mhurhangee/ep-ind-claims huggingface dataset:
An interior material attachment structure adapted to be installed on an inner wall or ceiling and to have applied thereon a metal interior material, the interior material attachment structure comprising: wall attachment part bolt grooves (141, 142, 143, 144) for receiving a bolt to attach the structure to the wall or ceiling; binding protrusions (110, 112, 114, 116, 118) formed at the outermost part of the interior material attachment structure in order to couple with and thereby attach the metal interior material to the interior material attachment structure; and connection part grooves formed adjacent to the binding protrusions in order to connect a plurality of such interior material attachment structures to each other; wherein the binding protrusions (110, 112, 114, 116, 118) have a binding retreat space formed on the opposite side of the binding protrusions (110, 112, 114, 116, 118), in order to secure a retreat space when coupled to the metal interior material; and the interior material attachment structure is formed in a rectangular shape, and the binding protrusions (110, 112, 114, 116, 118) are formed on the outermost surface of the rectangular interior material attachment structure so as to be located on neighbouring sides at a corner of the rectangular interior material attachment structure. wall attachment part bolt grooves (141, 142, 143, 144) for receiving a bolt to attach the structure to the wall or ceiling; binding protrusions (110, 112, 114, 116, 118) formed at the outermost part of the interior material attachment structure in order to couple with and thereby attach the metal interior material to the interior material attachment structure; and connection part grooves formed adjacent to the binding protrusions in order to connect a plurality of such interior material attachment structures to each other; wherein the binding protrusions (110, 112, 114, 116, 118) have a binding retreat space formed on the opposite side of the binding protrusions (110, 112, 114, 116, 118), in order to secure a retreat space when coupled to the metal interior material; and the interior material attachment structure is formed in a rectangular shape, and the binding protrusions (110, 112, 114, 116, 118) are formed on the outermost surface of the rectangular interior material attachment structure so as to be located on neighbouring sides at a corner of the rectangular interior material attachment structure.
An optical retardation film comprising a cellulose derivative, the β-1,4-glycosidically bound repeating units thereof being represented by formula, wherein R 2, R 3 and R 6 each independently represent a hydrogen atom or an alkyl group and may be the same or different from each other among the repeating units, characterized by said cellulose derivative having a degree of substitution related to the average number of hydroxyl groups being replaced by alkoxy groups at the 2-, 3- and 6-position of the repeating units in the range of 2.00 to 2.25 per repeating unit and wherein the optical retardation film has an in-plane birefringence (n x -n y) at a wavelength of 546 nm in the range of 0.0008 to 0.003, an out-of plane birefringence ((n x +n y)/2-n z) at a wavelength of 546 nm of at least 0.004 and an optical biaxiality with the parameter N z as expressed in equation, N z = n x - n z n x - n y in the range of 2.5 to 7.0 at a wavelength of 546 nm, wherein n x is the refractive index for the direction having the highest refractive index in the film plane (x-direction), n y is the refractive index in the direction perpendicular to the x-direction in the film plane and n z is the refractive index along the film thickness direction.
Method for producing metal strip which is thickness-profiled in its longitudinal direction, by means of a combined continuous casting and rolling system, comprising a casting device (1, 1') for casting metal to form rolling stock and a roll train comprising at least one roll stand for hot forming the rolling stock, wherein the combined continuous casting and rolling system is operated such that the rolling stock extends continuously between the casting device (1, 1') and the roll train, wherein rolling stock is continuously fed to the roll train, wherein a target thickness progression according to which the roll train rolls the rolling stock is predetermined for the roll train, wherein the target thickness progression has at least two different target thicknesses for different sections in the longitudinal direction of the thickness-profiled metal strip, and the target thickness progression is designed such that the first and/or the second target thickness is set at least twice, wherein the combined continuous casting and rolling system is further operated such that an infeed rate of the rolling stock into the roll stand is set to less than 7 metres per second, characterised in that casting of the metal takes place with a thickness profile in the longitudinal direction, such that the rolling stock already has varying thicknesses in the longitudinal direction when it enters the roll train, wherein said thickness profile produced by the casting device is then rolled over by the at least one roll stand of the roll train such that the target thickness profile is obtained in the longitudinal direction.
A microphone unit (1,2) comprising: a first microphone portion that includes a first diaphragm and that converts an input sound into an electrical signal; a second microphone portion that includes a second diaphragm and that converts an input sound into an electrical signal; an electrical circuit portion (14, 16) that processes electrical signals obtained in the first microphone portion and the second microphone portion; and an enclosure (10, 50) that holds the first microphone portion and the second microphone portion therewithin and that includes a first sound hole (23, 61) and a second sound hole (25, 63) which face outward, in the enclosure (10, 50), a first sound path (41, 71) is provided that transmits sound waves input through the first sound hole (23, 61) to one surface of the first diaphragm and that also transmits the sound waves to one surface of the second diaphragm and a second sound path (42, 72) is provided that transmits sound waves input through the second sound hole (25, 63) to the other surface of the second diaphragm, and the other surface of the first diaphragm faces an airtight space formed within the enclosure (10, 50), wherein the electrical circuit portion (14, 16) is held within the enclosure (10, 50), the enclosure (10, 50) includes on the one hand a mounting portion (11, 51) in which the first microphone portion, the second microphone portion and the electrical circuit portion (14, 16) are mounted on a same mounting surface (11a, 51a) and, on the other hand, a lid portion (12, 52) which covers the mounting portion (11, 51), the first diaphragm and the second diaphragm are arranged substantially parallel to the mounting surface (11a, 51a), and the first sound hole (23, 61) and the second sound hole (25, 63) are provided in a back surface (11b, 51b) of the mounting surface (11a, 51a) of the mounting portion (11, 51) such that a spacing between the first sound hole (23, 61) and the second sound hole (25, 63) is equal to or more than 3 mm but equal to or less than 10 mm. a first microphone portion that includes a first diaphragm and that converts an input sound into an electrical signal; a second microphone portion that includes a second diaphragm and that converts an input sound into an electrical signal; an electrical circuit portion (14, 16) that processes electrical signals obtained in the first microphone portion and the second microphone portion; and an enclosure (10, 50) that holds the first microphone portion and the second microphone portion therewithin and that includes a first sound hole (23, 61) and a second sound hole (25, 63) which face outward,
Electro-hydraulic forming machine for plastic deformation of a projectile part of the wall of a workpiece to be formed, preferably a cylindrical tubular piece, by a forming fluid intended for being applied on an internal face of said projectile part, said electro-hydraulic forming machine comprising: - a target support (2, 7) for receiving said projectile part of the workpiece to be formed, said target support (2, 7) comprising an imprint (22, 71) intended to get in front of an external face of said projectile part, - means for generating a shock wave inside said forming fluid, adapted for causing the plastic deformation as wanted of said projectile part, characterized in that said electro-hydraulic forming machine comprises a tool for applying said forming fluid on the internal face of the projectile part, said application tool comprising: - a chamber intended to contain said forming fluid, cooperating with said means for generating the shock wave in the forming fluid intended to be contained in said chamber, and - at least one downstream hole intended to end in front of the projectile part of the wall to be deformed and in fluid communication with said chamber for passing of said forming fluid and for propagation of the shock wave generated towards the imprint (22, 71) of the target support (2, 7). - a target support (2, 7) for receiving said projectile part of the workpiece to be formed, said target support (2, 7) comprising an imprint (22, 71) intended to get in front of an external face of said projectile part, - means for generating a shock wave inside said forming fluid, adapted for causing the plastic deformation as wanted of said projectile part, - a chamber intended to contain said forming fluid, cooperating with said means for generating the shock wave in the forming fluid intended to be contained in said chamber, and - at least one downstream hole intended to end in front of the projectile part of the wall to be deformed and in fluid communication with said chamber for passing of said forming fluid and for propagation of the shock wave generated towards the imprint (22, 71) of the target support (2, 7).
A method of manufacturing a heating circuit assembly comprising: additive manufacturing an electrically non-conductive substrate, wherein the substrate is thermoplastic; and printing an electrically conductive element on the substrate; the electrically conductive element being arranged in a pattern and the substrate having a topology that is generally aligned with the pattern. additive manufacturing an electrically non-conductive substrate, wherein the substrate is thermoplastic; and printing an electrically conductive element on the substrate; the electrically conductive element being arranged in a pattern and the substrate having a topology that is generally aligned with the pattern.
A multi-core processor comprising: a plurality of processor cores (116, 106); and a control logic, coupled to a first processor core and a second processor core of the plurality of processor cores, to detect a wake event from a low power consumption state and to cause a second processor core of the plurality of processor cores to enter a reduced power consumption state that consumes less power than a fully operational power consumption state, wherein, in response to the wake event, the control logic is to cause the first processor core to enter the fully operational power consumption state, wherein the control logic is to cause one or more remaining processor cores from the plurality of processor cores, including the second processor core, to enter a reduced power consumption state based on a source of the wake event, wherein the first processor core is a bootstrap processor core and the second processor core is a non-bootstrap processor core.
A compression system comprising: a first compressor including a first compression chamber configured to compress a fluid introduced from an outside of the first compressor, a first case defining a first space into which the fluid compressed in the first compression chamber is introduced; and a first compression motor provided in the first space, a second compressor including a second case defining a second space into which the fluid from the first space is introduced, and a second compression chamber configured to compress the fluid from the second space; a second compression motor provided in the second space, and a fluid connecting line connecting the first space and the second space and through which the fluid from the first space flows into the second space, characterized in that the first and second motors operate independently and at least one of the first and second motors operates at a variable rotating speed so that the compression ratio of the compression system be controlled by independently controlling the first and second motors. a first compressor including a first compression chamber configured to compress a fluid introduced from an outside of the first compressor, a first case defining a first space into which the fluid compressed in the first compression chamber is introduced; and a first compression motor provided in the first space, a second compressor including a second case defining a second space into which the fluid from the first space is introduced, and a second compression chamber configured to compress the fluid from the second space; a second compression motor provided in the second space, and a fluid connecting line connecting the first space and the second space and through which the fluid from the first space flows into the second space, characterized in that the first and second motors operate independently and at least one of the first and second motors operates at a variable rotating speed so that the compression ratio of the compression system be controlled by independently controlling the first and second motors.
A method of predicting whether a solid or non-haematological tumour which expresses chemokine receptor CCR4 will be susceptible to an anti-cancer treatment, comprising the step of measuring the amount and/or activity of CCR4 ligand CCL17 in a sample of said tumour taken from the patient, comparing the amount and/or activity of CCL17 in said tumour sample with a reference amount and/or level of activity of CCL17 measured in, or pre-determined from, one or more non-tumour samples and predicting whether said tumour will be susceptible to an anti-cancer treatment, wherein an increased amount and/or activity of CCL17 compared to the reference amount and/or activity is indicative of a tumour that will be susceptible to an anti-cancer treatment, and wherein said tumour is selected from cervical, oesophageal, bronchial, nasopharyngeal, laryngeal, skin, brain, pancreatic, neck, kidney, liver, breast, bladder, stomach, ovarian, germ cell and prostate cancer.
A booster oil comprising (a) oil, the oil having a peroxide value from 0 to 4 meq/kg and a polarity index from 20 to 80 mN/m; (b) oil soluble active wherein oil makes up from 88 to 99.5% by weight of the booster oil, the booster oil optionally comprising structurant, wherein the oil soluble active is present in an amount from 0.001 to 2.5%, based on total weight of booster oil, wherein the oil soluble active is retinyl propionate, and 4-hexyl resorcinol, 4-ethyl resorcinol or a mixture thereof. (a) oil, the oil having a peroxide value from 0 to 4 meq/kg and a polarity index from 20 to 80 mN/m; (b) oil soluble active wherein oil makes up from 88 to 99.5% by weight of the booster oil, the booster oil optionally comprising structurant, wherein the oil soluble active is present in an amount from 0.001 to 2.5%, based on total weight of booster oil, wherein the oil soluble active is retinyl propionate, and 4-hexyl resorcinol, 4-ethyl resorcinol or a mixture thereof.
A compound of formula I: wherein X is N; Y is O, NH, or S; R 1 is, independently, -H, -OH, -NH 2, -NO 2, halogen, alkyl optionally substituted with -OH, or alkoxy optionally substituted with -OH; R 2 is -C NH 2; R 3 is -H, -OH, -NH 2, -C NH 2, alkyl, or alkoxy, any of which can be optionally substituted with - OH, halogen, alkyl, or alkoxy; or a pharmaceutically acceptable salt thereof for use in a method for the treatment of an oncological disorder in a person or animal, said method comprising administering a therapeutically effective amount of the compound of formula I. X is N; Y is O, NH, or S; R 1 is, independently, -H, -OH, -NH 2, -NO 2, halogen, alkyl optionally substituted with -OH, or alkoxy optionally substituted with -OH; R 2 is -C NH 2; R 3 is -H, -OH, -NH 2, -C NH 2, alkyl, or alkoxy, any of which can be optionally substituted with - OH, halogen, alkyl, or alkoxy; or a pharmaceutically acceptable salt thereof for use in a method for the treatment of an oncological disorder in a person or animal, said method comprising administering a therapeutically effective amount of the compound of formula I.
A composition comprising nanoparticles comprising paclitaxel and an albumin for use in a method of treating non-small-cell lung cancer (NSCLC) in an individual, wherein the method comprises administering to the individual a) an effective amount of the composition and b) an effective amount of a platinum-based agent, wherein treatment is based upon the individual having diabetes.
A method for transmitting a measurement report message, by a user equipment, UE of a wireless communication system, the method comprising: receiving a measurement configuration including a system information report indicator and a system information report object information from a serving cell; determining whether a reporting condition is satisfied based on the measurement configuration; and if the reporting condition is satisfied, and the cell satisfying the reporting condition is a report object cell according to the system report object information, transmitting a measurement report message including a specific information, a measurement result and system information of the report object cell to the serving cell, wherein the system information report indicator informs that the system information of the report object cell related to multimedia broadcast/multicast service, MBMS, is to be reported, wherein the system information report object information specifies that the report object cell is a cell that supports the MBMS, wherein the specific information informs whether the UE receives the MBMS in the report object cell. receiving a measurement configuration including a system information report indicator and a system information report object information from a serving cell; determining whether a reporting condition is satisfied based on the measurement configuration; and if the reporting condition is satisfied, and the cell satisfying the reporting condition is a report object cell according to the system report object information, transmitting a measurement report message including a specific information, a measurement result and system information of the report object cell to the serving cell, wherein the system information report indicator informs that the system information of the report object cell related to multimedia broadcast/multicast service, MBMS, is to be reported, wherein the system information report object information specifies that the report object cell is a cell that supports the MBMS, wherein the specific information informs whether the UE receives the MBMS in the report object cell.
Device for covering a luggage compartment of a motor vehicle, said device comprising: - a front flap and a rear flap able to be arranged in horizontal continuity with one another, in such a way as to have a covering configuration of said compartment, - a covering layer of a flexible location covering the respective upper faces of said flaps, said flaps being spaced apart from one another in such a way as to release a first strip of said layer that is not arranged as covering said faces, said strip forming all or a portion of a flexible transversal hinge allowing for a clearance in rotation towards the top of said rear flap in relation to said front flap in order to set them in the open configuration allowing for access from the top to said compartment, said device being characterised in that the edges of said flaps adjoining said hinge are provided with reciprocal nesting means, said means being arranged in such a way as to: - cooperate with one another when said flaps are in covering configuration, in such a way as to produce a horizontal tensioning of said hinge and to prevent any vertical clearance between said flaps, - detach from one another by setting said flaps into the open configuration. - a front flap and a rear flap able to be arranged in horizontal continuity with one another, in such a way as to have a covering configuration of said compartment, - a covering layer of a flexible location covering the respective upper faces of said flaps, said flaps being spaced apart from one another in such a way as to release a first strip of said layer that is not arranged as covering said faces, said strip forming all or a portion of a flexible transversal hinge allowing for a clearance in rotation towards the top of said rear flap in relation to said front flap in order to set them in the open configuration allowing for access from the top to said compartment, - cooperate with one another when said flaps are in covering configuration, in such a way as to produce a horizontal tensioning of said hinge and to prevent any vertical clearance between said flaps, - detach from one another by setting said flaps into the open configuration.
A batch-freezer machine for producing ice cream and similar products, comprising: an outer casing with a rigid and self-supporting structure; a working chamber that extends inside the outer casing, starting from the front wall of the casing; a removable door that is adapted to selectively close, substantially in a fluid tight manner, the mouth of the working chamber; and a protruding shelf that juts out cantilevered from the front wall of the outer casing vertically spaced beneath the mouth of the working chamber, and is superiorly provided with a substantially horizontal supporting surface on which a display ice-cream pan is adapted to rest; the batch-freezer machine being characterised in that the protruding shelf comprises: a supporting framework that juts out cantilevered from, and is rigidly integral with, the front wall of said outer casing; a removable pan-holder tray, distinct and separated from the supporting framework, which is fitted in removable manner on the top of said supporting framework and is provided, on the upper face thereof, with a concave seat or compartment which is adapted to accommodate the lower part of said ice-cream pan, wherein the bottom of said concave seat or compartment forms the supporting surface of said shelf and wherein a side wall of said concave seat or compartment forms a raised side shoulder that stands up/raises above the supporting surface, on a side of the same supporting surface; and a manually-operated locking device which is placed on the pan-holder tray above the supporting surface, on a side of said concave seat or compartment opposite to that of the raised side shoulder, and is adapted to selectively transversally push and lock the ice-cream pan momentarily resting on the supporting surface of the shelf in abutment against said raised side shoulder, so as to block/ immobilise the ice-cream pan within said concave seat or compartment.