mhurhangee/patent-ind-claim-en huggingface dataset:
A tape cassette comprising: a generally rectangular box-like housing having a top wall , a bottom wall , and a side wall defining a periphery of the housing, the side wall including two wall portions disposed adjacent to each other and in mutually orthogonal directions; a first cavity extending from the bottom wall and disposed between the periphery and a tape containing area defined within the periphery, in the vicinity of or at a first corner portion of the generally rectangular box-like housing; a second cavity continuously extending upwards from an opening provided in the bottom wall and disposed between the periphery and the tape containing area, in the vicinity of or at a second corner portion of the housing, the second corner portion being at a diagonal position with respect to the first corner portion in a plan view and being formed by the two wall portions of the side wall; and a print medium tape wound around a cylindrical tape spool and mounted within the housing in the tape containing area, the tape spool being disposed on a straight line (K) connecting the first cavity and the second cavity characterized in that the second cavity includes an internal wall forming a shaft hole connecting the opening and another opening provided in the top wall. a generally rectangular box-like housing having a top wall , a bottom wall , and a side wall defining a periphery of the housing, the side wall including two wall portions disposed adjacent to each other and in mutually orthogonal directions; a first cavity extending from the bottom wall and disposed between the periphery and a tape containing area defined within the periphery, in the vicinity of or at a first corner portion of the generally rectangular box-like housing; a second cavity continuously extending upwards from an opening provided in the bottom wall and disposed between the periphery and the tape containing area, in the vicinity of or at a second corner portion of the housing, the second corner portion being at a diagonal position with respect to the first corner portion in a plan view and being formed by the two wall portions of the side wall; and a print medium tape wound around a cylindrical tape spool and mounted within the housing in the tape containing area, the tape spool being disposed on a straight line (K) connecting the first cavity and the second cavity characterized in that
A computer-implemented method of viewing a planning target volume for radiation therapy, the method comprising: acquiring time-of-treatment digital volume data of the planning target volume; generating a first two-dimensional view of the planning target volume based on the acquired time-of-treatment digital volume data, wherein the first 2D view has a first image plane that is perpendicular to a planned treatment beam path that passes through the first image plane; based on the first 2D view of the planning target volume, determining field outlines of a treatment beam associated with the planning target volume; and causing the first 2D view to be displayed with the field outlines of the treatment beam overlaying the first 2D view. acquiring time-of-treatment digital volume data of the planning target volume; generating a first two-dimensional view of the planning target volume based on the acquired time-of-treatment digital volume data, wherein the first 2D view has a first image plane that is perpendicular to a planned treatment beam path that passes through the first image plane; based on the first 2D view of the planning target volume, determining field outlines of a treatment beam associated with the planning target volume; and causing the first 2D view to be displayed with the field outlines of the treatment beam overlaying the first 2D view.
A compressed fluid storage power generation device , comprising: a compressor having a drive source and a compressor main body for compressing a working fluid by being driven by the drive source (34; a pressure accumulation unit for storing the working fluid compressed by the compressor main body ; a power generator having an expander driven by the working fluid supplied from the pressure accumulation unit and a power generator main body driven by the expander ; a high-temperature heat recovery unit for recovering heat from the working fluid flowing from the compressor main body into the pressure accumulation unit ; a high-temperature heating unit for heating the working fluid flowing from the pressure accumulation unit into the expander by the heat recovered by the high-temperature heat recovery unit ; characterized by a low-temperature heat recovery unit for recovering heat generated in a low-temperature heat generation section in at least one of the compressor and the power generator to a low-temperature heat carrier; and a low-temperature heating unit for heating the working fluid by heat exchange with the low-temperature heat carrier conveying the heat recovered by the low-temperature heat recovery unit . a compressor having a drive source and a compressor main body for compressing a working fluid by being driven by the drive source (34; a pressure accumulation unit for storing the working fluid compressed by the compressor main body ; a power generator having an expander driven by the working fluid supplied from the pressure accumulation unit and a power generator main body driven by the expander ; a high-temperature heat recovery unit for recovering heat from the working fluid flowing from the compressor main body into the pressure accumulation unit ; a high-temperature heating unit for heating the working fluid flowing from the pressure accumulation unit into the expander by the heat recovered by the high-temperature heat recovery unit ; characterized by a low-temperature heat recovery unit for recovering heat generated in a low-temperature heat generation section in at least one of the compressor and the power generator to a low-temperature heat carrier; and a low-temperature heating unit for heating the working fluid by heat exchange with the low-temperature heat carrier conveying the heat recovered by the low-temperature heat recovery unit .
A manufacturing apparatus for growing silicon nanowires on carbon-based powders, comprising: an elongated low-pressure CVD chamber ; an elongated metal process tube positioned within the CVD chamber; one or more tumbler reactors removably positioned within the elongated metal process tube and configured to rotate within the elongated metal process tube, said one or more tumbler reactors configured to receive the carbon based powder, said one or more tumbler reactors each comprising an elongated cylindrical metal tube and each having a gas distribution manifold positioned therein and extending the substantial length of the tumbler reactor, wherein the CVD chamber comprises heating elements to heat the elongated metal process tube and the one or more tumbler reactors positioned within the elongated metal process tube, wherein the elongated metal process tube comprises a vacuum port for injecting purge gases and an exhaust port connected to a vacuum pump to provide a low pressure environment, and wherein the gas distribution manifold comprises a gas injection member comprising a plurality of injection ports positioned along the gas injection members for injecting a mixture of process gases uniformly into the tumbler reactor, and characterised in that the one or more tumbler reactors each comprise a mesh end cap and an end plate at both ends of the tumbler reactor, each mesh end cap having a plurality of apertures sized such that the apertures contain the carbon-based powder within the tumbler reactor and allow the process gases to flow between the tumbler reactor and the metal process tube. an elongated low-pressure CVD chamber ; an elongated metal process tube positioned within the CVD chamber; one or more tumbler reactors removably positioned within the elongated metal process tube and configured to rotate within the elongated metal process tube, said one or more tumbler reactors configured to receive the carbon based powder, said one or more tumbler reactors each comprising an elongated cylindrical metal tube and each having a gas distribution manifold positioned therein and extending the substantial length of the tumbler reactor, wherein the CVD chamber comprises heating elements to heat the elongated metal process tube and the one or more tumbler reactors positioned within the elongated metal process tube, wherein the elongated metal process tube comprises a vacuum port for injecting purge gases and an exhaust port connected to a vacuum pump to provide a low pressure environment, and wherein the gas distribution manifold comprises a gas injection member comprising a plurality of injection ports positioned along the gas injection members for injecting a mixture of process gases uniformly into the tumbler reactor, and characterised in that the one or more tumbler reactors each comprise a mesh end cap and an end plate at both ends of the tumbler reactor, each mesh end cap having a plurality of apertures sized such that the apertures contain the carbon-based powder within the tumbler reactor and allow the process gases to flow between the tumbler reactor and the metal process tube.
1-(4-(((6-amino-5-(4-phenoxyphenyl)pyrimidin-4-yl)amino)methyl)-4-fluoropiperidin-1-yl)prop-2-en-1-one (A225), and pharmaceutically usable salts, including mixtures thereof in all ratios, for use in treating or preventing myeloproliferative disorders or cancer, wherein the cancer is selected from Non-Hodgkin's Lymphoma mantle cell lymphoma and Non-Hodgkins's Lymphoma diffuse large b-cell lymphoma, including abc subtype.
A replacement oscillating type toothbrush head assembly comprising: a head including a plurality of bristles extending from a main body and a stem housing a slidable shaft , wherein sliding the shaft towards the head prevents decoupling of the head from the stem and sliding the shaft away from the head allows decoupling of the head from the stem, the assembly being characterized in that : the main body comprises a coupling portion having a recess ; the stem comprises a receptacle configured to receive the coupling portion , the receptacle comprising a pivot peg and the recess being configured to mate with the pivot peg such that the head is rotatable about the pivot peg in the assembled condition; and sliding the shaft towards the head causes a tip of the shaft to interfere with the coupling portion , thereby preventing decoupling of the head from the stem. a head including a plurality of bristles extending from a main body and a stem housing a slidable shaft , wherein sliding the shaft towards the head prevents decoupling of the head from the stem and sliding the shaft away from the head allows decoupling of the head from the stem, the assembly being characterized in that : the main body comprises a coupling portion having a recess ; the stem comprises a receptacle configured to receive the coupling portion , the receptacle comprising a pivot peg and the recess being configured to mate with the pivot peg such that the head is rotatable about the pivot peg in the assembled condition; and sliding the shaft towards the head causes a tip of the shaft to interfere with the coupling portion , thereby preventing decoupling of the head from the stem. the main body comprises a coupling portion having a recess ; the stem comprises a receptacle configured to receive the coupling portion , the receptacle comprising a pivot peg and the recess being configured to mate with the pivot peg such that the head is rotatable about the pivot peg in the assembled condition; and sliding the shaft towards the head causes a tip of the shaft to interfere with the coupling portion , thereby preventing decoupling of the head from the stem.
Device (A) for electromagnetic dosimetry, comprising a layer of substrate (S) bearing a shielding (MSH) and a layer (DL) of a dielectric material arranged on and/or beneath said layer of substrate (S), said device (A) being characterised in that a plurality of openings (OSH) are made in said shielding (MSH) and in that it further comprises at least one array (SA) of sensors (SENS) in said layer (DL) of dielectric material.
A current sensor for motor vehicles comprising: - a printed circuit board (PCB) ; - a shunt device comprising a first portion comprising a resistive element having a pre-set resistance and a two second portions each second portion configured to be connected to an electrical conductor , each second portion comprising a first hole , and - a housing enclosing at least a portion of the printed circuit board , PCB; the housing comprises two second holes and the current sensor further comprises two attaching means , each attaching means going through one first hole and one second hole so as to attach the shunt device to the housing , the attaching means being further configured to attach each electrical conductor to each first hole of the shunt device such that a provided power supply is configured to circulate to the shunt device through the electrical conductors , wherein the current sensor is characterised in that the housing encloses at least a portion of the shunt device . - a printed circuit board (PCB) ; - a shunt device comprising a first portion comprising a resistive element having a pre-set resistance and a two second portions each second portion configured to be connected to an electrical conductor , each second portion comprising a first hole , and - a housing enclosing at least a portion of the printed circuit board , PCB;
Composition comprising at least 99% by weight of 1,1,1,3,3-pentachloropropane, and comprising at least one compound chosen from a list of additional compounds consisting of dichloropropanes, trichloropropanes, tetrachloropropanes, hexachloropropanes, heptachloropropanes, chloropropenes, dichloropropenes, trichloropropenes, tetrachloropropenes, pentachloropropenes and hexachloropropene, said compound being present in the composition in a weight content of less than or equal to 500 ppm.
A transmitter device for transmitting a digital input message corresponding to control data used in a control channel through a communication channel, the transmitter device comprising a set of transmit antennas, the message m comprising a number B of bits, said device comprising: - a sequence selector configured to determine, from said B channel bits, a sequence ( r l ( m )), associated with a sequence index, comprising a set of low peak-to-average power ratio vectors depending on the message; - a code sequence generator configured to generate an outer code sequence ( w l ( m )) from said B channel bits; - a combiner configured to combine said sequence of low peak-to-average power ratio vectors ( r l ( m )) with said outer code sequence ( w l ( m )), the transmitter device comprising an modulator for each transmit antenna configured to apply a single carrier or multi-carrier modulation to the combined sequence, the transmitter device being configured to transmit the modulated combined sequence over the communication channel using said transmit antennas. - a sequence selector configured to determine, from said B channel bits, a sequence ( r l ( m )), associated with a sequence index, comprising a set of low peak-to-average power ratio vectors depending on the message; - a code sequence generator configured to generate an outer code sequence ( w l ( m )) from said B channel bits; - a combiner configured to combine said sequence of low peak-to-average power ratio vectors ( r l ( m )) with said outer code sequence ( w l ( m )), the transmitter device comprising an modulator for each transmit antenna configured to apply a single carrier or multi-carrier modulation to the combined sequence, the transmitter device being configured to transmit the modulated combined sequence over the communication channel using said transmit antennas.
A refrigerating system, comprising a compressor, a condenser, a throttling element and an evaporator that are connected in sequence; and further comprising a water tank configured to receive condensate water, and an atomizer, characterized in that the atomizer is disposed in the water tank; and a mist removing opening of the water tank is in communication with an upwind side of the condenser. a compressor, a condenser, a throttling element and an evaporator that are connected in sequence; and further comprising a water tank configured to receive condensate water, and an atomizer, characterized in that the atomizer is disposed in the water tank; and a mist removing opening of the water tank is in communication with an upwind side of the condenser.
An article of footwear comprising: an upper and a sole structure secured to the upper to define an interior cavity; the sole structure comprising a base portion and a sidewall that surrounds a substantial perimeter of the base portion ; and a pronation feedback system including a support structure extending from the sidewall and along the upper at a medial side of the sole structure ; wherein the support structure is configured to provide proprioceptive feedback corresponding with a rate of pronation of a foot disposed in the interior cavity; wherein the support structure comprises a set of elongated members and wherein at least some of the elongated members are spaced apart from and not in contact with one another, and wherein the support structure extends only in a midfoot region of the sole structure . an upper and a sole structure secured to the upper to define an interior cavity; the sole structure comprising a base portion and a sidewall that surrounds a substantial perimeter of the base portion ; and a pronation feedback system including a support structure extending from the sidewall and along the upper at a medial side of the sole structure ; wherein the support structure is configured to provide proprioceptive feedback corresponding with a rate of pronation of a foot disposed in the interior cavity; wherein the support structure comprises a set of elongated members and wherein at least some of the elongated members are spaced apart from and not in contact with one another, and wherein the support structure extends only in a midfoot region of the sole structure .
Arrangement for positioning and aligning containers to be coupled together, the arrangement comprising two apparatuses for positioning and aligning a respective container to be positioned, which apparatuses are arranged on opposing free side faces of the container to be positioned, the two apparatuses each comprising: a positioning device adapted to be detachably arranged with the container to be positioned, which is configured to move the container to be positioned relative to the ground, the positioning device comprising a support element base configured to be arrangeable at a side face of the container to be positioned and adapted to be placed in a fixed position on the ground, a support element which extends at least essentially vertically from the support element base , and a positioning element which is arranged on the support element so as to be movable relative thereto, the positioning element being configured and adapted for suspension mounting of the container to be positioned in a suspended manner a positioning device adapted to be detachably arranged with the container to be positioned, which is configured to move the container to be positioned relative to the ground, the positioning device comprising a support element base configured to be arrangeable at a side face of the container to be positioned and adapted to be placed in a fixed position on the ground, a support element which extends at least essentially vertically from the support element base , and a positioning element which is arranged on the support element so as to be movable relative thereto, the positioning device comprising a support element base configured to be arrangeable at a side face of the container to be positioned and adapted to be placed in a fixed position on the ground, a support element which extends at least essentially vertically from the support element base , and a positioning element which is arranged on the support element so as to be movable relative thereto, the positioning element being configured and adapted for suspension mounting of the container to be positioned in a suspended manner
A panel structure, specifically for roofs of buildings, comprising a sheet associated with an insulating body and equipped, on two opposite sides, with a first coupling edge and a second coupling edge ; said coupling edges being elastically deformable so that, when one structure is caused to slide towards an analogous structure , said edges engage with each other, defining an interlocking area in which said coupling edges form a plurality of inner chambers , said first coupling edge comprising a first lower upright , substantially vertical, which extends in an inner wing and a first upper upright connected to a first flat portion ; said flat portion ending in a first turn-under , said second coupling edge comprising a second lower vertical upright which extends in a second lower bend ; said second lower bend extending in a second upper upright which ends in a second upper bend having a recess ; said second upper bend extending in a C-shaped portion which ends in an end wing , wherein in said coupled position, said coupling edges form a second chamber and a third chamber , the second chamber being formed between said second upper upright and said second lower bend of said second edge , and said first lower upright and said inner wing of the first edge , and the third chamber being formed between said second upper upright , said second upper bend and said C-shaped portion , of said second edge , and said first lower upright and said inner wing of the first edge .
Lamp , comprising: a cup-shaped reflector having a peripheral reflector wall , which extends away from a base area and, on its side opposite to the base area , delimits a light exit surface , a hollow body , which extends longitudinally away from the base area into the reflector and toward the light exit surface and, with respect to its longitudinal axis (L), is open on both sides, wherein lighting means are provided distributed over the extent of the hollow body in such a way that they are in thermal contact with the hollow body and at least partially emit light laterally onto the reflector wall , characterized in that, on its side facing toward the reflector wall the hollow body is reflective, wherein, viewed in longitudinal direction, the hollow body has different diameters, wherein the lighting means are provided in a region having a smaller diameter d, and the reflective region of the hollow body provided between the lighting means and the light exit area has a region with a larger diameter D. a cup-shaped reflector having a peripheral reflector wall , which extends away from a base area and, on its side opposite to the base area , delimits a light exit surface , a hollow body , which extends longitudinally away from the base area into the reflector and toward the light exit surface and, with respect to its longitudinal axis (L), is open on both sides, wherein lighting means are provided distributed over the extent of the hollow body in such a way that they are in thermal contact with the hollow body and at least partially emit light laterally onto the reflector wall , characterized in that, on its side facing toward the reflector wall the hollow body is reflective, wherein, viewed in longitudinal direction, the hollow body has different diameters, wherein the lighting means are provided in a region having a smaller diameter d, and the reflective region of the hollow body provided between the lighting means and the light exit area has a region with a larger diameter D.