mhurhangee/patent-ind-claim-en huggingface dataset:
A vehicle body frame structure for a saddle riding vehicle comprising: a head section that rotatably supports a steering shaft; a pair of left and right main frames extending from the head section toward a rear side of a vehicle body; and a cross member that connects the pair of left and right main frames , wherein each of the main frames is formed of a metal material, characterised in that the cross member is formed of a material having a higher specific rigidity than the metal material that constitutes each of the main frames . a head section that rotatably supports a steering shaft; a pair of left and right main frames extending from the head section toward a rear side of a vehicle body; and a cross member that connects the pair of left and right main frames , wherein each of the main frames is formed of a metal material, characterised in that the cross member is formed of a material having a higher specific rigidity than the metal material that constitutes each of the main frames .
A dosage form comprising • at least one first active ingredient-containing unit and • at least one second active ingredient-containing unit, wherein the units comprise a first active ingredient with at least one amino group, wherein the first active ingredient at a pH value of 1.1 has a solubility in water of less than 10 mg/ml, wherein the first active ingredient is selected from the group of antihistamines and/or calcium antagonists, characterized in that the first unit immediately releases the first active ingredient in the stomach and the second unit has a gastric juice resistant design, that the second active ingredient-containing unit contains an active ingredient matrix comprising a matrix polymer and the first active ingredient, wherein the first active ingredient is dispersed in the active ingredient matrix, furthermore characterized in that the active ingredient matrix contains the first active ingredient and the matrix polymer in a mass ratio of at most 1:1. • at least one first active ingredient-containing unit and • at least one second active ingredient-containing unit,
A fiber comprising an olefin polymer composition comprising 100 parts by weight of an olefin polymer and 0.1 to 30 parts by weight of an acid-form anionic surfactant, the acid-form anionic surfactant having been melt kneaded in the fiber, wherein the acid-form anionic surfactant is a fatty acid having not less than 9 carbon atoms, and the olefin polymer is a propylene/α-olefin random copolymer comprising propylene and an α-olefin and having a melting point (Tm) in the range of 125 to 155°C. wherein the acid-form anionic surfactant is a fatty acid having not less than 9 carbon atoms, and the olefin polymer is a propylene/α-olefin random copolymer comprising propylene and an α-olefin and having a melting point (Tm) in the range of 125 to 155°C.
A device for use in pulmonary surgery, comprising: a dispensing apparatus ; a delivery apparatus in fluid communication with said dispensing apparatus, wherein said delivery apparatus comprises an input assembly comprising: a fibrinogen input; a thrombin input; a turbulent mixing assembly in fluid communication with said input assembly and formed to include a plurality of inwardly extending dimples; a pressurized gas input; wherein: said dispensing apparatus is configured to provide a pressurized gas, a fibrinogen stream, and a thrombin stream to said delivery apparatus; said delivery apparatus is configured to mix said fibrinogen stream and said thrombin stream in a pressurized gas stream to form a fibrin reaction mixture comprising a cellular foam. a dispensing apparatus ; a delivery apparatus in fluid communication with said dispensing apparatus, wherein said delivery apparatus comprises an input assembly comprising: a fibrinogen input; a thrombin input; a turbulent mixing assembly in fluid communication with said input assembly and formed to include a plurality of inwardly extending dimples; a fibrinogen input; a thrombin input; a turbulent mixing assembly in fluid communication with said input assembly and formed to include a plurality of inwardly extending dimples; a pressurized gas input; wherein: said dispensing apparatus is configured to provide a pressurized gas, a fibrinogen stream, and a thrombin stream to said delivery apparatus; said delivery apparatus is configured to mix said fibrinogen stream and said thrombin stream in a pressurized gas stream to form a fibrin reaction mixture comprising a cellular foam. said dispensing apparatus is configured to provide a pressurized gas, a fibrinogen stream, and a thrombin stream to said delivery apparatus; said delivery apparatus is configured to mix said fibrinogen stream and said thrombin stream in a pressurized gas stream to form a fibrin reaction mixture comprising a cellular foam.
Construction material comprising a perforated sheet of metal and on at least one side of the perforated sheet of metal a thermoplastic layer, wherein said thermoplastic layer has i) a modulus of elasticity as measured according to ISO 527 of 0.6-2.0 MPa, preferably 0.8-1.8 MPa, ii) a shore A hardness as measured according to ISO 7619-1 in the range of 25-65, preferably in the range of 35-50, and iii) an elongation at break as measured according to ISO 527 of 250-400 %, preferably 275-375 %. i) a modulus of elasticity as measured according to ISO 527 of 0.6-2.0 MPa, preferably 0.8-1.8 MPa, ii) a shore A hardness as measured according to ISO 7619-1 in the range of 25-65, preferably in the range of 35-50, and iii) an elongation at break as measured according to ISO 527 of 250-400 %, preferably 275-375 %.
An operating unit for an injection moulding machine having an operating program and a touch-sensitive display screen , on which operating fields and navigation fields can be represented, wherein upon actuation of the operating fields operating signals can be sent by a control or regulating device to injection molding machine elements and upon actuation of the navigation fields pages of the operating program can be called up, and wherein at least one operating group contains operating fields but no navigation fields, and navigation groups contain navigation fields but no operating fields, and/or there are provided at least one passive field in the form of rows and/or columns which contains neither operating fields nor navigational fields, and wherein the at least one operating group and the navigation groups are arranged in rows and/or columns, characterised in that the at least one passive field is arranged between the operating fields of the at least one operating group and information about the injection molding machine can be represented in the at least one passive field .
A method for delivering data by a terminal in a wireless communication system, the method comprising: obtaining a medium access control, MAC, service data unit, SDU, from an upper layer; generating a MAC protocol data unit, PDU, including the MAC SDU and a MAC control element, CE, wherein a first MAC subheader for the MAC SDU is placed immediately in front of the MAC SDU and a second MAC subheader for the MAC CE is placed immediately in front of the MAC CE; and delivering the MAC PDU to a lower layer, wherein the MAC CE with the second MAC subheader is placed after the MAC SDU in the MAC PDU, wherein the MAC CE is placed before a padding, in case that the MAC PDU includes the padding, and wherein the MAC CE is placed at an end of the MAC PDU, in case that the MAC PDU does not include a padding. obtaining a medium access control, MAC, service data unit, SDU, from an upper layer; generating a MAC protocol data unit, PDU, including the MAC SDU and a MAC control element, CE, wherein a first MAC subheader for the MAC SDU is placed immediately in front of the MAC SDU and a second MAC subheader for the MAC CE is placed immediately in front of the MAC CE; and delivering the MAC PDU to a lower layer, wherein the MAC CE with the second MAC subheader is placed after the MAC SDU in the MAC PDU, wherein the MAC CE is placed before a padding, in case that the MAC PDU includes the padding, and wherein the MAC CE is placed at an end of the MAC PDU, in case that the MAC PDU does not include a padding.
A method of updating firmware stored in a non-volatile memory of a controller , wherein the non-volatile memory comprises a first set of memory blocks configured to store a bootloader for the controller , the method comprising: storing a bootloader update application in a second set of memory blocks of the non-volatile memory ; replacing an initial memory block of the first set of memory blocks with a jump code, wherein the jump code comprises an instruction to jump to an initial memory block of the second set of memory blocks; storing a new bootloader for the controller in the non-volatile memory once the jump code has been stored in the initial memory block of the first set of memory blocks by storing data blocks of the new bootloader other than an initial data block of the new bootloader in memory blocks of the first set of memory blocks other than the initial memory block; determining whether the controller is receiving external power; and storing the initial data block of the new bootloader in the initial memory block of the first set of memory blocks by overwriting the jump code; wherein, when the controller loses external power, energy is provided internally to the controller so that at least one memory block of the non-volatile memory can be erased and written to without the controller receiving external power in order to guarantee that the jump code will be successfully stored. storing a bootloader update application in a second set of memory blocks of the non-volatile memory ; replacing an initial memory block of the first set of memory blocks with a jump code, wherein the jump code comprises an instruction to jump to an initial memory block of the second set of memory blocks; storing a new bootloader for the controller in the non-volatile memory once the jump code has been stored in the initial memory block of the first set of memory blocks by storing data blocks of the new bootloader other than an initial data block of the new bootloader in memory blocks of the first set of memory blocks other than the initial memory block; determining whether the controller is receiving external power; and storing the initial data block of the new bootloader in the initial memory block of the first set of memory blocks by overwriting the jump code; wherein, when the controller loses external power, energy is provided internally to the controller so that at least one memory block of the non-volatile memory can be erased and written to without the controller receiving external power in order to guarantee that the jump code will be successfully stored.
A hearing device for audio communication with at least one external device , the hearing device comprising: - a processing unit for providing a processed first signal ; - a first acoustic input transducer connected to the processing unit , the first acoustic input transducer being configured for converting a first acoustic signal into a first input signal to the processing unit for providing the processed first signal ; - a second input transducer for providing a second input signal ; - an acoustic output transducer connected to the processing unit , the acoustic output transducer being configured for converting the processed first signal into an audio output signal of the acoustic output transducer ; wherein the second input signal is provided by converting, in the second input transducer , at least the audio output signal from the acoustic output transducer and a body-conducted voice signal from the user of the hearing device ; the hearing device comprising a user voice extraction unit for extracting a voice signal , where the user voice extraction unit is connected to the processing unit for receiving the processed first signal and connected to the second input transducer for receiving the second input signal ; wherein the user voice extraction unit is configured to extract the voice signal based on the second input signal and the processed first signal ; and wherein the voice signal is configured to be transmitted to the at least one external device ; characterized by : the hearing device further comprising a voice processing unit for processing the extracted voice signal based on the extracted voice signal and/or the first input signal before transmitting the extracted voice signal to the at least one external device . - a processing unit for providing a processed first signal ; - a first acoustic input transducer connected to the processing unit , the first acoustic input transducer being configured for converting a first acoustic signal into a first input signal to the processing unit for providing the processed first signal ; - a second input transducer for providing a second input signal ; - an acoustic output transducer connected to the processing unit , the acoustic output transducer being configured for converting the processed first signal into an audio output signal of the acoustic output transducer ;
A nonwoven fiber mat comprising: randomly oriented fibers; and a two-part binder system applied to at least a portion of the randomly oriented fibers, wherein the binder system comprises: a formaldehyde-free carbohydrate-based binder, and a formaldehyde-free hydrophobic acrylic-based binder, wherein the formaldehyde-free hydrophobic acrylic-based binder is applied over the formaldehyde-free carbohydrate-based binder, and wherein the formaldehyde-free acrylic-based binder substantially or completely impregnates the nonwoven fiber mat after the formaldehyde-free carbohydrate-based binder is applied to the mat. randomly oriented fibers; and a two-part binder system applied to at least a portion of the randomly oriented fibers, wherein the binder system comprises: a formaldehyde-free carbohydrate-based binder, and a formaldehyde-free hydrophobic acrylic-based binder, a formaldehyde-free carbohydrate-based binder, and a formaldehyde-free hydrophobic acrylic-based binder,
A capacitor, comprising: a substrate having a first surface , a second surface remote from the first surface, and a through opening extending between the first and second surfaces; a first metal element exposed at the first surface and extending into the through opening, the first metal element including a plurality of posts arranged to fill a first plurality of positions within an m x n array in the through opening , each of m and n being greater than 1, each post extending into the through opening in a vertical direction substantially perpendicular to the first surface , each post including a substantially vertical portion that is substantially parallel to a corresponding substantially vertical portion of at least one adjacent post; a second metal element exposed at the second surface and extending into the through opening , the second metal element extending between adjacent ones of the plurality of posts , the first and second metal elements (760 and 770) being electrically connectable to first and second electric potentials; and a capacitor dielectric layer separating and insulating the first metal elements from the second metal element at least within the through opening . a substrate having a first surface , a second surface remote from the first surface, and a through opening extending between the first and second surfaces; a first metal element exposed at the first surface and extending into the through opening, the first metal element including a plurality of posts arranged to fill a first plurality of positions within an m x n array in the through opening , each of m and n being greater than 1, each post extending into the through opening in a vertical direction substantially perpendicular to the first surface , each post including a substantially vertical portion that is substantially parallel to a corresponding substantially vertical portion of at least one adjacent post; a second metal element exposed at the second surface and extending into the through opening , the second metal element extending between adjacent ones of the plurality of posts , the first and second metal elements (760 and 770) being electrically connectable to first and second electric potentials; and a capacitor dielectric layer separating and insulating the first metal elements from the second metal element at least within the through opening .
An anti-rotating device , suitable for transmitting circumferential acting force to a non-rotating sleeve and preventing the non-rotating sleeve from rotating, wherein the anti-rotating device comprises an anti-rotating member and an elastic member , the anti-rotating member is able to move in a generally radial direction of the non-rotating sleeve , and the elastic member is configured to act on the anti-rotating member and to provide an acting force being substantially radially outward for the anti-rotating member ; characterized in that the anti-rotating device further comprises: a main body, the main body is to be connected to the non-rotating sleeve ; an anti-rotating member base , the anti-rotating member base mounted to the main body; the anti-rotating member is mounted on the anti-rotating member base , the elastic member is mounted in the main body, and the elastic member is configured to act on the anti-rotating member base and to provide the radially outward force through the anti-rotating member base ; the anti-rotating member base is hinged to the main body by a first mounting pin ; the anti-rotating member is rotatably mounted to the anti-rotating member base by a second mounting pin ; the anti-rotating device further comprises a third mounting pin , the main body is to be connected to the non-rotating sleeve by the third mounting pin ; the anti-rotating device has an extension (P2) disposed on the main body, the extension (P2) has a portion overlapping with a second non-rotating sleeve in an axial direction; the anti-rotating device further comprises a radial driving device , the radial driving device is adapted to drive the main body to rotate about the third mounting pin so that the extension can interact with the second non-rotating sleeve . a main body, the main body is to be connected to the non-rotating sleeve ; an anti-rotating member base , the anti-rotating member base mounted to the main body; the anti-rotating member is mounted on the anti-rotating member base , the elastic member is mounted in the main body, and the elastic member is configured to act on the anti-rotating member base and to provide the radially outward force through the anti-rotating member base ; the anti-rotating member base is hinged to the main body by a first mounting pin ; the anti-rotating member is rotatably mounted to the anti-rotating member base by a second mounting pin ; the anti-rotating device further comprises a third mounting pin , the main body is to be connected to the non-rotating sleeve by the third mounting pin ; the anti-rotating device has an extension (P2) disposed on the main body, the extension (P2) has a portion overlapping with a second non-rotating sleeve in an axial direction; the anti-rotating device further comprises a radial driving device , the radial driving device is adapted to drive the main body to rotate about the third mounting pin so that the extension can interact with the second non-rotating sleeve .
Geotechnical apparatus comprising at least one rod provided at its lower extremity with a probe , wherein the probe is a cone penetrometer, which rod has a longitudinal bore extending along its body which is in fluid communication with one or more lubrication openings behind the probe for introducing lubricant along the rod's superficial area, wherein the geotechnical apparatus further comprises a drive unit for the at least one rod for pushing said rod into the ground or pulling it from the ground, characterized in that the at least one rod is a single piece rod and the geotechnical apparatus comprises a storage for said single piece rod in which the single piece rod is storable in coiled condition and from which the single piece rod is retrievable in said coiled condition, wherein a bender/straightener is provided between the storage and the drive unit to convert the single piece rod between a straightly aligned condition and said coiled condition, wherein the storage is rotatable and that rotation of said storage causes the single piece rod to coil or uncoil depending on the direction of rotation of said storage .
A method for heating at least one selected portion of an object, comprising the steps of projecting an energy beam onto a surface of the object (100; 102; 306; 401, 402) so as to produce a primary spot on the surface, and repetitively scanning the beam in two dimensions in accordance with a scanning pattern so as to establish an effective spot on the surface, the effective spot having a two-dimensional energy distribution, displacing the effective spot in relation to the surface of the object to progressively heat the at least one selected portion of the object; wherein the scanning pattern comprises a plurality of interconnected curved segments, and wherein the scanning pattern comprises at least three lobes . projecting an energy beam onto a surface of the object (100; 102; 306; 401, 402) so as to produce a primary spot on the surface, and repetitively scanning the beam in two dimensions in accordance with a scanning pattern so as to establish an effective spot on the surface, the effective spot having a two-dimensional energy distribution, displacing the effective spot in relation to the surface of the object to progressively heat the at least one selected portion of the object; wherein the scanning pattern comprises a plurality of interconnected curved segments, and wherein the scanning pattern comprises at least three lobes .