasi-synchronously rectify and block passage of the current through the windings in the second direction.