mhurhangee/ep-ind-claims huggingface dataset:
A mold assembly for an injection molding machine, the mold assembly comprising: a first mold side and a second mold side, the first mold side and the second mold side defining a mold cavity (32, 376) therebetween; a first support plate connected to the first mold side, wherein the first support plate includes a post that extends out away from the first support plate and toward the first mold side; a second support plate connected to the second mold side; and a cooling system (382, 382a, 382b, 399) for removing heat from the first and second mold sides during an injection molding process, including one or more cooling lines for removing heat from the first mold side during an injection molding process wherein at least one of the cooling lines is disposed in the first support plate and extends into the post wherein the mold assembly includes at least one of the mold cavity having an L/T ratio of greater than 100, at least four mold cavities, one or more heated runners, a guided ejection mechanism, and the cooling system has the cooling lines within the support plate, and preferably extending into at least one mold side. a first mold side and a second mold side, the first mold side and the second mold side defining a mold cavity (32, 376) therebetween; a first support plate connected to the first mold side, wherein the first support plate includes a post that extends out away from the first support plate and toward the first mold side; a second support plate connected to the second mold side; and a cooling system (382, 382a, 382b, 399) for removing heat from the first and second mold sides during an injection molding process, including one or more cooling lines for removing heat from the first mold side during an injection molding process wherein at least one of the cooling lines is disposed in the first support plate and extends into the post wherein the mold assembly includes at least one of the mold cavity having an L/T ratio of greater than 100, at least four mold cavities, one or more heated runners, a guided ejection mechanism, and the mold cavity having an L/T ratio of greater than 100, at least four mold cavities, one or more heated runners, a guided ejection mechanism, and
A method for removing an adhesive label (101, 201) from a surface of an item (100, 200), wherein the adhesive label (101, 201) comprises a face layer (102, 202) and an adhesive layer (103, 203), the face layer (102, 202) comprises a thermoplastic polymer, and the adhesive layer (103, 203) comprises acrylic-based adhesive, the method comprising - subjecting the item (100, 200) having the adhesive label (101, 201) adhered on its surface to an aqueous washing solution containing an alkaline agent at an elevated temperature so as to detach the adhesive label (101, 201) from the surface of the item, and - subjecting the detached adhesive label (101, 201) to a crosslinking agent so as to detackify the adhesive layer (103, 203), the crosslinking agent being a transition metal chelate compound. - subjecting the item (100, 200) having the adhesive label (101, 201) adhered on its surface to an aqueous washing solution containing an alkaline agent at an elevated temperature so as to detach the adhesive label (101, 201) from the surface of the item, and - subjecting the detached adhesive label (101, 201) to a crosslinking agent so as to detackify the adhesive layer (103, 203), the crosslinking agent being a transition metal chelate compound.
A communication method performed by a first electronic control unit, ECU,, the communication method comprising: determining, an authentication key based on a first value and a shared key; splitting the authentication key to obtain a first key and a second key; assembling (S 103) a controller area network, CAN, frame by using the first key and the second key, wherein the first key is used to encrypt a valid data payload, and the second key is used to randomize a location of a cyclic redundancy check, CRC, bit in a data payload field; and sending (S 104) the CAN frame to a second ECU through a CAN bus, wherein the first value is a value broadcast by a manager based on a time segment, and the shared key is a key shared by all ECUs in a vehicle; characterized in that the assembling a CAN frame by using the first key and the second key comprises: generating a keystream based on the first key; performing an exclusive OR operation on the keystream and data corresponding to the valid data payload, to obtain encrypted data; determining the location of the CRC bit in the data payload field based on values of bits in the second key; placing each CRC bit into a corresponding payload bit based on the location of the CRC bit in the data payload field; and placing the encrypted data into the remaining payload bits in the data payload field, to obtain the assembled CAN frame. determining, an authentication key based on a first value and a shared key; splitting the authentication key to obtain a first key and a second key; assembling (S 103) a controller area network, CAN, frame by using the first key and the second key, wherein the first key is used to encrypt a valid data payload, and the second key is used to randomize a location of a cyclic redundancy check, CRC, bit in a data payload field; and sending (S 104) the CAN frame to a second ECU through a CAN bus, wherein the first value is a value broadcast by a manager based on a time segment, and the shared key is a key shared by all ECUs in a vehicle; characterized in that the assembling a CAN frame by using the first key and the second key comprises: generating a keystream based on the first key; performing an exclusive OR operation on the keystream and data corresponding to the valid data payload, to obtain encrypted data; determining the location of the CRC bit in the data payload field based on values of bits in the second key; placing each CRC bit into a corresponding payload bit based on the location of the CRC bit in the data payload field; and placing the encrypted data into the remaining payload bits in the data payload field, to obtain the assembled CAN frame. generating a keystream based on the first key; performing an exclusive OR operation on the keystream and data corresponding to the valid data payload, to obtain encrypted data; determining the location of the CRC bit in the data payload field based on values of bits in the second key; placing each CRC bit into a corresponding payload bit based on the location of the CRC bit in the data payload field; and placing the encrypted data into the remaining payload bits in the data payload field, to obtain the assembled CAN frame.
A medical device (1000 - FIG. 31) comprising: a laparoscopic shaft (1110, 1130) having proximal and distal ends and defining a shaft axis; a surgical stapling end effector (1002, 1020, 1030, 1040) connected to the distal end of the shaft (1110, 1130) via an articulating connection (50, 1050); a locking device (120, 1120) operable to selectively unlock the articulating connection (50, 1050) when actuated; and a rotating knob rotationally fixedly connected at the proximal end of the shaft (1110, 1130) and comprising a bias device that imparts a biasing force on the rotating knob in a distal direction, the rotating knob: rotating the surgical stapling end effector (1002, 1020, 1030, 1040) with the shaft (1110, 1130) about the shaft axis when rotated; and actuating the locking device (120, 1120) of the articulating connection (50, 1050) when slid in a proximal direction to overcome the biasing force. a laparoscopic shaft (1110, 1130) having proximal and distal ends and defining a shaft axis; a surgical stapling end effector (1002, 1020, 1030, 1040) connected to the distal end of the shaft (1110, 1130) via an articulating connection (50, 1050); a locking device (120, 1120) operable to selectively unlock the articulating connection (50, 1050) when actuated; and a rotating knob rotationally fixedly connected at the proximal end of the shaft (1110, 1130) and comprising a bias device that imparts a biasing force on the rotating knob in a distal direction, the rotating knob: rotating the surgical stapling end effector (1002, 1020, 1030, 1040) with the shaft (1110, 1130) about the shaft axis when rotated; and actuating the locking device (120, 1120) of the articulating connection (50, 1050) when slid in a proximal direction to overcome the biasing force. rotating the surgical stapling end effector (1002, 1020, 1030, 1040) with the shaft (1110, 1130) about the shaft axis when rotated; and actuating the locking device (120, 1120) of the articulating connection (50, 1050) when slid in a proximal direction to overcome the biasing force.
A vacuum conveyance system for processing mailpieces, comprising: at least one conveyor belt rotatable around a plurality of rollers (20,22), the conveyor belt having rows of aligned apertures disposed therein and a drive surface for engaging a face surface of each of the mailpieces for conveyance along a feed path, a vacuum source, and a compliant deck disposed beneath and supporting an underside surface of the at least one conveyor belt, characterized by the compliant deck, furthermore, defining a neutral axis in bending and having a high elongation, low modulus material in a portion of the deck which is distal from the bending neutral axis, and a high yield strength, high modulus material in a portion of the deck which lies coincident with the bending neutral axis, the compliant deck, furthermore, having a plurality of elongate slots formed in the high elongation, low modulus material, the elongate slots being aligned, and in fluid communication, with the rows of apertures disposed in the at least one conveyor belt, and by a flexible manifold system in fluid communication with the elongate slots of the compliant deck and the vacuum source for developing a pressure differential across each of the mailpieces when in contact with the drive surface. at least one conveyor belt rotatable around a plurality of rollers (20,22), the conveyor belt having rows of aligned apertures disposed therein and a drive surface for engaging a face surface of each of the mailpieces for conveyance along a feed path, a vacuum source, and a compliant deck disposed beneath and supporting an underside surface of the at least one conveyor belt, characterized by the compliant deck, furthermore, defining a neutral axis in bending and having a high elongation, low modulus material in a portion of the deck which is distal from the bending neutral axis, and a high yield strength, high modulus material in a portion of the deck which lies coincident with the bending neutral axis, the compliant deck, furthermore, having a plurality of elongate slots formed in the high elongation, low modulus material, the elongate slots being aligned, and in fluid communication, with the rows of apertures disposed in the at least one conveyor belt, and by a flexible manifold system in fluid communication with the elongate slots of the compliant deck and the vacuum source for developing a pressure differential across each of the mailpieces when in contact with the drive surface.
A connection device for coupling a load to a lifting lug by means of a support bolt, wherein the support bolt is located so as to be able to be rotated about the longitudinal axis thereof in a through-opening of a ring holder, has a threaded shaft and a bolt head which protrudes radially beyond it and can also be rotated therewith relative to the lifting lug with a coupled load, characterized in that - the ring holder is covered at the lower side thereof by an end flange which radially protrudes at the lower end of a sleeve which can be rotated about the support bolt and which is releasably secured thereto by means of tension in an axial direction, - there is provided on the ring holder at least one locking member which can be brought into engagement with the bolt head and which can be moved into a locking position and into an initial position, wherein it blocks the bolt head in terms of rotation with respect to the ring holder in the locking position and is not in engagement with the bolt head in the initial position, - the support bolt is supported in the through-opening of the ring holder by means of a ball bearing, and - the lifting lug is constructed as an open ring, the two end regions of which are each bent in the direction toward each other and in the assembled state at mutually opposing sides run radially into recesses which are formed on the lower side of the ring holder and which are in each case open therein in a downward direction. - the ring holder is covered at the lower side thereof by an end flange which radially protrudes at the lower end of a sleeve which can be rotated about the support bolt and which is releasably secured thereto by means of tension in an axial direction, - there is provided on the ring holder at least one locking member which can be brought into engagement with the bolt head and which can be moved into a locking position and into an initial position, wherein it blocks the bolt head in terms of rotation with respect to the ring holder in the locking position and is not in engagement with the bolt head in the initial position, - the support bolt is supported in the through-opening of the ring holder by means of a ball bearing, and - the lifting lug is constructed as an open ring, the two end regions of which are each bent in the direction toward each other and in the assembled state at mutually opposing sides run radially into recesses which are formed on the lower side of the ring holder and which are in each case open therein in a downward direction.
An electronic device, comprising a flexible board and a circuit board, wherein the flexible board is provided with a positioning hole and a second pin electrically connected to a circuit on the flexible board, the circuit board comprising a board body and a positioning block disposed on the board body, wherein the positioning block is a metal block; the positioning block is electrically connected to a circuit on the board body; wherein a soldering pad is disposed on a surface of the board body, and the positioning block is soldered to the soldering pad, wherein there are a plurality of the positioning blocks, and the plurality of the positioning blocks are arranged at intervals, wherein a first pin is disposed on the board body, the first pin is electrically connected to the circuit on the board body, and the first pin is configured to be electrically connected to a second pin on the flexible board to connect the circuit on the circuit board to the circuit on the flexible board, and the plurality of the positioning blocks are distributed on a circumferential side of the first pin; and the positioning hole is a circular hole, the positioning block is cylindrical, wherein the positioning block is penetrated into the positioning hole and the distance between the positioning block and the positioning hole is 0.05 mm to 0.1 mm and the positioning block forms an external interface, so that the circuit board can be tested and debugged by using the positioning block. wherein the positioning block is a metal block; the positioning block is electrically connected to a circuit on the board body; wherein a soldering pad is disposed on a surface of the board body, and the positioning block is soldered to the soldering pad, wherein there are a plurality of the positioning blocks, and the plurality of the positioning blocks are arranged at intervals, wherein a first pin is disposed on the board body, the first pin is electrically connected to the circuit on the board body, and the first pin is configured to be electrically connected to a second pin on the flexible board to connect the circuit on the circuit board to the circuit on the flexible board, and the plurality of the positioning blocks are distributed on a circumferential side of the first pin; and the positioning hole is a circular hole, the positioning block is cylindrical, wherein the positioning block is penetrated into the positioning hole and the distance between the positioning block and the positioning hole is 0.05 mm to 0.1 mm and the positioning block forms an external interface, so that the circuit board can be tested and debugged by using the positioning block.
Counterweight for tensioning the wire of a catenary in a railway line, which has an outer pull to be hooked to at least one end of the catenary wire, wherein: - it comprises a metal shell made up of a frame and a surrounding body (1 b), which is filled with a filler material that integrates at least high density concrete combined with a metal material as an additional filler for increasing the density of the counterweight; characterised in that - the frame is embedded into the filler material whilst also being joined to the surrounding body (1 b) by means of a welded join. - The counterweight comprises a through hole, through which a tension rod that limits the rolling movement of the counterweight passes, - the through hole through which the tension rod passes is integrated into an outer ring, which forms part of a metal plate embedded into the filler material and which crosses the surrounding body (1 b). - it comprises a metal shell made up of a frame and a surrounding body (1 b), which is filled with a filler material that integrates at least high density concrete combined with a metal material as an additional filler for increasing the density of the counterweight; - the frame is embedded into the filler material whilst also being joined to the surrounding body (1 b) by means of a welded join. - The counterweight comprises a through hole, through which a tension rod that limits the rolling movement of the counterweight passes, - the through hole through which the tension rod passes is integrated into an outer ring, which forms part of a metal plate embedded into the filler material and which crosses the surrounding body (1 b).
A hydraulic steering device, consisting of a steering valve and a metering pump, wherein - the steering valve comprises an outer control sleeve and an inner control piston, which are arranged concentrically to one another, which can be twisted at a limited angle to one another, and which have bores and channels corresponding to one another and to the metering pump for supplying a steering cylinder, and - the steering valve has two parallel paths (5, 8; 5', 8') between the metering pump and the steering cylinder, wherein a first of the two paths (5, 5') is blocked in the neutral position, characterized in that a second of the two paths (8, 8') is bridged in the neutral position in a non-reaction operation. - the steering valve comprises an outer control sleeve and an inner control piston, which are arranged concentrically to one another, which can be twisted at a limited angle to one another, and which have bores and channels corresponding to one another and to the metering pump for supplying a steering cylinder, and - the steering valve has two parallel paths (5, 8; 5', 8') between the metering pump and the steering cylinder, wherein a first of the two paths (5, 5') is blocked in the neutral position, characterized in that a second of the two paths (8, 8') is bridged in the neutral position in a non-reaction operation.
An anti-infective and anti-adhesive wound dressing based on nonspecific adhesion to bacteria, comprising a micron-sized porous membrane with polyolefin contained in a surface thereof and does not contain any bactericide, wherein the micron-sized porous membrane forms nonspecific adhesion to bacteria on a wound by adaptability of surface energy and a structure of the porous membrane to surface energy of the bacterial, so as to realize the anti-infection for the bacteria and the anti-adhesion to the wound; wherein the polyolefin is polymethylpentene.
A polymerizable liquid crystal compound, characterized by being represented by the following formula: wherein n is an integer of 3 to 10, m is an integer of 0 to 5, and q is an integer of 1 to 2.
A pharmaceutical composition for use in preventing or treating an epilepsy or a epilepsy-related syndrome comprising a phenyl carbamate compound selected from the group consisting of a phenyl carbamate compound represented by Chemical Formula I or a pharmaceutically acceptable salt thereof, as an active ingredient: [Chemical Formula I] wherein, X is a halogen, n means the number of substituent X and is an integer from 1 to 5, wherein X is the same or different each other, when n is 2 or larger, R 1 is a linear or branched C 1 -C 4 alkyl group, B is a carbamoyl group represented by and A is selected from the group consisting of a C 1 -C 19 linear or branched alkyl group, a C 2 -C 8 alkoxy alky ether group, or A is a carbamoyl group represented by and B is selected from the group consisting of a C 1 -C 19 linear or branched alkyl group, a C 2 -C 8 alkoxy alky ether group and R 2 and R 3 are selected from the group consisting of hydrogen, a linear or branched alkyl group of C 1 -C 4, a cycloalkyl group of C 3 -C 8, and benzyl group. X is a halogen, n means the number of substituent X and is an integer from 1 to 5, wherein X is the same or different each other, when n is 2 or larger, R 1 is a linear or branched C 1 -C 4 alkyl group, B is a carbamoyl group represented by and A is selected from the group consisting of a C 1 -C 19 linear or branched alkyl group, a C 2 -C 8 alkoxy alky ether group, or A is a carbamoyl group represented by and B is selected from the group consisting of a C 1 -C 19 linear or branched alkyl group, a C 2 -C 8 alkoxy alky ether group and R 2 and R 3 are selected from the group consisting of hydrogen, a linear or branched alkyl group of C 1 -C 4, a cycloalkyl group of C 3 -C 8, and benzyl group.