mhurhangee/patent-ind-claim-en huggingface dataset:
A bi-directional filter (F) comprising an outer housing and a filter assembly unit, the outer housing being provided with one inlet for contaminated fluid and at least one outlet , where the filter assembly unit comprises at least one separation void for contaminated fluid, a lower disc , an upper disc and plurality of filters ; wherein the lower disc , upper disc and the plurality of filters are arranged with spaces between them, the spaces being used to transport contaminated fluid from the inlet to the plurality of filters and to transport filtered fluid to the at least one outlet ; wherein the lower disc is provided with one or more riser inlet holes and risers arranged at a distance from a centre of the disc ; wherein the filter assembly unit, the at least one separation void and the outer housing provide an outer dead end and an inner dead end within the bi-directional filter (F), the outer dead end and the inner dead end arranged at an outer and an inner periphery of the at least one separation void , respectively, wherein the filter assembly unit being connected to a drive unit through a shaft ; and wherein each of the filters is provided with one or more riser inlet holes and risers arranged between the dead ends . wherein the lower disc , upper disc and the plurality of filters are arranged with spaces between them, the spaces being used to transport contaminated fluid from the inlet to the plurality of filters and to transport filtered fluid to the at least one outlet ; wherein the lower disc is provided with one or more riser inlet holes and risers arranged at a distance from a centre of the disc ; wherein the filter assembly unit, the at least one separation void and the outer housing provide an outer dead end and an inner dead end within the bi-directional filter (F), the outer dead end and the inner dead end arranged at an outer and an inner periphery of the at least one separation void , respectively, wherein the filter assembly unit being connected to a drive unit through a shaft ; and wherein each of the filters is provided with one or more riser inlet holes and risers arranged between the dead ends .
A wavelength converting layer characterized by a porous support structure including multiple stacked quartz or glass mesh layers bonded together; and a cured mixture of wavelength converting particles and a binder filling the porous support structure within and between the stacked mesh layers. a porous support structure including multiple stacked quartz or glass mesh layers bonded together; and a cured mixture of wavelength converting particles and a binder filling the porous support structure within and between the stacked mesh layers.
A method to produce a plurality N of hollow bodies , N being a natural number greater than or equal to 2, the method comprising the following steps: - forming by blowing plastic material a pre-container extending along a central axis (Y), so as to define an opened pre-container section and a hollow body section defining a pre-container sidewall (SW) that extends around the central axis (Y), said sidewall (SW) being provided with a plurality of circumferential grooves each with a bottom line (BL) formed in a virtual plane (CP1, CP2) perpendicular to the central axis (Y), and - cutting the pre-container to sever the opened pre-container section and a bottom section of the pre-container , the cutting being performed transversally to the central axis (Y), at several of the respective circumferential grooves, to form a top opening (O1) and a base opening (O2) of N respective hollow bodies , each of the top opening (O1) and the base opening (O2) being delimited by an annular inner rim of a body flange. - forming by blowing plastic material a pre-container extending along a central axis (Y), so as to define an opened pre-container section and a hollow body section defining a pre-container sidewall (SW) that extends around the central axis (Y), said sidewall (SW) being provided with a plurality of circumferential grooves each with a bottom line (BL) formed in a virtual plane (CP1, CP2) perpendicular to the central axis (Y), and - cutting the pre-container to sever the opened pre-container section and a bottom section of the pre-container , the cutting being performed transversally to the central axis (Y), at several of the respective circumferential grooves, to form a top opening (O1) and a base opening (O2) of N respective hollow bodies , each of the top opening (O1) and the base opening (O2) being delimited by an annular inner rim of a body flange.
A method for the solid-phase synthesis of a polypeptide comprising a predetermined amino acid sequence, the method comprising coupling cycles of amino acid building blocks to an amino acid chain, wherein said amino acid building blocks comprise an unprotected C-terminal carboxyl group and a protected N-terminal amino group, and wherein said amino acid chain comprises an unprotected N-terminal amino group, wherein at least one coupling cycle comprises the steps: (a) coupling the amino acid building block C-terminally at the unprotected N-terminal amino group of the amino acid chain, so that an amide bond is formed between the amino acid chain and the amino acid building block, (b) contacting the product obtained in step (a) with a capping reagent comprising a capping compound, wherein the capping compound binds to an unprotected N-terminal amino group of the amino acid chain to which no building block has been coupled in step (a), and wherein the capping compound is acetic anhydride, and (c) de-protecting the N-terminal amino group of the amino acid building block, wherein the capping reagent comprises 0.5-5 % v/v of acetic anhydride and 0.2-2 % v/v of diisopropylethylamine. wherein said amino acid building blocks comprise an unprotected C-terminal carboxyl group and a protected N-terminal amino group, and wherein said amino acid chain comprises an unprotected N-terminal amino group, wherein at least one coupling cycle comprises the steps: (a) coupling the amino acid building block C-terminally at the unprotected N-terminal amino group of the amino acid chain, so that an amide bond is formed between the amino acid chain and the amino acid building block, (b) contacting the product obtained in step (a) with a capping reagent comprising a capping compound, wherein the capping compound binds to an unprotected N-terminal amino group of the amino acid chain to which no building block has been coupled in step (a), and wherein the capping compound is acetic anhydride, and (c) de-protecting the N-terminal amino group of the amino acid building block, wherein the capping reagent comprises 0.5-5 % v/v of acetic anhydride and 0.2-2 % v/v of diisopropylethylamine. (a) coupling the amino acid building block C-terminally at the unprotected N-terminal amino group of the amino acid chain, so that an amide bond is formed between the amino acid chain and the amino acid building block, (b) contacting the product obtained in step (a) with a capping reagent comprising a capping compound, wherein the capping compound binds to an unprotected N-terminal amino group of the amino acid chain to which no building block has been coupled in step (a), and wherein the capping compound is acetic anhydride, and (c) de-protecting the N-terminal amino group of the amino acid building block, wherein the capping reagent comprises 0.5-5 % v/v of acetic anhydride and 0.2-2 % v/v of diisopropylethylamine.
A stereo earphone comprising a pair of earphones characterized in that the pair of earphones each have a cartilage conduction unit which is an elastic body, a sheath unit connected to the cartilage conduction unit, and a vibration source connected to the cartilage conduction unit within the sheath unit without making contact with an inner wall thereof, wherein the vibration source is a piezoelectric bimorph , an upper end thereof being supported by the cartilage conduction unit, and a lower end of the piezoelectric bimorph operable to vibrate freely inside the sheath without making contact with the inner wall thereof, counteractions of the free vibration of the lower end of the piezoelectric bimorph being transmitted to the cartilage conduction unit at the upper end of the piezoelectric bimorph to produce cartilage conduction from the cartilage conduction unit, wherein the cartilage conduction unit is in contact with the entrance to the external auditory meatus and has a passage hole in communication with the external auditory meatus, and wherein the vibration source is connected to the cartilage conduction unit so that the upper end of the vibration source is positioned further above the lower end of the passage hole.
A rotary electromagnetic device , comprising: a rotor ; a stator core ; a stator wire made of aluminum and wound on the stator core and wherein the stator wire is insulated; and a connection wire connected to the stator wire , wherein the connection wire is made of copper; wherein the connection wire is first connected to the stator wire by ultrasonic welding to form a mutually welded stator wire and connection wire portion , and wherein the mutually welded stator wire and connection wire portion is to be subsequently connected to a terminal made of copper through soldering such that both the connection wire and the stator wire in the mutually welded stator wire and connection wire portion are connected to the terminal . a rotor ; a stator core ; a stator wire made of aluminum and wound on the stator core and wherein the stator wire is insulated; and a connection wire connected to the stator wire , wherein the connection wire is made of copper; wherein the connection wire is first connected to the stator wire by ultrasonic welding to form a mutually welded stator wire and connection wire portion , and wherein the mutually welded stator wire and connection wire portion is to be subsequently connected to a terminal made of copper through soldering such that both the connection wire and the stator wire in the mutually welded stator wire and connection wire portion are connected to the terminal .
A crispy co-extruded foodstuff comprising: an extruded casing having: a flour component including: from 37% to 92% by weight wheat flour, and greater than 0 wt% up to 20 wt% of non-wheat flour, wherein the non-wheat flour includes at least one of corn flour, potato flour and rice flour, wherein said flours each refer to a flour or a meal with various particle sizes, and from 3% to 30% by weight sugar; an extruded filling disposed within the extruded casing wherein filling weight is from 20 wt% to 75 wt% of total weight of the co-extruded foodstuff ; a particulate component completely covering an external surface of the casing and a binder disposed over the external surface of the casing to adhere the particulate component to the casing , wherein the overall co-extruded foodstuff has a density of 0.45 g/mL to 0.85 g/mL. an extruded casing having: a flour component including: from 37% to 92% by weight wheat flour, and greater than 0 wt% up to 20 wt% of non-wheat flour, wherein the non-wheat flour includes at least one of corn flour, potato flour and rice flour, wherein said flours each refer to a flour or a meal with various particle sizes, and from 3% to 30% by weight sugar; an extruded filling disposed within the extruded casing wherein filling weight is from 20 wt% to 75 wt% of total weight of the co-extruded foodstuff ; a particulate component completely covering an external surface of the casing and a binder disposed over the external surface of the casing to adhere the particulate component to the casing , wherein the overall co-extruded foodstuff has a density of 0.45 g/mL to 0.85 g/mL.
A power supply system for use with a hearing assistance device, the power supply system comprising: a housing including a battery storage region , an outer surface, an opening and a latch surface ; a first removable battery holder including a first latch configured to fit within the battery storage region and to hold at least one battery (B1, B2), the first latch including a first button having a first length and a first projection that is configured to engage the latch surface; and a second removable battery holder including a second latch configured to fit within the battery storage region and to hold at least one battery (B1, B2), the second latch including a second button having a second length that is greater than the first length and a projection that is configured to engage the latch surface; wherein the respective configurations of the battery storage region, the first removable battery holder and the second removable battery holder are such that only one of the first and second removable battery holders can be located within the battery storage region at a time; wherein the first removable battery holder is configured such that the first button will be located within the opening and will not extend outwardly beyond the outer surface when the first removable battery holder is fully inserted into the battery storage region; and wherein the second removable battery holder is configured such that the second button will be located within the opening and extend outwardly beyond the outer surface when the second removable battery holder is fully inserted into the battery storage region. a housing including a battery storage region , an outer surface, an opening and a latch surface ; a first removable battery holder including a first latch configured to fit within the battery storage region and to hold at least one battery (B1, B2), the first latch including a first button having a first length and a first projection that is configured to engage the latch surface; and a second removable battery holder including a second latch configured to fit within the battery storage region and to hold at least one battery (B1, B2), the second latch including a second button having a second length that is greater than the first length and a projection that is configured to engage the latch surface; wherein the respective configurations of the battery storage region, the first removable battery holder and the second removable battery holder are such that only one of the first and second removable battery holders can be located within the battery storage region at a time; wherein the first removable battery holder is configured such that the first button will be located within the opening and will not extend outwardly beyond the outer surface when the first removable battery holder is fully inserted into the battery storage region; and wherein the second removable battery holder is configured such that the second button will be located within the opening and extend outwardly beyond the outer surface when the second removable battery holder is fully inserted into the battery storage region.
A method for calibrating extrinsic parameters of a trailer camera , the trailer camera supported by a trailer attached to a tow vehicle , the method comprising: determining, at data processing hardware , a three-dimensional feature map from one or more vehicle images received from a camera supported by the tow vehicle ; identifying, at the data processing hardware, reference points within the three-dimensional feature map ; detecting, at the data processing hardware, the reference points within one or more trailer images received from the trailer camera after the vehicle and the trailer moved a predefined distance in the forward direction; determining, at the data processing hardware, a trailer camera location of the trailer camera relative to the three-dimensional feature map ; determining, at the data processing hardware, a trailer reference point based on the trailer camera location ; and determining, at the data processing hardware, extrinsic parameters of the trailer camera relative to the trailer reference point . determining, at data processing hardware , a three-dimensional feature map from one or more vehicle images received from a camera supported by the tow vehicle ; identifying, at the data processing hardware, reference points within the three-dimensional feature map ; detecting, at the data processing hardware, the reference points within one or more trailer images received from the trailer camera after the vehicle and the trailer moved a predefined distance in the forward direction; determining, at the data processing hardware, a trailer camera location of the trailer camera relative to the three-dimensional feature map ; determining, at the data processing hardware, a trailer reference point based on the trailer camera location ; and determining, at the data processing hardware, extrinsic parameters of the trailer camera relative to the trailer reference point .
A computer program comprising instructions which, when the program is executed by a computer, cause the computer to carry out the following steps: a step (Sa1) of causing an image capture means to capture a video of a subject; a step (Sa7) of generating plural avatars based on plural images constituting the video captured by the image capture means , the plural images corresponding respectively to different image capture timings, and each of the plural avatars representing a subject shown in one of the plural images; and a step (Sc1) of causing a display means to display the generated plural avatars, wherein the step (Sa7) of generating each of the plural avatars further comprises: a step (Sb1) of identifying a feature of each of parts of a subject in an image constituting the video captured by the image capture means , the image corresponding to a predetermined image capture timing; a step (Sb2) of selecting, for each of the parts of a subject, a part image according to the identified feature from among plural part images prepared for each of the parts; and a step (Sa7) of combining the selected part images of the parts to generate an avatar. a step (Sa1) of causing an image capture means to capture a video of a subject; a step (Sa7) of generating plural avatars based on plural images constituting the video captured by the image capture means , the plural images corresponding respectively to different image capture timings, and each of the plural avatars representing a subject shown in one of the plural images; and a step (Sc1) of causing a display means to display the generated plural avatars, wherein the step (Sa7) of generating each of the plural avatars further comprises: a step (Sb1) of identifying a feature of each of parts of a subject in an image constituting the video captured by the image capture means , the image corresponding to a predetermined image capture timing; a step (Sb2) of selecting, for each of the parts of a subject, a part image according to the identified feature from among plural part images prepared for each of the parts; and a step (Sa7) of combining the selected part images of the parts to generate an avatar. a step (Sb1) of identifying a feature of each of parts of a subject in an image constituting the video captured by the image capture means , the image corresponding to a predetermined image capture timing; a step (Sb2) of selecting, for each of the parts of a subject, a part image according to the identified feature from among plural part images prepared for each of the parts; and a step (Sa7) of combining the selected part images of the parts to generate an avatar.
A method performed by a wireless device for sending transport block repetitions, the method comprising: receiving an assignment of radio resources corresponding to two or more transmissions, each transmission being associated with a first pair of a start value and a length value, each transmission comprising a transport block repetition, wherein a first pair of a start value and a length value of at least one of the first pairs of a start value and a length value violates a time-domain allocation restriction, the violating a time-domain allocation restriction being crossing a slot border; determining a second pair of a start value and a length value for the transmission violating the time-domain allocation restriction such that the time-domain allocation restriction is not violated; and transmitting the two or more transmissions, including the transmission according to the determined second pair of a start value and a length value characterized in that , the start value of the second pair is larger than or equal to the start value of the first pair and the length value of the second pair is less than the length value of the first pair. receiving an assignment of radio resources corresponding to two or more transmissions, each transmission being associated with a first pair of a start value and a length value, each transmission comprising a transport block repetition, wherein a first pair of a start value and a length value of at least one of the first pairs of a start value and a length value violates a time-domain allocation restriction, the violating a time-domain allocation restriction being crossing a slot border; determining a second pair of a start value and a length value for the transmission violating the time-domain allocation restriction such that the time-domain allocation restriction is not violated; and transmitting the two or more transmissions, including the transmission according to the determined second pair of a start value and a length value characterized in that , the start value of the second pair is larger than or equal to the start value of the first pair and the length value of the second pair is less than the length value of the first pair.
A fluorinated PAEK [F-PAEK] wherein at least 1% moles of the recurring units are recurring units of formula (I), the remaining recurring units having formula (R PAEK ) Ar' and Ar", equal to or different from each other, are aromatic groups; W is an aromatic group selected from groups of formulae (W-I) to (W-III): wherein B is a hydrogen of or a fluorine atom and m is an integer from 0 to 4; Z is an optionally fluorinated alkylic or aromatic radical. Y is at least one fluorinated moiety selected from the group consisting of fluorinated alkyl, fluorinated heteroalkyl, fluorinated aryl or a low/medium molecular weight fluorinated polymeric or oligomeric moiety; LC is absent or is a linking chain consisting of one or more of the following, connected together: -C(O)-, alkylene or arylene; with the proviso that when W is an aromatic radical of formula (W-I) and LC is alkylene, Y cannot be a fluorinated alkyl group. Ar' and Ar", equal to or different from each other, are aromatic groups; W is an aromatic group selected from groups of formulae (W-I) to (W-III): wherein B is a hydrogen of or a fluorine atom and m is an integer from 0 to 4; Z is an optionally fluorinated alkylic or aromatic radical. Y is at least one fluorinated moiety selected from the group consisting of fluorinated alkyl, fluorinated heteroalkyl, fluorinated aryl or a low/medium molecular weight fluorinated polymeric or oligomeric moiety; LC is absent or is a linking chain consisting of one or more of the following, connected together: -C(O)-, alkylene or arylene; with the proviso that when W is an aromatic radical of formula (W-I) and LC is alkylene, Y cannot be a fluorinated alkyl group.