mhurhangee/ep-ind-claims huggingface dataset:
Process for producing a strand-shaped profile made of an elastomer material which is provided at least partly with a friction-reducing coating, characterized in that for the friction-reducing coating, a curable ink with friction-reducing additive is applied by an ink-jet printing process to the elastomer material, the curable ink comprising at least one binder for forming a binder phase by polymerization, and dry lubricant particles, the fraction of the dry lubricant particles in the ink being in the range between 5 and 30 wt%.
A conveyor chain comprising: a plurality of side link assemblies and flight arm assemblies coupled together to form an elongated chain; at least one side link assembly including a pair of opposing side straps (33,34) positioned on either side of the chain; at least one flight arm assembly including a pair of opposing flight arms (53,54) positioned on either side of the chain; at least one articulating connector positioned between a flight arm assembly and a side link assembly to couple the assemblies together, the at least one articulating connector including: a solid piece for coupling the flight arm assembly and side link assembly together; the articulating connector characterized in that it further includes a pair of wings positioned proximate at least one of a top surface or a bottom surface of the solid piece, a wing of the pair extending to each side of the solid piece, and in that side surfaces of the solid piece have profiled surfaces therein configured for receiving a portion of a side link assembly or a portion of a flight arm assembly for providing articulation in the chain along a path of travel. a plurality of side link assemblies and flight arm assemblies coupled together to form an elongated chain; at least one side link assembly including a pair of opposing side straps (33,34) positioned on either side of the chain; at least one flight arm assembly including a pair of opposing flight arms (53,54) positioned on either side of the chain; at least one articulating connector positioned between a flight arm assembly and a side link assembly to couple the assemblies together, the at least one articulating connector including: a solid piece for coupling the flight arm assembly and side link assembly together; the articulating connector characterized in that it further includes a pair of wings positioned proximate at least one of a top surface or a bottom surface of the solid piece, a wing of the pair extending to each side of the solid piece, and in that side surfaces of the solid piece have profiled surfaces therein configured for receiving a portion of a side link assembly or a portion of a flight arm assembly for providing articulation in the chain along a path of travel. a solid piece for coupling the flight arm assembly and side link assembly together; the articulating connector characterized in that it further includes a pair of wings positioned proximate at least one of a top surface or a bottom surface of the solid piece, a wing of the pair extending to each side of the solid piece, and in that side surfaces of the solid piece have profiled surfaces therein configured for receiving a portion of a side link assembly or a portion of a flight arm assembly for providing articulation in the chain along a path of travel.
A display apparatus comprising: a display panel configured to display an image; a backlight comprising: a light guide plate disposed behind the display panel configured to output light to the display panel; and a light source configured to irradiate the light to a first side surface of the light guide plate; and a holder configured to support the display panel and the light guide plate, the holder comprising a concave portion; characterized in that: the area of the light guide plate is smaller than that of the display panel; and the concave portion exposes at least a portion of a second side surface of the light guide plate positioned to be opposite to the first side surface of the light guide plate. a display panel configured to display an image; a backlight comprising: a light guide plate disposed behind the display panel configured to output light to the display panel; and a light source configured to irradiate the light to a first side surface of the light guide plate; and a light guide plate disposed behind the display panel configured to output light to the display panel; and a light source configured to irradiate the light to a first side surface of the light guide plate; and a holder configured to support the display panel and the light guide plate, the holder comprising a concave portion; characterized in that: the area of the light guide plate is smaller than that of the display panel; and the concave portion exposes at least a portion of a second side surface of the light guide plate positioned to be opposite to the first side surface of the light guide plate. the area of the light guide plate is smaller than that of the display panel; and the concave portion exposes at least a portion of a second side surface of the light guide plate positioned to be opposite to the first side surface of the light guide plate.
A method for sharing antenna and feeder, wherein the method is performed by a first base station, and the first base station is connected with a second base station, characterized in that the method comprises: filtering signals according to a first passband range; and filtering signals according to a second passband range; wherein the first passband range covers a receiving frequency of the first base station, the second passband range covers a transceiving frequency of the second base station, and the first passband range and the second passband range are not mutually overlapped. filtering signals according to a first passband range; and filtering signals according to a second passband range; wherein the first passband range covers a receiving frequency of the first base station, the second passband range covers a transceiving frequency of the second base station, and the first passband range and the second passband range are not mutually overlapped.
A blood separation system for separating at least one blood component from blood, the blood separation system being configured to cooperate with a fluid circuit including a blood separation chamber and an outlet line associated with the blood separation chamber for removing at least a portion of said one blood component from the blood separation chamber, the blood separation system comprising: a first optical sensor assembly configured to directly monitor the interior of the blood separation chamber; a second optical sensor assembly configured to monitor the contents of the outlet line and produce an output; and a controller configured to select, during a blood separation procedure, the first optical sensor assembly or the second optical sensor assembly for process monitoring based at least in part on said output. a first optical sensor assembly configured to directly monitor the interior of the blood separation chamber; a second optical sensor assembly configured to monitor the contents of the outlet line and produce an output; and a controller configured to select, during a blood separation procedure, the first optical sensor assembly or the second optical sensor assembly for process monitoring based at least in part on said output.
Connecting joint for transmitting a rotation movement from a first to a second rotating shaft, having a joint outer part, a joint central part, and a joint inner part, wherein for transmitting the rotation movement the joint outer part is connected to the first rotating shaft and the joint inner part is connected to the second rotating shaft, and balls (5a, 6a, 7a, 8a) are provided in ball tracks (5, 6, 7, 8), which balls (5a, 6a, 7a, 8a) in the ball tracks (5, 6, 7, 8) may change their position in relation to the joint outer part, joint central part, and joint inner part (2, 3, 4), characterized in that the joint outer part, by way of balls (5a, 6a) in at least one first and one second ball track (5, 6) which are provided between the joint outer part and the joint central part, is pivotably mounted about a first pivot axis in relation to the joint central part, the joint inner part, by way of balls (7a, 8a) in a third and fourth ball track(7, 8) which are provided between the joint inner part and the joint central part, is pivotably mounted about a second pivot axis in relation to the joint central part, the first and second pivot axes (A, B) have an angle of 90° in relation to one another, and balls (5a, 6a, 7a, 8a) are provided in the ball tracks (5, 6, 7, 8), so that the rotation movement, by way of the balls (5a, 6a, 7a, 8a) of the ball tracks (5, 6, 7, 8), is transmittable from the joint outer part via the joint central part to the joint inner part and vice versa.
A computer-based method for differentiating between two tissues of interest: an intrinsic tissue and an extrinsic tissue, from a plurality of images corresponding to a sequence of two-dimensional reconstructions of signals obtained by a medical imaging acquisition device, comprising the steps of: a) Establishing the parameters required to determine whether an area of the plurality of images corresponds to one or other tissue of interest by the use of photometric characteristics of the different tissues observed in the images; b) Defining a differentiation region in said plurality of images by means of a parametric contour that follows a pseudo- energy functional calculated using information from said plurality of images and said set of parameters required to determine whether an area of the plurality of images corresponds to the extrinsic tissue or intrinsic tissue; and, c) Differentiating tissues of interest between intrinsic and extrinsic tissue inside of the differentiation region defined in b); and, characterized by d) Filtering false positives of the intrinsic tissue and filtering small connected components of intrinsic tissue in said plurality of images; wherein said stage of filtering small components of the intrinsic tissue comprises: identifying the connected components in a segmented image of the intrinsic tissue; obtaining a histogram for the frequency of areas of the identified connected components; calculating a selection threshold based on said histogram of the connected components; and changing the label of the connected components whose area is less than said selection threshold in the segmented image of the intrinsic tissue. a) Establishing the parameters required to determine whether an area of the plurality of images corresponds to one or other tissue of interest by the use of photometric characteristics of the different tissues observed in the images; b) Defining a differentiation region in said plurality of images by means of a parametric contour that follows a pseudo- energy functional calculated using information from said plurality of images and said set of parameters required to determine whether an area of the plurality of images corresponds to the extrinsic tissue or intrinsic tissue; and, c) Differentiating tissues of interest between intrinsic and extrinsic tissue inside of the differentiation region defined in b); and, characterized by d) Filtering false positives of the intrinsic tissue and filtering small connected components of intrinsic tissue in said plurality of images; identifying the connected components in a segmented image of the intrinsic tissue; obtaining a histogram for the frequency of areas of the identified connected components; calculating a selection threshold based on said histogram of the connected components; and changing the label of the connected components whose area is less than said selection threshold in the segmented image of the intrinsic tissue.
A method of forming an article of footwear, the method comprising: knitting a knitted component having a knit element and a tensile strand that are formed of unitary knit construction as a one-piece element, the knitted component configured to at least partially form an upper for the article of footwear, the knit element defining a body and a trim region, the trim region defining an outer edge of the knit element, the tensile strand including at least one inlaid portion that is inlaid within the knit element, the tensile strand also including an exposed portion that is exposed from the knit element and that is disposed adjacent the outer edge, wherein the exposed portion is spaced from the outer edge in an inboard direction on the knit element; and pulling on the exposed portion to move and adjust the at least one inlaid portion relative to the knit element. knitting a knitted component having a knit element and a tensile strand that are formed of unitary knit construction as a one-piece element, the knitted component configured to at least partially form an upper for the article of footwear, the knit element defining a body and a trim region, the trim region defining an outer edge of the knit element, the tensile strand including at least one inlaid portion that is inlaid within the knit element, the tensile strand also including an exposed portion that is exposed from the knit element and that is disposed adjacent the outer edge, wherein the exposed portion is spaced from the outer edge in an inboard direction on the knit element; and pulling on the exposed portion to move and adjust the at least one inlaid portion relative to the knit element.
A polarizer including a pressure-sensitive adhesive on one or both surfaces of a polarizing film or a polarizing element, wherein the pressure-sensitive adhesive comprises a plurality of hard areas; and a soft area, wherein the hard areas have a storage modulus ranging from 1 to 50 MPa at 30°C and the soft area has a storage modulus ranging from 0.01 to 5.0 MPa at 30°C, wherein the soft area has a lower storage modulus than the hard area, wherein the hard areas and the soft area are patterned within a single plane that is a continuous plane formed by a single pressure-sensitive adhesive and is not a plane formed by combining at least two pressure-sensitive adhesives having a uniform storage modulus, wherein the plurality of hard areas are patterned in the shape of a continuous line, wherein the line pattern is formed parallel or perpendicular to the direction of elongation of the polarizing film or the polarizing element and wherein the storage modulus is as measured according to the Measurement of Storage Modulus of Adhesive described herein.
Method for controlling, at steady-state, a synchronous electric motor comprising a permanent magnet rotor and a stator provided with windings connected to an electrical grid by means of a switch controlled by a processing unit, said method comprising the following steps: - periodically switching on said switch in order to apply phase cutting to the voltage of the electrical grid, with a firing angle (α), by means of a PWM output of said processing unit; - continuously checking the shift with respect to an ideal operating condition of the motor; - feedback controlling the firing angle (α) of the switch to get closer to said ideal operating condition of the motors; - wherein said switch is a TRIAC switch, said TRIAC switch being connected to the PWM output, the use of said PWM output allowing excellent time resolution of the control in feedback. - periodically switching on said switch in order to apply phase cutting to the voltage of the electrical grid, with a firing angle (α), by means of a PWM output of said processing unit; - continuously checking the shift with respect to an ideal operating condition of the motor; - feedback controlling the firing angle (α) of the switch to get closer to said ideal operating condition of the motors; - wherein said switch is a TRIAC switch, said TRIAC switch being connected to the PWM output, the use of said PWM output allowing excellent time resolution of the control in feedback.
A computer-implemented method for transparently optimizing data transmission between a first endpoint and a second endpoint in a computer network, said endpoints having a directly established data session therebetween, the data session being identified by each endpoint at least to itself in the same way throughout the session, the method comprising: relaying application level data between the endpoints transparently in the session using a network optimization service; and transparently modifying parameters of at least some of the application level data transmitted from the second endpoint to the first endpoint using the network optimization service to modify a capability to receive a response in a compressed format reported by the first endpoint to cause the second endpoint to transmit a response in a compressed format and modifying a compressed response from the second endpoint to the first endpoint by decompressing the response in order to optimize data communications between the endpoints, wherein transparently modifying at least some of the application level data comprises changing the application level data, replacing the application level data, or inserting additional application level data such that the first endpoint receives different application level data than was sent by the second endpoint, wherein the optimization service or a redirection service communicating with the optimization service is in a data path between the first and second endpoints. relaying application level data between the endpoints transparently in the session using a network optimization service; and transparently modifying parameters of at least some of the application level data transmitted from the second endpoint to the first endpoint using the network optimization service to modify a capability to receive a response in a compressed format reported by the first endpoint to cause the second endpoint to transmit a response in a compressed format and modifying a compressed response from the second endpoint to the first endpoint by decompressing the response in order to optimize data communications between the endpoints, wherein transparently modifying at least some of the application level data comprises changing the application level data, replacing the application level data, or inserting additional application level data such that the first endpoint receives different application level data than was sent by the second endpoint, wherein the optimization service or a redirection service communicating with the optimization service is in a data path between the first and second endpoints.
An anti-APRIL antibody molecule, comprising a heavy chain variable region comprising the amino acid sequence of SEQ ID NO: 296, and a light chain variable region comprising the amino acid sequence of SEQ ID NO: 286.
An LED light bulb, comprising: a bulb envelope; a stem having a supporting portion located in the bulb envelope; at least two conductors located through the stem; and at least one LED light emitting module assembled to the supporting portion and coupled to the at least two conductors, wherein a material of the bulb envelope comprises soda-lime glass, the bulb envelope has an opening and a neck portion, and the stem and the bulb envelope are melted at a high temperature so that a side skirt of the stem is connected to the bulb envelope and seals the opening, the LED light bulb being characterized in that a length of a portion of the neck portion adjacent to the opening is greater than half a maximum inner diameter of the opening. a bulb envelope; a stem having a supporting portion located in the bulb envelope; at least two conductors located through the stem; and at least one LED light emitting module assembled to the supporting portion and coupled to the at least two conductors, wherein a material of the bulb envelope comprises soda-lime glass, the bulb envelope has an opening and a neck portion, and the stem and the bulb envelope are melted at a high temperature so that a side skirt of the stem is connected to the bulb envelope and seals the opening, the LED light bulb being characterized in that a length of a portion of the neck portion adjacent to the opening is greater than half a maximum inner diameter of the opening.
A fastener for attaching to a glazing element including a glass sheet and at least one frame part (120a, 120b) setting against the surface of the glass sheet, said fastener comprising a support part, which support part comprises gripping means (14a, 14b) for attaching to an edge rail of a sunshade, and a fastening element insertable into a gap between the glass sheet and frame part (120a, 120b), said fastening element having a locking element for locking to the surface of the frame part (120a, 120b) facing the glass sheet, characterized in that the fastener is a one-piece part.
Refrigerator, freezer or wine-storage cabinet, inside which at least one shelf for holding products to be cooled is inserted or can be inserted, comprising a contact arrangement for providing an electrical connection to the shelf or an electrical device attached to the shelf, the contact arrangement comprising at least one current collector and a contact base on the shelf, the contact base, for its part, comprising at least one contact (5, 6) and the contact base being assigned at least one contact element (9, 10) that is integrated in a side wall (7, 8) of the cabinet and that corresponds to the contact base when the shelf is fitted, the contact element (9, 10) being housed in a protected manner behind a connecting piece arranged at a spatial distance from the side wall (7, 8) of the cabinet, characterised in that the contact element (9, 10) is guided from the outer face of one of the side walls (7, 8) of the cabinet through an opening (14, 15) provided in the side wall (7, 8) to the inner face of the side wall (7, 8).
Vacuum drawer for vacuum-sealing of food products, comprising a vacuum chamber which is closable in an air-tight manner by an actuable lid and in which an adjustable sealing bar is arranged, characterized by a switch, by means of which an energy supply for the sealing bar can be turned-on only when the generated vacuum has reached a certain level in the vacuum chamber, wherein the switch comprises a negative-pressure chamber connected to the vacuum chamber, which is delimited by a membrane, on which a cylinder rod is fastened, which comprises an inclined actuation surface for the actuation of a switch cam.
Process for manufacturing a complexing agent, said process comprising the steps of (a) Providing a nitrile according to general formula (I a) or (I b) With M being selected from alkali metal and hydrogen and combinations thereof, (b) Saponification with a total alkali amount of 2.5 to 2.9 mol of alkali metal hydroxide per mole of nitrile according to general formula (I a) or (I b), respectively, and a pH value in the range of from 9.5 to 11.5 at the end of step (b), (c) Adding an amount of alkali metal hydroxide so that the total alkali content is 2.9 to 3.15 moles per mole nitrile according to general formula (I a) or (I b), respectively, wherein, if a total of 2.9 moles alkali metal hydroxide per mole of nitrile are employed the amount of alkali in the respective step (b) is in the range of from 2.5 to less than 2.9 moles, and (d) Allowing further conversion. (a) Providing a nitrile according to general formula (I a) or (I b) With M being selected from alkali metal and hydrogen and combinations thereof, (b) Saponification with a total alkali amount of 2.5 to 2.9 mol of alkali metal hydroxide per mole of nitrile according to general formula (I a) or (I b), respectively, and a pH value in the range of from 9.5 to 11.5 at the end of step (b), (c) Adding an amount of alkali metal hydroxide so that the total alkali content is 2.9 to 3.15 moles per mole nitrile according to general formula (I a) or (I b), respectively, wherein, if a total of 2.9 moles alkali metal hydroxide per mole of nitrile are employed the amount of alkali in the respective step (b) is in the range of from 2.5 to less than 2.9 moles, and (d) Allowing further conversion.