mhurhangee/ep-ind-claims huggingface dataset:
A cold insulation device for fluid-carrying objects, such as armatures, pipes and the like, with a flexible insulating element and with a thinwalled shell body surrounding the insulating element, wherein the insulating element bears with an inner surface adapted to the contour on the fluid-carrying object, wherein the shell body encloses by means of fixing means adjusted to the contour a casing surface of the insulating element, wherein the insulating element on an inner surface thereof and/or on a narrow side thereof has a linear projection and/or a linear depression, wherein the insulating element and the shell body are designed as multiple parts, wherein the insulating element has a first insulating element part and a second insulating element part (1") on the one hand and the shell body has a first shell body part and a second shell body part (2") on the other hand, characterised in that the first insulating element part and/or the second insulating element part (1") are designed to be overdimensioned compared to the first shell body part and/or the second shell body part (2"), such that in the assembled state between facing edges of the first and second shell body part (2', 2") a sealing lip of the insulating element is formed.
A method for improving code authentication between a SoC and a FLASH memory, whereas a FLASH memory size is bigger than an internal memory size of the SoC, the method comprising the following steps: - performing a full authentication initial scan of a FLASH image once after a cold boot of the system, and - selecting a set of C = 2 n (pseudo-)randomly distributed addresses out of the full FLASH memory size of F = 2 m with n and m are natural numbers and n < m, whereas - during the initial scan the read content of the FLASH image according to the selected addresses of the set C is concurrently stored as a reference value in an internal RAM of the SoC, whereas - a means detects if an address out of set C is read during a cache line fetch, and whereas its newly read value is compared against the stored reference value of it, indicating that an attack has occurred if these two values do not match, otherwise no attack has occurred. - performing a full authentication initial scan of a FLASH image once after a cold boot of the system, and - selecting a set of C = 2 n (pseudo-)randomly distributed addresses out of the full FLASH memory size of F = 2 m with n and m are natural numbers and n < m, whereas - during the initial scan the read content of the FLASH image according to the selected addresses of the set C is concurrently stored as a reference value in an internal RAM of the SoC, whereas - a means detects if an address out of set C is read during a cache line fetch, and whereas its newly read value is compared against the stored reference value of it, indicating that an attack has occurred if these two values do not match, otherwise no attack has occurred.
Electric motor, in particular actuating or drive motor in motor vehicles, comprising a stator and a rotatably mounted rotor, comprising a coil which is arranged within the stator housing and the winding of which is to be supplied with current by means of a connection line system, and comprising a cooling plate which is arranged outside the stator interior and on the outer side of which a support plate for motor electronics is arranged, the connection line system being connected to the said support plate, characterized in that the cooling plate serves as a closure of the stator housing and the electrical connection line system is routed from the inside to the outside through a recess in the cooling plate and is electrically connected to the support plate, in that the connection line system comprises a busbar which is connected to a phase current connection, which is electrically conductively connected to the winding of the coil, within the stator housing, in that the busbar is routed through the recess in the cooling plate, and in that the connection line system is held on a support part which is fixed to the housing and which is in the form of an electrically insulating plastic support, wherein the support part is, at the same time, a support for the cooling plate.
A handle for a surgical light in whose interior an HD camera is arranged, characterized in that furthermore an image processing device, a compression device and a radio transmission device for transmitting a compressed HD video signal and at least one antenna are provided in the interior of the handle, wherein the at least one antenna is arranged completely inside a housing of the handle and the housing of the handle is not shielded at least regionally.
A method for the attachment of a headpiece to the front of a telescopic prop comprising a tube, wherein the headpiece comprises a connection device at the top for carrying a load resting on the top and an inner tube extending downwards at the bottom for being inserted into the tube of the telescopic prop, comprising the following steps in the specified order: a. inserting the inner tube extending downwards into the tube of the telescopic prop; b. connecting the inner tube positively and with backlash to the tube of the telescopic prop by means of fixation elements (6, 8); characterized in that c. a backlash-free pretension of the headpiece and the telescopic prop connected to each other by means of the fixation elements is realized by means of clamping means. a. inserting the inner tube extending downwards into the tube of the telescopic prop; b. connecting the inner tube positively and with backlash to the tube of the telescopic prop by means of fixation elements (6, 8); characterized in that c. a backlash-free pretension of the headpiece and the telescopic prop connected to each other by means of the fixation elements is realized by means of clamping means.
A composition capable of increasing the level of anti-oxLDL antibodies in plasma selected from the group consisting of antibodies against oxLDL and a composition comprising heat-inactivated Streptococcus pneumonia antigen, for use in the treatment or prevention of liver inflammation in NASH.
A method for removing regularly occurring visible artefacts in decompressed video images comprising the steps of: receiving a decompressed video signal; filtering the video signal frame by frame to extract data relating to block-like structure of the artefacts, the filtering comprising applying a 2D derivative filter over each frame, the 2D derivative filter being applied to R, G, and B video component values of the video image, and summing the absolute values (36, 38) to obtain spikes representative of locations of block edges; processing the thus-extracted data in a neural network processor which has been trained to identify the block-like structure of regularly occurring artefacts by detecting the block-like structure over a plurality of sequential frames to produce data identifying the locations of the artefacts in the video signal; and correcting the video signal by applying a smoothing filter at the locations of the thus-identified artefacts to reduce the effect of the thus-identified artefacts. receiving a decompressed video signal; filtering the video signal frame by frame to extract data relating to block-like structure of the artefacts, the filtering comprising applying a 2D derivative filter over each frame, the 2D derivative filter being applied to R, G, and B video component values of the video image, and summing the absolute values (36, 38) to obtain spikes representative of locations of block edges; processing the thus-extracted data in a neural network processor which has been trained to identify the block-like structure of regularly occurring artefacts by detecting the block-like structure over a plurality of sequential frames to produce data identifying the locations of the artefacts in the video signal; and correcting the video signal by applying a smoothing filter at the locations of the thus-identified artefacts to reduce the effect of the thus-identified artefacts.
Agitator stand for a fermenter (1; 35, 47), wherein the agitator stand comprises: - one or several bearing seats, which is or are respectively formed on the agitator stand for the receipt of a preferably superior agitator shaft bearing for the vertical or essentially vertical disposition of an agitator shaft, - an inferior agitator shaft bearing at the inferior end zone of the agitator shaft, which can be disposed detachably at the ground of the fermentation body, so that the agitator shaft can be raised, - one or more agitator seats, which is or are respectively affected to one of the bearing seats and which are formed on the agitator stand for receipt of an agitator for the respective agitator shaft, and - and anchoring installation for anchoring the agitator stand relatively to a fermenter body of a fermenter (1; 35, 47), characterised in that the anchoring installation is formed so, that the agitator stand together with agitator shaft(s) and agitator(s) can be received completely within a fermenter body, and that the anchoring installation (19 close down is formed so, that it can be attached only at a ground plate and/or on a side wall of a fermenter body. - one or several bearing seats, which is or are respectively formed on the agitator stand for the receipt of a preferably superior agitator shaft bearing for the vertical or essentially vertical disposition of an agitator shaft, - an inferior agitator shaft bearing at the inferior end zone of the agitator shaft, which can be disposed detachably at the ground of the fermentation body, so that the agitator shaft can be raised, - one or more agitator seats, which is or are respectively affected to one of the bearing seats and which are formed on the agitator stand for receipt of an agitator for the respective agitator shaft, and - and anchoring installation for anchoring the agitator stand relatively to a fermenter body of a fermenter (1; 35, 47), characterised in that the anchoring installation is formed so, that the agitator stand together with agitator shaft(s) and agitator(s) can be received completely within a fermenter body, and that the anchoring installation (19 close down is formed so, that it can be attached only at a ground plate and/or on a side wall of a fermenter body.
Clip, in the form of a metal wire including two connecting legs, each provided with a free end adapted to be connected to tips of a welding gun, the clip including an active portion intended to be immersed into a material by heat-sealing and connected to each connecting leg by a joining point opposite the corresponding free end, the two free ends defining a joining direction (A-A'), wherein the active portion, eventually extended flat, extends beyond an area of 13 millimeters by 13 millimeters defined, on the one hand, by the joining direction (A-A') and, on the other hand, by an extension direction (B-B') orthogonal to the joining direction (A-A').
A lubricant suitable for use in a diesel engine comprising: - a lubricating oil having a kinematic viscosity at 100°C of between 2.0 and 15.0 mm 2 /s (2.0 and 15.0 cSt); - at least one amine capped functionalized ethylene-propylene copolymer; and - a zinc dialkyl dithiophosphate (ZDDP) wherein the ZDDP is obtainable from a mixture of primary alcohols or a mixture of primary and secondary alcohols. - a lubricating oil having a kinematic viscosity at 100°C of between 2.0 and 15.0 mm 2 /s (2.0 and 15.0 cSt); - at least one amine capped functionalized ethylene-propylene copolymer; and - a zinc dialkyl dithiophosphate (ZDDP) wherein the ZDDP is obtainable from a mixture of primary alcohols or a mixture of primary and secondary alcohols.
A fluid sterilization device comprising: a treatment flow passage in which a fluid subject to sterilization flows; a light source chamber that stores a light source for irradiating the fluid in the treatment flow passage with ultraviolet light; a window member that is provided between the treatment flow passage and the light source chamber and arranged in transmitting the ultraviolet light; and a pressure adjustment mechanism (40, 50, 60) that adjusts a pressure in the light source chamber so as to reduce a difference between a pressure in the treatment flow passage and the pressure in the light source chamber, characterized in that the pressure adjustment mechanism (40, 50, 60) includes a partition wall (44, 54, 64) configured to be displaced in accordance with a pressure difference between the treatment flow passage and the light source chamber by using volume change associated with displacement of the partition wall. a treatment flow passage in which a fluid subject to sterilization flows; a light source chamber that stores a light source for irradiating the fluid in the treatment flow passage with ultraviolet light; a window member that is provided between the treatment flow passage and the light source chamber and arranged in transmitting the ultraviolet light; and a pressure adjustment mechanism (40, 50, 60) that adjusts a pressure in the light source chamber so as to reduce a difference between a pressure in the treatment flow passage and the pressure in the light source chamber, characterized in that the pressure adjustment mechanism (40, 50, 60) includes a partition wall (44, 54, 64) configured to be displaced in accordance with a pressure difference between the treatment flow passage and the light source chamber by using volume change associated with displacement of the partition wall.
A power tool comprising: a motor; and a control section configured to control the motor, characterized in that the control section is configured to start a duty ratio adjustment mode when a load imposed upon the motor exceeds a first threshold value, the duty adjustment mode configured to decrease a duty ratio of voltage applied to the motor so that voltage falls within a target load range lower than the first threshold value. wherein the control section is configured to increase the duty ratio when the load once having exceeded the first threshold value thereafter decreases below a target load range higher than a second threshold value lower than the first threshold value. a motor; and a control section configured to control the motor, characterized in that the control section is configured to start a duty ratio adjustment mode when a load imposed upon the motor exceeds a first threshold value, the duty adjustment mode configured to decrease a duty ratio of voltage applied to the motor so that voltage falls within a target load range lower than the first threshold value. wherein the control section is configured to increase the duty ratio when the load once having exceeded the first threshold value thereafter decreases below a target load range higher than a second threshold value lower than the first threshold value.
Distribution package for use in laying distribution of clothes on hangers, the hangers having a hook portion and a clothes hanging portion, wherein the distribution package comprises a bottom wall adapted to face downwardly during distribution, an opposing top wall adapted to face upwardly during distribution, and a plurality of further walls (13a-d), which extend along a height direction between the bottom wall and top wall and which together with the bottom wall and top wall form an enclosure adapted to protect the clothes and hangers during distribution, a first attachment member positioned at a first side portion of the enclosure, the first attachment member being adapted to extend along the height direction and to interact with the hook portion of one or more hangers in a first set of hangers, a second attachment member positioned at a second side portion of the enclosure, opposite the first side portion of the enclosure, the second attachment member being adapted to extend along the height direction and to interact with the hook portion of one or more hangers in a second set of hangers, the first attachment member being adapted to prevent movement of respective hanger in the first set of hangers relative the first attachment member in a direction extending from respective hanger in the first set of hangers towards the second attachment member, the second attachment member being adapted to prevent movement of respective hanger in the second set of hangers relative the second attachment member in a direction extending from respective hanger in the second set of hangers towards the first attachment member, a first set of abutment portions (41a-b) positioned at the first side portion of the enclosure, the first abutment portions (41a-b) being adapted to interact with the clothes hanging portion of respective hanger of said first set of hangers and to prevent movement of the respective hanger relative the first set of abutment portions (41a-b) in a direction (L1') being parallel to the direction extending from respective hanger in the second set of hangers towards the first attachment member, a second set of abutment portions (42a-b) positioned at the second side portion of the enclosure, the second set of abutment portions (42a-b) being adapted to interact with the clothes hanging portion of respective hanger in the second set of hangers and to prevent movement of the respective hanger relative the second set of abutment portions (42a-b) in a direction (L2') being parallel to the direction extending from respective hanger in the first set of hangers towards the second attachment member, at least one removable intermediate plate adapted to be positioned at a height (H1, H2, H3) between the bottom wall and the top wall to aid in keeping the clothes in place during distribution, characterised in that the abutment portions (41a-b, 42a-b) comprise slots adapted to receive tongues of the intermediate plate to thereby hold the intermediate plate on said height (H1, H2, H3).
Fluid switching device in particular for a valve having at least three ports, the device comprising: - a flap that is able to pivot between a first position blocking a first port and a second position blocking a second port, - an element (12, 13, 40) for actuating the flap, which is able to move the flap from one blocking position to the other, the device comprising an interface part (18, 25) that is able to interact with the actuating element (12, 13, 40), the device being configured such that this interaction permits, selectively, displacement of the flap by the actuating element (12, 13, 40) and, selectively, holding the flap in position, the actuating element (12, 13, 40) comprising a movable part (12, 13) and defining a guiding track which guides the interface part (18, 25) during displacement of the flap owing to the movement of the movable part (12, 13), the actuating element (12, 13) further defining a track for holding the interface part (18, 25) to hold the flap in one or other of the blocking positions, the holding track comprising a lateral edge defined by part of the outer periphery of said movable part, the device being characterized in that the guiding track is formed by a guiding recess created within the movable part (12, 13), said guiding recess having two opposite lateral edges against which the interface part comes selectively into contact when the flap moves from one blocking position to the other. - a flap that is able to pivot between a first position blocking a first port and a second position blocking a second port, - an element (12, 13, 40) for actuating the flap, which is able to move the flap from one blocking position to the other,
A method of grinding using a grinding wheel for machining a ground work piece during a grinding cycle, at least three grinding speeds being used, which are a rotation speed (Nw) of the ground work piece, a rotation speed (Vs) of the grinding wheel and an approximation feed speed (Vf) between the grinding wheel and the ground work piece, characterised in that a continuous and combined variation of at least the rotation speed (Nw) of the ground work piece and the approximation feed speed (Vf) between the grinding wheel and the ground work piece is performed throughout the entire grinding cycle and the grinding speeds are varied depending on the maximum chip thickness (h cu) and on a limit temperature (θ*) in the cutting area defined between the grinding wheel and the ground work piece.
A dual port printer device for use with a supply roll, comprising: a door; at least one port for a printed material to exit from; a touch panel screen; at least one removable supply flange; an adjustable loading chute; at least one supply roll; a printing module; the touch panel screen and the at least one port are positioned along the door; and wherein the at least one removable supply flange is adjustable to accommodate the supply roll, and the adjustable loading chute directs a supply web from the supply roll to the printing module to create the printed material. a door; at least one port for a printed material to exit from; a touch panel screen; at least one removable supply flange; an adjustable loading chute; at least one supply roll; a printing module; the touch panel screen and the at least one port are positioned along the door; and wherein the at least one removable supply flange is adjustable to accommodate the supply roll, and the adjustable loading chute directs a supply web from the supply roll to the printing module to create the printed material.
A method of controlling a wind turbine, the method comprising the steps of: generating and outputting an overrating control signal to the wind turbine, the overrating control signal setting an amount by which the power output of the wind turbine is to be overrated; characterised by: measuring cable temperature values for at least one power collection cable (50, 55) connected to the wind turbine using at least one cable temperature sensor, wherein the at least one power collection cable (50, 55) is used to transport the generated power from the wind turbine for export to a grid; determining whether the measured cable temperature values exceed a temperature set point; and modifying the overrating control signal to reduce the amount of overrating if the measured cable temperature values exceed the temperature set point. measuring cable temperature values for at least one power collection cable (50, 55) connected to the wind turbine using at least one cable temperature sensor, wherein the at least one power collection cable (50, 55) is used to transport the generated power from the wind turbine for export to a grid; determining whether the measured cable temperature values exceed a temperature set point; and modifying the overrating control signal to reduce the amount of overrating if the measured cable temperature values exceed the temperature set point.