mhurhangee/ep-ind-claims huggingface dataset:
A gear mechanism with coupling, wherein the coupling has a switching cam, a switching element and a spring element, wherein the switching element can be moved back and forth between at least two switching positions counter to or with a spring force of the spring element which acts on the switching element by turning the switching cam about the axis of rotation of the switching cam, wherein the switching cam has two switching faces, and the switching faces cooperate with the switching element such that the spring force which acts on the switching element assumes a local minimum dependent on the angle of rotation of the turning in each switching position, wherein the switching element can be connected, preferably in positive manner, non-rotatably to and released again from a gear wheel of the gear mechanism, the switching cam, in particular with its lead-through portion, is held in a housing wall of a housing of the gear mechanism, wherein the switching faces and the switching element are arranged in an inner space of the housing, wherein the switching element is arranged non-rotatably and axially displaceably on a shaft, in particular output shaft, of the gear mechanism, wherein the spring force presses the switching element in the direction of a gear wheel which is arranged rotatably on the shaft, wherein the switching element in the engaged state is connected non-rotatably to the gear wheel, in particular claws of the entraining means and corresponding claws mutually intermesh in an end face of the gear wheel, wherein there is arranged on the switching cam outside the gear mechanism housing a switching lever with which the switching cam is turned, in particular wherein a force component from the switching cam onto the switching element, which is caused by the weight of the switching lever, in each position of the gear mechanism is smaller than the spring force on the switching element, characterised in that the switching faces are flat and are arranged parallel to the axis of rotation, - the switching faces being arranged at an angle to each other, preferably being arranged substantially perpendicularly to each other, - and/or with an end region having a portion out of which two disc segments are taken to form the switching faces at one free end of the end region. - the switching faces being arranged at an angle to each other, preferably being arranged substantially perpendicularly to each other, - and/or with an end region having a portion out of which two disc segments are taken to form the switching faces at one free end of the end region.
An ultrasound system, comprising: a frame data forming unit for forming reference frame data with reflective signals from a target prior to applying pressure to the target and interest frame data of a plurality of interest frames with other reflective signals from the target undergoing the pressure; a displacement map forming unit for forming displacement maps of the interest frames by comparing the interest frames with the reference frame; a strain calculating unit for calculating the strains of interest frames with the use of the displacement maps; characterized by a local information processing unit adapted to analyze the strain at each pixel to determine boundary pixels, wherein the local processing unit is adapted to analyze the strains of a n th interest frame and set up first boundary pixels in the n th interest frame, and obtain second boundary pixels by moving the positions of the first boundary pixels of a n-1 th interest frame to corresponding positions of the first boundary pixels of the n th interest frame; and an image processing unit adapted to reconstruct the n-1 th interest frame with the second boundary pixels strains of the reconstructed n-1 th interest frame and the strains of the n th interest frame. a frame data forming unit for forming reference frame data with reflective signals from a target prior to applying pressure to the target and interest frame data of a plurality of interest frames with other reflective signals from the target undergoing the pressure; a displacement map forming unit for forming displacement maps of the interest frames by comparing the interest frames with the reference frame; a strain calculating unit for calculating the strains of interest frames with the use of the displacement maps; characterized by a local information processing unit adapted to analyze the strain at each pixel to determine boundary pixels, wherein the local processing unit is adapted to analyze the strains of a n th interest frame and set up first boundary pixels in the n th interest frame, and obtain second boundary pixels by moving the positions of the first boundary pixels of a n-1 th interest frame to corresponding positions of the first boundary pixels of the n th interest frame; and an image processing unit adapted to reconstruct the n-1 th interest frame with the second boundary pixels strains of the reconstructed n-1 th interest frame and the strains of the n th interest frame.
Fabric support for a weaving machine having a frame comprising a profiled section (20, 30, 40, 50, 60, 80) forming a continuous guide surface for supporting a fabric, characterized in that the\fabric support further comprises several supporting elements (10, 11, 12, 13, 14, 15, 16, 17, 18, 19) attached to the frame adjoining one another or with a certain distance between one another depending on the width of the fabric to be woven, wherein the continuous guide surface supporting the fabric is formed by an elongate profiled section (20, 30, 40, 70, 80) made as one single piece extending at least across the width of the fabric to be woven, wherein the profiled section (20, 30, 40, 70, 80) is supported by the several supporting elements (10, 11, 12, 13, 14, 15, 16, 17, 18, 19) and is bridging a possible intermediate distance between the supporting elements (10, 11, 12, 13, 14, 15, 16, 17, 18, 19).
A method executed in a first user equipment, UE, (110a,210a), of a first user for communicating with a second user equipment, UE, (110b, 210b), of a second user, the first UE (110a,210a) being capable of using a service which requires mutual exchange of service capabilities associated with the respective users of both UEs (110a, 110b, 210a,210b) the method comprising: - providing (5:2), to a network node, via a first signaling protocol, a first service capabilities request, requesting an exchange of service capabilities associated with the users of said both UEs (110a, 110b, 210a,210b), the first service capabilities request being provided before said service has been used between the two users; - receiving (5:3, 5:4) a response to the first service capabilities request, from the network node, indicating a rejection of the first service capabilities request; - providing (5:5), to the second UE (110b, 210b), via a second signaling protocol other than the first signaling protocol a second service capabilities request, requesting an exchange of service capabilities associated with the two users; - identifying (5:6,5:11) the second user as a user whom the first user cannot use said service via said both UEs (110a, 110b, 210a, 210b) with, in case the second service capabilities request does not result in the requested exchange of service capabilities, or - identifying (5:6,5:7) the second user as a user whom the first user can now use said service via said both UEs (110a, 110b, 210a, 210b) with, in case the second service capabilities request results in the requested exchange of service capabilities. - providing (5:2), to a network node, via a first signaling protocol, a first service capabilities request, requesting an exchange of service capabilities associated with the users of said both UEs (110a, 110b, 210a,210b), the first service capabilities request being provided before said service has been used between the two users; - receiving (5:3, 5:4) a response to the first service capabilities request, from the network node, indicating a rejection of the first service capabilities request; - providing (5:5), to the second UE (110b, 210b), via a second signaling protocol other than the first signaling protocol a second service capabilities request, requesting an exchange of service capabilities associated with the two users; - identifying (5:6,5:11) the second user as a user whom the first user cannot use said service via said both UEs (110a, 110b, 210a, 210b) with, in case the second service capabilities request does not result in the requested exchange of service capabilities, or - identifying (5:6,5:7) the second user as a user whom the first user can now use said service via said both UEs (110a, 110b, 210a, 210b) with, in case the second service capabilities request results in the requested exchange of service capabilities.
A semiconductor device, comprising: a drift layer having a first conductivity type; a first body region adjacent the drift layer, the first body region having a second conductivity type opposite the first conductivity type and forming a p-n junction with the drift layer; a second body region having the second conductivity type on the first body region; a contactor region adjacent the first and second body regions, the contactor region having the first conductivity type; and characterised by a static induction rectifier channel region extending between the first and second body regions from the contactor region to the drift layer to provide a shunt channel region between the contactor region and the drift layer, the shunt channel region having the first conductivity type, wherein the SIR channel region is configured to be fully depleted at zero voltage between the contactor region and the drift layer and wherein the SIR channel region is configured and the doping concentration of the first body region and the second body region are selected to form a conductive channel between the contactor region and the drift layer at an applied voltage that is less then a built-in potential of the p-n junction between the first body region and the drift layer. a drift layer having a first conductivity type; a first body region adjacent the drift layer, the first body region having a second conductivity type opposite the first conductivity type and forming a p-n junction with the drift layer; a second body region having the second conductivity type on the first body region; a contactor region adjacent the first and second body regions, the contactor region having the first conductivity type; and characterised by a static induction rectifier channel region extending between the first and second body regions from the contactor region to the drift layer to provide a shunt channel region between the contactor region and the drift layer, the shunt channel region having the first conductivity type, wherein the SIR channel region is configured to be fully depleted at zero voltage between the contactor region and the drift layer and wherein the SIR channel region is configured and the doping concentration of the first body region and the second body region are selected to form a conductive channel between the contactor region and the drift layer at an applied voltage that is less then a built-in potential of the p-n junction between the first body region and the drift layer.
A structure for accumulating metal bars, in particular bars for the reinforcement of concrete, said structure comprising at least one channel designed to receive the bars, and means designed to bring the bars, or end portions of said bars, received in said channel, up to one another, in their transverse direction, said structure being characterised in that it comprises means for conveying said bars from a first position to a second position, both positions being inside said channel, and in that said means designed to bring the bars, or end portions of said bars, up to one another are designed to act on said bars, or end portions of said bars, which are located in said second position.
A knit design apparatus for creating knitting data of an intarsia pattern that is to be knitted by a flat knitting machine, characterized by: detection means for, in a course in which a cam system on a front side in a travelling direction of a carriage of the flat knitting machine knits a first knitted fabric on a rear side in the travelling direction of the carriage with respect to a boundary between intarsia pattern portions and a cam system on the rear side in the travelling direction of the carriage knits a second knitted fabric on the front side in the travelling direction of the carriage with respect to the boundary, detecting from knitting data a stitch that is at an end of the first knitted fabric and that projects further to the front side in the travelling direction of the carriage than a course knitted immediately before, as a first stitch (K3-2, 45); and knitting data processing means for, in a case where the first stitch (K3-2, 45) is detected, modifying the knitting data such that - a second stitch in the second knitted fabric positioned one course below the first stitch (K3-2, 45) is replaced by a miss stitch, or the first stitch (K3-2, 45) is replaced by a miss stitch, or the first stitch (K3-2, 45) is replaced by a stitch in the second knitted fabric. detection means for, in a course in which a cam system on a front side in a travelling direction of a carriage of the flat knitting machine knits a first knitted fabric on a rear side in the travelling direction of the carriage with respect to a boundary between intarsia pattern portions and a cam system on the rear side in the travelling direction of the carriage knits a second knitted fabric on the front side in the travelling direction of the carriage with respect to the boundary, detecting from knitting data a stitch that is at an end of the first knitted fabric and that projects further to the front side in the travelling direction of the carriage than a course knitted immediately before, as a first stitch (K3-2, 45); and knitting data processing means for, in a case where the first stitch (K3-2, 45) is detected, modifying the knitting data such that - a second stitch in the second knitted fabric positioned one course below the first stitch (K3-2, 45) is replaced by a miss stitch, or the first stitch (K3-2, 45) is replaced by a miss stitch, or the first stitch (K3-2, 45) is replaced by a stitch in the second knitted fabric. - a second stitch in the second knitted fabric positioned one course below the first stitch (K3-2, 45) is replaced by a miss stitch, or the first stitch (K3-2, 45) is replaced by a miss stitch, or the first stitch (K3-2, 45) is replaced by a stitch in the second knitted fabric.
A wall of a building, the wall having an external insulation layer integral with the wall and a window tunnel into which is inserted an assembly comprising a pre-frame and a window frame mounted in the pre-frame, the pre-frame comprising a first part within which the window frame is mounted, the first part being inserted into the tunnel from outside the building; characterised in that: - the pre-frame comprises a second part to be abutted to the first part, the second part being inserted into the tunnel from inside the building, - the first part of the pre-frame comprises an air insulation membrane integral with the window frame, the air insulation membrane having a flexible peripheral strip sandwiched between the second part of the pre-frame and the window tunnel, and in that the first part and the second part of the pre-frame carry on their periphery an insulating element sandwiched between the pre-frame and the window tunnel. - the pre-frame comprises a second part to be abutted to the first part, the second part being inserted into the tunnel from inside the building, - the first part of the pre-frame comprises an air insulation membrane integral with the window frame, the air insulation membrane having a flexible peripheral strip sandwiched between the second part of the pre-frame and the window tunnel,
Bearing cage segment (10; 30; 70; 80; 90) for an anti-friction bearing cage (50; 55) having two circumferential webs which run in a circumferential direction and a connecting web which connects the circumferential webs, the bearing cage segment being formed from a plastic and having a coupling arrangement which is configured to arrange the bearing cage segment (10; 30; 70; 80; 90) on at least one carrier ring (21; 22; 23; 24; 25) by means of a snap-action connection, with the result that a pocket for receiving a rolling body can be formed by means of two bearing cage segments (10; 30; 70; 80; 90) which are arranged on the carrier ring (21; 22; 23; 24; 25) adjacently in the circumferential direction, the coupling arrangement comprising an elastic receptacle (14; 16) which is formed into at least one of the circumferential webs for receiving the at least one carrier ring (21; 22; 23; 24; 25) in a positively locking manner, the elastic receptacle having a groove section (14; 16) for the snap-action connection to the at least one carrier ring (21; 22; 23; 24; 25), the groove section being formed in a side of a first circumferential web, which side faces a second circumferential web, the groove section having first regions which are configured to engage around the carrier ring from the radial inside, and having a second region in the circumferential direction between the first regions, which second region is configured to engage around the carrier ring from the radial outside.
A zeolitic granular material having a particle size of from 0.1 mm to 1 mm, preferably from 0.2 mm to 1 mm, and particularly from 0.3 mm to 0.8 mm, more generally from 0.4 to 0.6 mm, limits inclusive, wherein the zeolitic structure forms an assembly connected over the entire volume of said material, and presenting a mechanical bulk crushing strength of greater than or equal to 1.0 MPa, more generally greater than or equal to 1.5 MPa, preferably greater than or equal to 2.0 MPa, typically greater than or equal to 2.1 MPa, an assembly connected being a three-dimensionally connected by arcs, i.e. any pair of points in the zeolite structure is connected via a path, this assembly being evaluated by image analysis, for an average of ten images on the various polished sections of the material, said images being obtained with a scanning electron microscope, with a magnification of between 5000 and 10000, an assembly being connected when the proportion of connected surface represents at least 50% of the surface occupied by the material on each image.
A stator for an eccentric screw machine, in particular an eccentric screw pump for liquid, pulpy, or pasty, homogeneous or non-homogeneous media, comprising: a metallic casing pipe which is provided on the inside with an elastomer lining and defines an axial direction, an anti-rotation device in the form of an extension arm which has an opening provided with an internal thread, a pin which is non-detachably connected to the casing pipe and is provided with an external thread, wherein the internal thread of the extension arm is engaged with the external thread of the pin, and wherein the casing pipe is provided on its outside with a shrink film, the shrink film being held between the pin or the casing pipe and the extension arm. a metallic casing pipe which is provided on the inside with an elastomer lining and defines an axial direction, an anti-rotation device in the form of an extension arm which has an opening provided with an internal thread, a pin which is non-detachably connected to the casing pipe and is provided with an external thread, wherein the internal thread of the extension arm is engaged with the external thread of the pin, and wherein the casing pipe is provided on its outside with a shrink film, the shrink film being held between the pin or the casing pipe and the extension arm.
Method for transmitting secret information (I_S) over a communication channel between a transmitter and a receiver, comprising: - determining by said transmitter a syntax graph G(T_S) from an information support T_S, wherein the nodes of said syntax graph G(T_S) represents the n-grams of a given size in said information support T_S, - encrypting said secret information I_S in a secret number N, - determining by said transmitter a rotation from said secret number N, the number N relative to the secret information I_S being smaller than the maximum number of rotation B(T_S), and decomposing said secret number N into a sequence representative of the permutations on each of the n-grams' outgoing edges, - applying said sequence on each of the n-grams' outgoing edges of the syntax graph G(T_S) in order to produce a rotated information T'_S, and transmitting said rotated information T'_S from said transmitter to said receiver. - determining by said transmitter a syntax graph G(T_S) from an information support T_S, wherein the nodes of said syntax graph G(T_S) represents the n-grams of a given size in said information support T_S, - encrypting said secret information I_S in a secret number N, - determining by said transmitter a rotation from said secret number N, the number N relative to the secret information I_S being smaller than the maximum number of rotation B(T_S), and decomposing said secret number N into a sequence representative of the permutations on each of the n-grams' outgoing edges, - applying said sequence on each of the n-grams' outgoing edges of the syntax graph G(T_S) in order to produce a rotated information T'_S, and
A method for applying a sealing member to a capsule intended for the preparation of a beverage in a device for making beverages, where the capsule includes a body having a bottom wall, a side wall and a flange-like rim which extends from the side wall, wherein the method comprises a step of applying a charge of sealing composition in a viscous state on the flange-like rim and is characterized in that it comprises a step of compression moulding the charge of sealing composition against the flange-like rim.
A multi-metallic component comprising: a first metal alloy that forms a first portion of the multi-metallic component; a second metal alloy that forms a second portion of the multi-metallic component; and a diffusion bond disposed at an interface between the first metal alloy and the second metal alloy that joins the first metal alloy to the second metal alloy within the multi-metallic component; wherein the first metal alloy comprising in weight %: Cr 12.5-17 Mo 1.5-3 Ni 4-8 Si 0.1-1.0 Mn 0.2-1.5 N 0.03-0.15 C < 0.03 Optionally Cu 0.1-2.0 balance Fe apart from impurities; and the second metal alloy comprising in weight %: Cr 3-7 Mo 0-2 Si 0.5-2.0 Mn 0.1-1.0 C 0.2-0.5 V 0.1-2 Nb 0-1 Nb+V 0.3-2 balance Fe apart from impurities. a first metal alloy that forms a first portion of the multi-metallic component; a second metal alloy that forms a second portion of the multi-metallic component; and a diffusion bond disposed at an interface between the first metal alloy and the second metal alloy that joins the first metal alloy to the second metal alloy within the multi-metallic component; wherein the first metal alloy comprising in weight %: Cr 12.5-17 Mo 1.5-3 Ni 4-8 Si 0.1-1.0 Mn 0.2-1.5 N 0.03-0.15 C < 0.03 Optionally Cu 0.1-2.0 balance Fe apart from impurities; and the second metal alloy comprising in weight %: Cr 3-7 Mo 0-2 Si 0.5-2.0 Mn 0.1-1.0 C 0.2-0.5 V 0.1-2 Nb 0-1 Nb+V 0.3-2 balance Fe apart from impurities. wherein the first metal alloy comprising in weight %: Cr 12.5-17 Mo 1.5-3 Ni 4-8 Si 0.1-1.0 Mn 0.2-1.5 N 0.03-0.15 C < 0.03 Optionally Cu 0.1-2.0 balance Fe apart from impurities; and the second metal alloy comprising in weight %: Cr 3-7 Mo 0-2 Si 0.5-2.0 Mn 0.1-1.0 C 0.2-0.5 V 0.1-2 Nb 0-1 Nb+V 0.3-2 balance Fe apart from impurities.
Pharmaceutical combination comprising the compound 3- Z -[1-(4-( N -((4-methyl-piperazin-1-yl)-methylcarbonyl)- N -methyl-amino)-anmino)-1-phenyl-methylene]-6-methoxycarbonyl-2-indolinone or a pharmaceutically acceptable salt thereof and the compound N -[4-[2-(2-amino-4,7-dihydro-4-oxo-1 H -pyrrolo[2,3- d]pyrimidin-5-yl)ethyl]benzoyl]-L-Glutamic acid or a pharmaceutically acceptable salt thereof.