mhurhangee/ep-ind-claims huggingface dataset:
An ear protection system for a medical imaging device, the ear protection system comprising: an ear protection device, adapted to be fitted around or in the ears of a patient to be imaged, and at least comprising a first communication interface and at least one sensor device adapted to determine a measurement of noise passing through the ear protection device towards the ears of the patient, a controllable signal emitter, adapted to output a proxy signal representing an expected imaging device noise and to be measured by the at least one sensor device, a patient assistance device, adapted to assist the patient to fit the ear protection device by using one or more of a representation, communication and/or user interaction technique, and at least comprising a second communication interface, wherein, during a preparation phase of the patient preceding an imaging phase using the medical imaging device, the ear protection device and the patient assistance device are adapted to be communicatively connected to each other via the first and second communication interface, and the patient assistance device is adapted to generate and provide assisting instructions to the patient depending on an evaluation of the proxy signal and the measurement of noise passing through the ear protection device determined by the sensor device. an ear protection device, adapted to be fitted around or in the ears of a patient to be imaged, and at least comprising a first communication interface and at least one sensor device adapted to determine a measurement of noise passing through the ear protection device towards the ears of the patient, a controllable signal emitter, adapted to output a proxy signal representing an expected imaging device noise and to be measured by the at least one sensor device, a patient assistance device, adapted to assist the patient to fit the ear protection device by using one or more of a representation, communication and/or user interaction technique, and at least comprising a second communication interface, wherein, during a preparation phase of the patient preceding an imaging phase using the medical imaging device, the ear protection device and the patient assistance device are adapted to be communicatively connected to each other via the first and second communication interface, and the patient assistance device is adapted to generate and provide assisting instructions to the patient depending on an evaluation of the proxy signal and the measurement of noise passing through the ear protection device determined by the sensor device.
Active substance carrier for positioning active substances in a medium, wherein the active substance carrier comprises at least one chain made of a tubular textile (3, 3') or at least one strip made of a tubular textile, characterized in that at least one active substance carrier body is incorporated into the tubular textile (3, 3') without an additional carrier material, wherein the tubular textile (3, 3') is expanded on at least one active point by the at least one active substance carrier body in such a way that at least a part of the surface of the active substance carrier body is open for an exchange process with the medium surrounding the active substance carrier and wherein the active substance carrier or a module, in or on which the active substance carrier is provided, is coupled with a transport device designed for an automatic movement of the active substance carrier through the medium, wherein the active substance carrier is put into an automatic motion by the transport device.
Electronic device for processing images, comprising at least one pipeline (PP1, PP2), each pipeline (PP1, PP2) being intended to process frames of data of images at the pace of a frame rate, an internal memory including for each pipeline (PP1, PP2) a set of descriptors (D1PP1, D2PP1, D3PP1, D4PP1, D1PP2, D2PP2, D3PP2) disposed according to an order (ORD1, ORD2), each descriptor (D1PP1, D2PP1, D3PP1, D4PP1, D1PP2, D2PP2, D3PP2) including information relative to a function (PV1, PV2, PV3, PV4) intended to be activated by the corresponding pipeline on at least one frame of data of images, the functions associated with the various descriptors being different, and control means configured to, for each pipeline (PP1, PP2), read the corresponding set of descriptors (D1PP1, D2PP1, D3PP1, D4PP1, D1PP2, D2PP2, D3PP2) in a sequential and cyclical manner according to said order (ORD1, ORD2) at the pace of one descriptor per at least one frame of data of images (F1, F2, F3, F4) and memorise the information corresponding to the descriptor read, each pipeline (PP1, PP2) being configured to activate on each frame of data of images (F1, F2, F3, F4) the function (PV1, PV2, PV3, PV4) corresponding to the information memorised. an internal memory including for each pipeline (PP1, PP2) a set of descriptors (D1PP1, D2PP1, D3PP1, D4PP1, D1PP2, D2PP2, D3PP2) disposed according to an order (ORD1, ORD2), each descriptor (D1PP1, D2PP1, D3PP1, D4PP1, D1PP2, D2PP2, D3PP2) including information relative to a function (PV1, PV2, PV3, PV4) intended to be activated by the corresponding pipeline on at least one frame of data of images, the functions associated with the various descriptors being different, and control means configured to, for each pipeline (PP1, PP2), read the corresponding set of descriptors (D1PP1, D2PP1, D3PP1, D4PP1, D1PP2, D2PP2, D3PP2) in a sequential and cyclical manner according to said order (ORD1, ORD2) at the pace of one descriptor per at least one frame of data of images (F1, F2, F3, F4) and memorise the information corresponding to the descriptor read, each pipeline (PP1, PP2) being configured to activate on each frame of data of images (F1, F2, F3, F4) the function (PV1, PV2, PV3, PV4) corresponding to the information memorised.
A state of charge - SOC-estimation method for a battery system comprising a first-system battery and a second-system battery, wherein the method comprises: mapping an upper limit and a lower limit of a state of charge of the second-system battery to a state of charge interval of the battery system, to establish a mapping relationship between the upper limit and the lower limit of the state of charge of the second-system battery and the state of charge interval of the battery system (S 1), wherein the upper limit and the lower limit are determined based on the degradation of the second-system battery; calculating the state of charge of the second-system battery; and estimating a state of charge of the battery system according to the mapping relationship and the calculated state of charge of the second-system battery. mapping an upper limit and a lower limit of a state of charge of the second-system battery to a state of charge interval of the battery system, to establish a mapping relationship between the upper limit and the lower limit of the state of charge of the second-system battery and the state of charge interval of the battery system (S 1), wherein the upper limit and the lower limit are determined based on the degradation of the second-system battery; calculating the state of charge of the second-system battery; and estimating a state of charge of the battery system according to the mapping relationship and the calculated state of charge of the second-system battery.
An assay for identifying subjects likely to respond to a treatment comprising administration of tipifarnib and etoposide by evaluating the expression of RASGRP1 and APTX in an amplification of signals from ribonucleic acid targets using at least one primer from the group consisting of (i) 5'-CGCTTCCGATTGGGCTAC-3' (ii) 5'- AGAATCAAAATCCTGGCTGATC-3' (iii) 5'- CTGGACGATCTCATTGACAGC-3' and (iv) 5'- CTTGCAACAGTTGGTTACTTCG -3', in a blood sample, and wherein a level of expression of genes RASGRP1 is estimated relative to APTX. (i) 5'-CGCTTCCGATTGGGCTAC-3' (ii) 5'- AGAATCAAAATCCTGGCTGATC-3' (iii) 5'- CTGGACGATCTCATTGACAGC-3' and (iv) 5'- CTTGCAACAGTTGGTTACTTCG -3',
A rotary knife fixture for cutting products propelled into cutting engagement therewith, comprising: at least one cutting blade (16 of 16") carried by a blade holder; characterized by: the at least one cutting blade (16 or 16") having a sharpened cutting edge (16' or 16"') at one side thereof and being twisted radially along a longitudinal axis of the cutting blade (16 or 16") between a first portion and a second portion of the cutting blade (16 or 16"), the cutting edge (16' or 16"') at the first portion of the cutting blade (16 or 16") having a first angle with respect to the longitudinal axis and the cutting edge (16' or 16"') at the second portion of the cutting blade (16 or 16") having a second angle with respect to the longitudinal axis, the first angle being different from the second angle. at least one cutting blade (16 of 16") carried by a blade holder; characterized by: the at least one cutting blade (16 or 16") having a sharpened cutting edge (16' or 16"') at one side thereof and being twisted radially along a longitudinal axis of the cutting blade (16 or 16") between a first portion and a second portion of the cutting blade (16 or 16"), the cutting edge (16' or 16"') at the first portion of the cutting blade (16 or 16") having a first angle with respect to the longitudinal axis and the cutting edge (16' or 16"') at the second portion of the cutting blade (16 or 16") having a second angle with respect to the longitudinal axis, the first angle being different from the second angle. the at least one cutting blade (16 or 16") having a sharpened cutting edge (16' or 16"') at one side thereof and being twisted radially along a longitudinal axis of the cutting blade (16 or 16") between a first portion and a second portion of the cutting blade (16 or 16"), the cutting edge (16' or 16"') at the first portion of the cutting blade (16 or 16") having a first angle with respect to the longitudinal axis and the cutting edge (16' or 16"') at the second portion of the cutting blade (16 or 16") having a second angle with respect to the longitudinal axis, the first angle being different from the second angle.
A pipe cutting device with an offset part and a counter-holder, which are formed on a C-shaped working head, wherein the working head furthermore transforms into a foot part, which can also be used as a handle area, and the offset part can be offset relative to the foot part in order to change an opening width of the working head, and wherein the offset part comprises a cutting element, characterized in that the offset part can be offset along a curved path (c).
Lighting module (3, 4) for a headlamp of a motor vehicle without a cover lens, the lighting module (3, 4) having a housing (30, 40) inside which at least one lens (32, 42) is installed, the housing having an extension (34, 44) at a lower front edge, the extension (34, 44) having at least one light (36, 36a, 36b, 46a, 46b), the housing having an extension (34, 44) at a lower front edge, the extension (34, 44) having at least one aperture (36, 36a, 36b, 46a, 46b) for the flow of air in front of the lens (32, 42).
Naltrexone or a pharmaceutically acceptable salt thereof and bupropion or a pharmaceutically acceptable salt thereof for use in providing weight loss therapy to an overweight or obese patient suffering from major depressive disorder, wherein naltrexone or the pharmaceutically acceptable salt thereof is administered at a daily dose of about 32 mg, wherein bupropion or the pharmaceutically acceptable salt thereof is administered at a daily dose of about 360 mg, and wherein said use provides about the same amount of weight loss in an overweight or obese patient who is suffering from major depressive disorder as in an overweight or obese patient who is not suffering from major depressive disorder..
A solar cell module, comprising: a plurality of solar cells; a front transparent substrate on front surfaces of the plurality of solar cells; a back transparent substrate on back surfaces of the plurality of solar cells; a front protection unit between the front transparent substrate and the plurality of solar cells; and a back protection unit between the back transparent substrate and the plurality of solar cells, wherein the back transparent substrate includes an anti-reflection layer, characterized in that the back transparent substrate includes: a first area that overlaps with a portion of the plurality of solar cells; and a second area that is a remaining portion other than the first area, wherein the anti-reflection layer is selectively located in the first area. a plurality of solar cells; a front transparent substrate on front surfaces of the plurality of solar cells; a back transparent substrate on back surfaces of the plurality of solar cells; a front protection unit between the front transparent substrate and the plurality of solar cells; and a back protection unit between the back transparent substrate and the plurality of solar cells, wherein the back transparent substrate includes an anti-reflection layer, characterized in that the back transparent substrate includes: a first area that overlaps with a portion of the plurality of solar cells; and a second area that is a remaining portion other than the first area, a first area that overlaps with a portion of the plurality of solar cells; and a second area that is a remaining portion other than the first area, wherein the anti-reflection layer is selectively located in the first area.
Use of a magnet for isolating macromolecules from a mixture in a vessel when the macromolecules adhere to paramagnetic beads to form a complex, wherein the magnet comprises: a. a solid core having an inner mass of the magnet, a top surface, and a bottom surface; b. one or more cavities (8, 10) extending into the solid core at or near the top surface, the bottom surface, or both, for receiving a vessel with macromolecules in a mixture; wherein the one or more cavities (8, 10) each have a cavity wall and at least a portion of the cavity wall has a shape configured to form a magnetic field within a vessel when the vessel is in use and is placed in the one or more cavities (8, 10); c. at least one side wall, wherein the side wall is in communication with the top surface, and the bottom surface. a. a solid core having an inner mass of the magnet, a top surface, and a bottom surface; b. one or more cavities (8, 10) extending into the solid core at or near the top surface, the bottom surface, or both, for receiving a vessel with macromolecules in a mixture; wherein the one or more cavities (8, 10) each have a cavity wall and at least a portion of the cavity wall has a shape configured to form a magnetic field within a vessel when the vessel is in use and is placed in the one or more cavities (8, 10); c. at least one side wall, wherein the side wall is in communication with the top surface, and the bottom surface.
Device for impregnating strand-like fiber bundles with a polymer melt, in which device a plurality of fiber bundles, which are inserted in parallel with one another into a slot-like infeed of an impregnation unit, are guided through between two guide plates (16, 17), which have undulating surfaces (22, 23), and are arranged so as to be complementary to one another at a defined spacing, and are discharged from the impregnation unit via their outlet, the fiber bundles being saturated with the polymer melt while passing through the impregnation unit, which polymer melt following the slot-like infeed is introduced between the guide plates (16, 17) into the passage, characterized in that the impregnation unit is formed from at least two sub-units (11, 12) arranged in parallel, which are coupled laterally to each other, and in each case contain a slot-like infeed and an outlet for a defined number of fiber bundles in each case, the passages each comprising an inlet for polymer melt.
A tip section for a medical device comprising a front camera and a side camera, the tip section comprising: a unitary fluid channeling component adapted to channel fluid, said unitary fluid channeling component comprising: a proximal section having a proximally-facing surface, a side surface extending distally from the proximal-facing surface, and a cylindrical shape; a distal section (190") having a distal-facing surface; a proximal opening located on the proximal-facing surface of the proximal section, said proximal opening being in fluid flow connection with a first fluid channel, wherein the first fluid channel is a passage extending through the unitary block of material from the proximally-facing surface of the proximal section to a a first hole on the side surface; and a first groove configured to supply fluid to a side opening for the side camera of the medical device, wherein the first groove is connected to the first fluid channel by the first hole and extending circumferentially around at least part of the unitary fluid channeling component; and a cover, wherein the cover is configured to seal the first groove so that the first groove is converted to a fluid tight conduit. a proximal section having a proximally-facing surface, a side surface extending distally from the proximal-facing surface, and a cylindrical shape; a distal section (190") having a distal-facing surface; a proximal opening located on the proximal-facing surface of the proximal section, said proximal opening being in fluid flow connection with a first fluid channel, wherein the first fluid channel is a passage extending through the unitary block of material from the proximally-facing surface of the proximal section to a a first hole on the side surface; and a first groove configured to supply fluid to a side opening for the side camera of the medical device, wherein the first groove is connected to the first fluid channel by the first hole and extending circumferentially around at least part of the unitary fluid channeling component; and a cover, wherein the cover is configured to seal the first groove so that the first groove is converted to a fluid tight conduit.
Suction nozzle for a vacuum cleaner for sucking up dirt and/or dust from a floor by means of a suction air flow, with a housing, a suction chamber formed inside the housing, a suction channel opening into the suction chamber for guiding the suction air flow and a suction mouth designed as a floor-side opening of the suction chamber, wherein the suction mouth has a central suction mouth portion and two lateral suction mouth portions, and wherein the lateral suction mouth portions extend away from the suction channel in a cross-sectionally tapering manner towards opposite sides of the suction nozzle and are each partially closed at their head ends by an end element, characterized in that the lateral suction mouth portions border the central suction mouth portion, the lateral suction mouth portions each being bordered by inner and outer lateral flow sealing means extending from the suction channel to the sides of the suction nozzle, which are designed as bristle strips, as a single- or multi-row arrangement of bristle tufts, as a sealing lip and/or as a combination thereof, so that the central suction mouth portion is delimited by the inner lateral flow sealing means of the respective lateral suction mouth portions, and wherein the end element, when assessed in bottom view, is designed as a lateral, U-shaped window which is at least partially delimited by the housing and the inner and outer lateral flow sealing means.
A DC plug configured to be connected to a DC socket to supply power to an electrical equipment, wherein the DC plug comprises: a center contact, comprising a first center contact side surface, a second center contact side surface, a third center contact side surface and a fourth center contact side surface, wherein the first center contact side surface and the second center contact side surface are oppositely disposed, and the third center contact side surface and the fourth center contact side surface are oppositely disposed; first plug current conductors, disposed on the first center contact side surface and the second center contact side surface; and second plug current conductors, disposed on the third center contact side surface and the fourth center contact side surface; wherein the first plug current conductors are configured to be connected to one of a positive pole of a power source and a negative pole of the power source, and the second plug current conductors are configured to be connected to the other of the positive pole of the power source and the negative pole of the power source; characterized in that the first center contact side surface and the second center contact side surface are each provided with at least three first plug current conductors, and a length of each of the first plug current conductors located in two end regions of a same center contact side surface is greater than a length of each of the first plug current conductors located in a middle region of the same center contact side surface. a center contact, comprising a first center contact side surface, a second center contact side surface, a third center contact side surface and a fourth center contact side surface, wherein the first center contact side surface and the second center contact side surface are oppositely disposed, and the third center contact side surface and the fourth center contact side surface are oppositely disposed; first plug current conductors, disposed on the first center contact side surface and the second center contact side surface; and second plug current conductors, disposed on the third center contact side surface and the fourth center contact side surface; wherein the first plug current conductors are configured to be connected to one of a positive pole of a power source and a negative pole of the power source, and the second plug current conductors are configured to be connected to the other of the positive pole of the power source and the negative pole of the power source; characterized in that the first center contact side surface and the second center contact side surface are each provided with at least three first plug current conductors, and a length of each of the first plug current conductors located in two end regions of a same center contact side surface is greater than a length of each of the first plug current conductors located in a middle region of the same center contact side surface.
An Adeno-associated virus library comprising a multitude of Adeno-associated virus variants, wherein the viral particles of each AAV variant comprise a specific combination of (i) a strain-specific capsid polypeptide and (ii) a peptide inserted into said capsid polypeptide, wherein said strain-specific capsid polypeptides are derived from at least two different AAV strains, and wherein said AAV library comprises said AAV variants in an ordered array such that the AAV variants are present in an isolated manner, spatially separated, and not as a mixture of variants.