mhurhangee/ep-ind-claims huggingface dataset:
A yarn guide apparatus for use in a circular knitting machine, comprising: a yarn carrier ring; a yarn carrier holder being vertically suspended by the yarn carrier ring; a first yarn carrier being provided with a yarn feed port suitable to guide a first yarn to a knitting needle; a yarn guide having a guide hole; a second yarn carrier being provided with a yarn feed port; said second yarn carrier being attached to the first yarn carrier or the yarn carrier holder and being suitable to guide a second yarn from the guide hole to a knitting needle; characterized in that: said yarn carrier holder has a housing that accommodates the first yarn carrier, the second yarn carrier and the yarn guide in a tiltable manner, a shaft portion that corresponds to a center of the tilting, and a spring that is for pressing against the shaft portion; wherein the guide hole of the yarn guide is disposed facing the yarn feed port of the second yarn carrier such that a distance from the guide hole to the shaft portion is substantially the same as a distance from the yarn feed port to the shaft portion, thereby providing at the yarn feed port an acting force equal to or greater than a force that acts so as to tilt the first yarn carrier upward due to a knitting yarn. a yarn carrier ring; a yarn carrier holder being vertically suspended by the yarn carrier ring; a first yarn carrier being provided with a yarn feed port suitable to guide a first yarn to a knitting needle; a yarn guide having a guide hole; a second yarn carrier being provided with a yarn feed port; said second yarn carrier being attached to the first yarn carrier or the yarn carrier holder and being suitable to guide a second yarn from the guide hole to a knitting needle; characterized in that: said yarn carrier holder has a housing that accommodates the first yarn carrier, the second yarn carrier and the yarn guide in a tiltable manner, a shaft portion that corresponds to a center of the tilting, and a spring that is for pressing against the shaft portion; wherein the guide hole of the yarn guide is disposed facing the yarn feed port of the second yarn carrier such that a distance from the guide hole to the shaft portion is substantially the same as a distance from the yarn feed port to the shaft portion, thereby providing at the yarn feed port an acting force equal to or greater than a force that acts so as to tilt the first yarn carrier upward due to a knitting yarn.
A method for certifying a mobile device having an image sensor, the method comprising: generating (S1103, S1104) first fixed pattern noise, FPN, information based on column FPN; and controlling the mobile device to uniquely identify the device or image sensor by using the first FPN information, and characterized by comprising obtaining the column fixed pattern noise from a fixed pattern noise remover of the image sensor, wherein the obtaining the column FPN from the fixed pattern noise remover comprises reading a difference (V OFF1) between a pixel voltage (V PIX) of pixels of the image sensor and a reference voltage (V REF) of a sampling circuit. generating (S1103, S1104) first fixed pattern noise, FPN, information based on column FPN; and controlling the mobile device to uniquely identify the device or image sensor by using the first FPN information, and characterized by comprising obtaining the column fixed pattern noise from a fixed pattern noise remover of the image sensor, wherein the obtaining the column FPN from the fixed pattern noise remover comprises reading a difference (V OFF1) between a pixel voltage (V PIX) of pixels of the image sensor and a reference voltage (V REF) of a sampling circuit.
An electrosurgical system comprising: an elongate tubular member extending from a proximal portion to a distal portion, the tubular member comprising: a body longitudinally extending from the proximal portion to the distal portion; a distal chamber disposed within the body at the distal portion; and a snare lumen longitudinally extending in the body and in fluid communication with the distal chamber; a deployable electrosurgical snare comprising a distal loop portion, the distal loop portion movable between an undeployed position and a deployed position, wherein, in the undeployed position, the distal loop portion is at least partially disposed in the snare lumen extending in the body, and in the deployed position, the distal loop portion is disposed within the distal chamber circumferentially adjacent an inner surface of the body defining the distal chamber; wherein the distal loop portion in the deployed position is disposed at a distal portion of the distal chamber for contact with a base of a target tissue portion of underlying tissue that is withdrawn into the distal chamber; characterized by: a return electrode in the distal chamber that is at least partially circumferentially disposed on the inner surface, wherein the return electrode is disposed at a distal portion of the distal chamber for contact with the base of said target tissue portion. an elongate tubular member extending from a proximal portion to a distal portion, the tubular member comprising: a body longitudinally extending from the proximal portion to the distal portion; a distal chamber disposed within the body at the distal portion; and a snare lumen longitudinally extending in the body and in fluid communication with the distal chamber; a body longitudinally extending from the proximal portion to the distal portion; a distal chamber disposed within the body at the distal portion; and a snare lumen longitudinally extending in the body and in fluid communication with the distal chamber; a deployable electrosurgical snare comprising a distal loop portion, the distal loop portion movable between an undeployed position and a deployed position, wherein, in the undeployed position, the distal loop portion is at least partially disposed in the snare lumen extending in the body, and in the deployed position, the distal loop portion is disposed within the distal chamber circumferentially adjacent an inner surface of the body defining the distal chamber; wherein the distal loop portion in the deployed position is disposed at a distal portion of the distal chamber for contact with a base of a target tissue portion of underlying tissue that is withdrawn into the distal chamber; a return electrode in the distal chamber that is at least partially circumferentially disposed on the inner surface, wherein the return electrode is disposed at a distal portion of the distal chamber for contact with the base of said target tissue portion.
Motor vehicle comprising a rear floor having a front part and a rear part connected by connecting means, a front floor connected to the front part of the rear floor, an upper floor covering the front part of the rear floor and a fuel tank arranged below the rear floor, characterized in that the rear floor comprises means for stiffening the front part in contact with the upper floor.
A motor vehicle with a combustion engine and an exhaust system, with a trim component for the underbody of the motor vehicle for being arranged in the region beneath a component of the exhaust system, with at least one inlet opening for an airflow which develops on the underbody when the motor vehicle is travelling, characterised in that the trim component - relative to the installation position of the trim component in the motor vehicle - at least in a partial region of its width extent projects downwards relative to the surrounding underbody, with the inlet opening being located in the region of that portion of the trim component which faces the direction of travel, with the trim component - viewed in cross-section - having a protrusion which extends in the longitudinal direction of the component of the exhaust system, so that the airflow on the underbody can enter frontally into the covered region of the exhaust system with low flow losses and with a large volumetric flow rate.
A tool for severing or assisting in the severing of a conduit, the tool comprising: a housing defining a void, the void arranged, in use, to at least partially encircle a conduit; an at least one propellant source located within the housing; an at least one void access, the/each void access having an inlet and an outlet, the/each void access inlet being in fluid communication with the housing and the/each void access outlet being in fluid communication with the housing void; an ignition mechanism for igniting the/each propellant source; and an at least one modifying material; wherein, upon ignition, the/each propellant source deflagrates, creating an at least one stream of combustion products, the/each stream of combustion products flowing out of the tool through the/each void access in to the void, the/each void access channelling the/each stream of combustion products towards the conduit, the/each stream of combustion products combining with the/each modifying material to sever or assist in severing the conduit. a housing defining a void, the void arranged, in use, to at least partially encircle a conduit; an at least one propellant source located within the housing; an at least one void access, the/each void access having an inlet and an outlet, the/each void access inlet being in fluid communication with the housing and the/each void access outlet being in fluid communication with the housing void; an ignition mechanism for igniting the/each propellant source; and an at least one modifying material; wherein, upon ignition, the/each propellant source deflagrates, creating an at least one stream of combustion products, the/each stream of combustion products flowing out of the tool through the/each void access in to the void, the/each void access channelling the/each stream of combustion products towards the conduit, the/each stream of combustion products combining with the/each modifying material to sever or assist in severing the conduit.
A sheet-shaped blank for press forming produced by shearing a metal sheet, the blank comprising: a sheared edge comprising, in a sheet thickness direction, a sheared surface and a fractured surface, wherein the sheared edge has a loop shape in plan view, and the sheared edge has an edge comprising, in plan view, a curved portion that is concavely curved, and characterised in that: an average of lengths of the fractured surface in the sheet thickness direction in the curved portion is greater than an average of lengths of the fractured surface in the sheet thickness direction over an entire perimeter of the sheared edge. a sheared edge comprising, in a sheet thickness direction, a sheared surface and a fractured surface, wherein the sheared edge has a loop shape in plan view, and the sheared edge has an edge comprising, in plan view, a curved portion that is concavely curved, and characterised in that: an average of lengths of the fractured surface in the sheet thickness direction in the curved portion is greater than an average of lengths of the fractured surface in the sheet thickness direction over an entire perimeter of the sheared edge.
A processor system being operable by an operating system, the processor system comprising: a processor; a first memory area being configured to store a boot program code (201, 203), the boot program code (201, 203) being configured to start execution of the operating system when executed by the processor, the boot program code (201, 203) being further configured for performing a cryptographic operation when the boot program code (201, 203) is executed by the processor; a second memory area being configured to store one or more cryptographic keys (243, 245, 247), wherein the second memory area is only accessible to the boot program code (201, 203), when the boot program code (201, 203) is executed by the processor; a third memory area being configured to store the operating system when executed by the processor; a communication interface being configured to receive data over a communication network; wherein the processor is configured to retrieve the boot program code (201, 203) from the first memory area, and to execute the boot program code (201, 203) in order to start execution of the operating system, wherein the processor is configured to terminate execution of the boot program code (201, 203) while the operating system is being executed by the processor; wherein the processor is configured to re-execute the boot program code (201, 203) while the operating system is being executed in order to cryptographically encrypt the received data upon the basis of the cryptographic keys (243, 245, 247) stored in the second memory area. a processor; a first memory area being configured to store a boot program code (201, 203), the boot program code (201, 203) being configured to start execution of the operating system when executed by the processor, the boot program code (201, 203) being further configured for performing a cryptographic operation when the boot program code (201, 203) is executed by the processor; a second memory area being configured to store one or more cryptographic keys (243, 245, 247), wherein the second memory area is only accessible to the boot program code (201, 203), when the boot program code (201, 203) is executed by the processor; a third memory area being configured to store the operating system when executed by the processor; a communication interface being configured to receive data over a communication network; wherein the processor is configured to retrieve the boot program code (201, 203) from the first memory area, and to execute the boot program code (201, 203) in order to start execution of the operating system, wherein the processor is configured to terminate execution of the boot program code (201, 203) while the operating system is being executed by the processor; wherein the processor is configured to re-execute the boot program code (201, 203) while the operating system is being executed in order to cryptographically encrypt the received data upon the basis of the cryptographic keys (243, 245, 247) stored in the second memory area.
Roof advertising carrier for a vehicle having a main frame which supports a housing and having two graphics displays (28, 29) arranged in the housing, wherein a ventilation duct is provided which extends through the housing, characterized in that, within the housing, a first separating wall is arranged between the first graphics display and the ventilation duct and a second separating wall is arranged between the second graphics display and the ventilation duct, wherein the ventilation duct extends through a hollow space which is formed between the two separating walls (30, 32).
A cranial implant designed to fill a cranial defect of the skull of a mammal or a human, wherein said cranial implant is made of biocompatible ceramic and comprises an implant body having a shape and size substantially matching the shape and size of the cranial defect to be filled, wherein the implant body comprises an outer face facing outside the skull and an inner face facing inside the skull when the implant is disposed on the skull, characterized in that the cranial implant comprises one or more reinforcing members (30, 31, 32) protruding from the inner face of the implant body.
A skin cleansing composition comprising the following components and:: one or more selected from the group consisting of 2-amino-2-hydroxymethyl-1,3-propanediol, 2-amino-2-methyl-1-propanol, and 2-amino-2-methyl-1,3-propanediol; and: a basic material other than component, the composition having a pH of 8.3 or more and 12.5 or less at 25°C, and the total content of the component and the component is 5 mass% or more of the skin cleansing composition, and the skin cleansing composition being in a foam, liquid, paste or cream form wherein the component comprises one or more selected from the group consisting of a linear or cyclic aliphatic amine, a basic amino acid, an inorganic salt composed of a strong base and a weak acid, a metal hydroxide, and an aromatic amine.: one or more selected from the group consisting of 2-amino-2-hydroxymethyl-1,3-propanediol, 2-amino-2-methyl-1-propanol, and 2-amino-2-methyl-1,3-propanediol; and: a basic material other than component, the composition having a pH of 8.3 or more and 12.5 or less at 25°C, and the total content of the component and the component is 5 mass% or more of the skin cleansing composition, and the skin cleansing composition being in a foam, liquid, paste or cream form wherein the component comprises one or more selected from the group consisting of a linear or cyclic aliphatic amine, a basic amino acid, an inorganic salt composed of a strong base and a weak acid, a metal hydroxide, and an aromatic amine.
A fitting assembly, comprising: a threaded drive nut comprising a radial drive surface, a first tapered longitudinal surface and a second tapered longitudinal surface, the first and second tapered longitudinal surfaces [347,348] being radially outward of the radial drive surface and discontinuous with each other; and a front ferrule and a rear ferrule, said front ferrule being radially spaced from the first tapered longitudinal surface when the fitting assembly is in a finger tight condition, wherein the front ferrule is radially displaced into contact with the first tapered longitudinal surface during fitting pull-up. a threaded drive nut comprising a radial drive surface, a first tapered longitudinal surface and a second tapered longitudinal surface, the first and second tapered longitudinal surfaces [347,348] being radially outward of the radial drive surface and discontinuous with each other; and a front ferrule and a rear ferrule, said front ferrule being radially spaced from the first tapered longitudinal surface when the fitting assembly is in a finger tight condition, wherein the front ferrule is radially displaced into contact with the first tapered longitudinal surface during fitting pull-up.
Syringe adapter (1; 19; 24; 25; 29) for connecting a dosing syringe to a container for taking up a fluid, comprising - a fluid delivery channel for creating a flow connection between the inside of the container and an inside of the dosing syringe, - at least one ventilation channel (12; 12, 13) for creating an air connection between the inside of the container and container surroundings, - wherein in at least one of the channels (6a, 12; 6a, 12, 13) a non-return valve (15 to 17; 15, 16; 26) is arranged which in an open position enables the passage of media and in a closed position closes the channel (6a, 12; 6a, 12, 13), - wherein a main adapter body on the one hand and the at least one non-return valve (15 to 17; 26) on the other hand are made at least partly from different plastic materials, - wherein the at least one non-return valve (15; 26) is designed as an anti-drip valve arranged in the fluid delivery channel, which opens with the application of negative pressure to a syringe-side end of the fluid delivery channel and otherwise closes, - wherein at least another non-return valve is designed as a ventilation valve (16, 17; 16; 26) arranged in the ventilation channel (12; 13, 13), which opens with the application of negative pressure to a container-side end of the ventilation channel (12; 12, 13) and otherwise closes. - a fluid delivery channel for creating a flow connection between the inside of the container and an inside of the dosing syringe, - at least one ventilation channel (12; 12, 13) for creating an air connection between the inside of the container and container surroundings, - wherein in at least one of the channels (6a, 12; 6a, 12, 13) a non-return valve (15 to 17; 15, 16; 26) is arranged which in an open position enables the passage of media and in a closed position closes the channel (6a, 12; 6a, 12, 13), - wherein a main adapter body on the one hand and the at least one non-return valve (15 to 17; 26) on the other hand are made at least partly from different plastic materials, - wherein the at least one non-return valve (15; 26) is designed as an anti-drip valve arranged in the fluid delivery channel, which opens with the application of negative pressure to a syringe-side end of the fluid delivery channel and otherwise closes, - wherein at least another non-return valve is designed as a ventilation valve (16, 17; 16; 26) arranged in the ventilation channel (12; 13, 13), which opens with the application of negative pressure to a container-side end of the ventilation channel (12; 12, 13) and otherwise closes.
Hollow needle for an ophthalmic surgical instrument for in-vivo fragmentation of organic lenses using ultrasound, having a connection region for coupling to the instrument and an operating region which is formed at the free end of the hollow needle and which has an active face for radiating ultrasound waves, wherein there extends through the hollow needle a suction channel which is open in the operating region for suction of lens debris and whose opening is formed by the active face, wherein there is formed in the operating region at least one active element which extends at least slightly into the suction channel, characterised in that the active element can be moved with respect to the hollow needle.
A surgical system comprising: a master finger tracking device further comprising: a first finger loop; a first sensor element attached to the first finger loop; a second finger loop; a second sensor element attached to the second finger loop; and a compressible body comprising a first end and a second end; wherein the second end is opposite and removed from the first end; wherein the first finger loop is affixed adjacent to the first end, and the second finger loop is affixed adjacent to the second end; and wherein upon placement of the first finger loop on a first digit of a human hand and the second finger loop on a second digit of the human hand, the compressible body is positioned between the first and second digits (292B, 292A) so that the compressible body provides resistance to movement of the first digit towards the second digit. a master finger tracking device further comprising: a first finger loop; a first sensor element attached to the first finger loop; a second finger loop; a second sensor element attached to the second finger loop; and a compressible body comprising a first end and a second end; a first finger loop; a first sensor element attached to the first finger loop; a second finger loop; a second sensor element attached to the second finger loop; and a compressible body comprising a first end and a second end; wherein the second end is opposite and removed from the first end; wherein the first finger loop is affixed adjacent to the first end, and the second finger loop is affixed adjacent to the second end; and wherein upon placement of the first finger loop on a first digit of a human hand and the second finger loop on a second digit of the human hand, the compressible body is positioned between the first and second digits (292B, 292A) so that the compressible body provides resistance to movement of the first digit towards the second digit.