mhurhangee/ep-ind-claims huggingface dataset:
A rolling device, comprising: a base having a working surface for placing a member to be rolled; a bracket arranged on the base; and a rolling assembly movably mounted on the bracket in a first direction (a), the rolling assembly being used for providing a pressure to the member to be rolled on the working surface; wherein the first direction (a) is parallel to the working surface; wherein the rolling assembly comprises a connecting element and a rolling member, the connecting element is movably mounted on the bracket in the first direction (a), the rolling member is rotatably arranged on the connecting element around a rotating shaft, and an axial direction of the rotating shaft is parallel to the working surface; wherein the connecting element comprises a connecting main body as well as a first connecting beam and a second connecting beam respectively arranged on the connecting main body, the first connecting beam and the second connecting beam are respectively located on two opposite sides of the rolling member in the axial direction of the rotating shaft, and the first connecting beam and the second connecting beam are each provided with a through hole for accommodating the rotating shaft; characterized in that the through hole is configured as a kidney-shaped hole extending in a third direction (c), and the third direction (c) is arranged to intersect the working surface. a base having a working surface for placing a member to be rolled; a bracket arranged on the base; and a rolling assembly movably mounted on the bracket in a first direction (a), the rolling assembly being used for providing a pressure to the member to be rolled on the working surface; wherein the first direction (a) is parallel to the working surface; wherein the rolling assembly comprises a connecting element and a rolling member, the connecting element is movably mounted on the bracket in the first direction (a), the rolling member is rotatably arranged on the connecting element around a rotating shaft, and an axial direction of the rotating shaft is parallel to the working surface; wherein the connecting element comprises a connecting main body as well as a first connecting beam and a second connecting beam respectively arranged on the connecting main body, the first connecting beam and the second connecting beam are respectively located on two opposite sides of the rolling member in the axial direction of the rotating shaft, and the first connecting beam and the second connecting beam are each provided with a through hole for accommodating the rotating shaft; characterized in that the through hole is configured as a kidney-shaped hole extending in a third direction (c), and the third direction (c) is arranged to intersect the working surface.
A method for manufacturing a part made of composite material, characterized in that said part is obtained from a preform comprising local reinforcements and a first impregnation resin, of low-viscosity, less than 100 Pa.s, for said preform, said viscosity being measured using a plane-plane rheometer, at a temperature for introducing the resin into a mold, and at a low gradient corresponding to a shear rate of less than 1s -1, and in that said method comprises the following steps: - i) Production of said preform comprising a first fibrous material and said local reinforcements which are provided in the form of reinforcements formed from a second fibrous material having fibers with a greater mechanical strength than that of the fibers of the first fibrous material, so that they have a modulus or stress at break at least 30% greater than that of the fibers of said first fibrous material, said second fibrous material being pre-impregnated with a second, acrylic or polyamide, thermoplastic polymer resin, having a glass transition temperature (Tg) measured by differential scanning calorimetry according to standard ISO-1 1357-2 greater than 80°C, the amount of second polymer resin being between 25% and 60% by volume with respect to the total volume of said second fibrous material, - (ii) Impregnating the said preform by the first impregnation resin, - iii) Cooling of said impregnated preform to obtain the part. - i) Production of said preform comprising a first fibrous material and said local reinforcements which are provided in the form of reinforcements formed from a second fibrous material having fibers with a greater mechanical strength than that of the fibers of the first fibrous material, so that they have a modulus or stress at break at least 30% greater than that of the fibers of said first fibrous material, said second fibrous material being pre-impregnated with a second, acrylic or polyamide, thermoplastic polymer resin, having a glass transition temperature (Tg) measured by differential scanning calorimetry according to standard ISO-1 1357-2 greater than 80°C, the amount of second polymer resin being between 25% and 60% by volume with respect to the total volume of said second fibrous material, - (ii) Impregnating the said preform by the first impregnation resin, - iii) Cooling of said impregnated preform to obtain the part.
A medical apparatus, comprising: a catheter having an elongated shaft and a distal portion, the distal portion comprising an inflatable assembly, wherein the inflatable assembly comprises a containment chamber having an outer wall, an outer surface, an axial core and a plurality of longitudinally oriented partitions extending from the axial core to the outer wall to divide the containment chamber into at least four inflatable sectors, the sectors being externally delimited by respective bounding portions of the outer surface; hydraulic valves connected to respective sectors to enable selective inflation of the sectors by an irrigation fluid when the valves are connected to a source of the irrigation fluid; and at least one surface electrode mounted on the outer surface for each of the bounding portions, wherein the outer surface has perforations formed therethrough for egress of the irrigation fluid from the containment chamber. a catheter having an elongated shaft and a distal portion, the distal portion comprising an inflatable assembly, wherein the inflatable assembly comprises a containment chamber having an outer wall, an outer surface, an axial core and a plurality of longitudinally oriented partitions extending from the axial core to the outer wall to divide the containment chamber into at least four inflatable sectors, the sectors being externally delimited by respective bounding portions of the outer surface; hydraulic valves connected to respective sectors to enable selective inflation of the sectors by an irrigation fluid when the valves are connected to a source of the irrigation fluid; and at least one surface electrode mounted on the outer surface for each of the bounding portions, wherein the outer surface has perforations formed therethrough for egress of the irrigation fluid from the containment chamber.
A nozzle assembly comprising: a housing; a nozzle disposed in the housing and connected to an ink supply part; a first coil, which is disposed in the housing, for generating a magnetic field when a power source is applied; a second coil, characterised in that the second coil is disposed in the housing, so as to surround the nozzle and the first coil and the second coil generating a magnetic field when a power source is applied, provided that at least one of the magnetic field effective area and the magnetic field intensity is different from that of the first coil; and a lift part for lifting the nozzle and the first and second coils, respectively, so as to be positioned in the housing or exposed to the outside of the housing. a housing; a nozzle disposed in the housing and connected to an ink supply part; a first coil, which is disposed in the housing, for generating a magnetic field when a power source is applied; a second coil, characterised in that the second coil is disposed in the housing, so as to surround the nozzle and the first coil and the second coil generating a magnetic field when a power source is applied, provided that at least one of the magnetic field effective area and the magnetic field intensity is different from that of the first coil; and a lift part for lifting the nozzle and the first and second coils, respectively, so as to be positioned in the housing or exposed to the outside of the housing.
A polymeric composition comprising at least one first divalent unit comprising a pendant perfluoropolyether or perfluoroalkyl group; at least one second divalent unit comprising a pendant phosphorus-containing acid group; and at least one third unit having the formula -S-W-Si 3 wherein R is independently hydrogen or alkyl having from 1 to 4 carbon atoms and W is an alkylene group having 1 to 4 carbon atoms. R is independently hydrogen or alkyl having from 1 to 4 carbon atoms and W is an alkylene group having 1 to 4 carbon atoms.
Process for the production of 4-aminobutyric acid, comprising the process steps A) culturing Cyanidium caldarium cells in an aqueous medium, B) disrupting the Cyanidium caldarium cells, if appropriate C) removing the solid cell components to obtain an extract and, if appropriate, D) further purifying the 4-aminobutyric acid. A) culturing Cyanidium caldarium cells in an aqueous medium, B) disrupting the Cyanidium caldarium cells, if appropriate C) removing the solid cell components to obtain an extract and, if appropriate, D) further purifying the 4-aminobutyric acid.
Expansion anchor comprising an anchor bolt (10; 110) and an expansion sleeve (30; 130) surrounding the anchor bolt (10; 110), wherein the expansion sleeve (30; 130) has an expansion tongue (31; 131) and an anchor tongue (32; 132), and wherein the anchor bolt (10; 110) has a rearward facing expansion bevel (21; 121) for radially displacing the expansion tongue (31; 131) and a rearward facing anchor bevel (22; 122) for radially displacing the anchor tongue (32; 132), wherein the anchor bevel (22; 122) extends at least in regions more steeply than the expansion bevel (21; 121), wherein in the case of axial displacement of the expansion tongue (31; 131) toward the expansion bevel (21; 121), the expansion tongue (31; 131) runs onto the expansion bevel (21; 121) before the anchor tongue (32; 132) runs onto the anchor bevel (22; 122), characterized in that the anchor bevel (22; 122) is formed on a depression (12; 112) arranged in the anchor bolt (10; 110). wherein the expansion sleeve (30; 130) has an expansion tongue (31; 131) and an anchor tongue (32; 132), and wherein the anchor bolt (10; 110) has a rearward facing expansion bevel (21; 121) for radially displacing the expansion tongue (31; 131) and a rearward facing anchor bevel (22; 122) for radially displacing the anchor tongue (32; 132), wherein the anchor bevel (22; 122) extends at least in regions more steeply than the expansion bevel (21; 121), wherein in the case of axial displacement of the expansion tongue (31; 131) toward the expansion bevel (21; 121), the expansion tongue (31; 131) runs onto the expansion bevel (21; 121) before the anchor tongue (32; 132) runs onto the anchor bevel (22; 122), characterized in that the anchor bevel (22; 122) is formed on a depression (12; 112) arranged in the anchor bolt (10; 110).
Wall element for building a wall, which wall element comprises two basic elements (11.1, 11.2) and at least one connecting element for connecting the two basic elements (11.1, 11.2), wherein each of the basic elements (11.1, 11.2) comprises: - a lateral plate (12.1, 12.2) having an outer surface (13.1, 13.2) and an inner surface (14.1, 14.2), and - at least one cross bar (15.1, 15.2), which is arranged in the area of the inner surface (14.1, 14.2) and extends substantially orthogonally to a vertical surface (F.1, F.2) of the lateral plate (12.1, 12.2), wherein in the pre-assembled state - the two basic elements (11.1, 11.2) are arranged such that the vertical surface (F.1) of the first lateral plate (12.1) is parallel to the vertical surface (F.2) of the second lateral plate (12.2) and the cross bar (15.1) of the first lateral plate (12.1) is aligned with the cross bar (15.2) of the second lateral plate (12.2), and characterized in that - each cross bar (15.1, 15.2) comprises a vertical end face having a notch, o which extends over the whole height of the vertical end face, o which leads to a top surface on the top side of the basic element (11.1, 11.2) and to a bottom surface on the bottom side of the basic element (11.1, 11.2), and o which comprises a L-shaped, continuous horizontal cross section from the top surface to the bottom surface. - a lateral plate (12.1, 12.2) having an outer surface (13.1, 13.2) and an inner surface (14.1, 14.2), and - at least one cross bar (15.1, 15.2), which is arranged in the area of the inner surface (14.1, 14.2) and extends substantially orthogonally to a vertical surface (F.1, F.2) of the lateral plate (12.1, 12.2), wherein in the pre-assembled state - the two basic elements (11.1, 11.2) are arranged such that the vertical surface (F.1) of the first lateral plate (12.1) is parallel to the vertical surface (F.2) of the second lateral plate (12.2) and the cross bar (15.1) of the first lateral plate (12.1) is aligned with the cross bar (15.2) of the second lateral plate (12.2), and - each cross bar (15.1, 15.2) comprises a vertical end face having a notch, o which extends over the whole height of the vertical end face, o which leads to a top surface on the top side of the basic element (11.1, 11.2) and to a bottom surface on the bottom side of the basic element (11.1, 11.2), and o which comprises a L-shaped, continuous horizontal cross section from the top surface to the bottom surface. o which extends over the whole height of the vertical end face, o which leads to a top surface on the top side of the basic element (11.1, 11.2) and to a bottom surface on the bottom side of the basic element (11.1, 11.2), and o which comprises a L-shaped, continuous horizontal cross section from the top surface to the bottom surface.
Method of producing adhesive-bound printed products in a machine belonging to an adhesive binder line and consisting essentially of a book spine preparation station, a glue application station and a pressing station, with a hardcover fed from a cover feeder, the processes for the production of the adhesive-bound printed products being controlled by control profiles, wherein a) when switching from a job currently being processed to a subsequent job, the printed products advanced for the subsequent job are detected via a bar code and are stopped before they are fed into the machine of the adhesive binder line; b) while the printed products of the subsequent job remain in the waiting position in front of the machine, the remaining printed products of the preceding job are guided through the individual processing stations of the machine and finished processed; c) after the completion of the last printed product of the preceding job, a purging process is initiated for the covers stored in a cover store for the subsequent job until it is ensured that these covers are available for the printed products of the subsequent job, and d) as soon as it is established that the cover fed definitely matches the printed products of the subsequent job, the main controller of the adhesive binder line releases the stopped printed products of the subsequent job and these printed products are then fed into the machine and processed via the individual processing stations. a) when switching from a job currently being processed to a subsequent job, the printed products advanced for the subsequent job are detected via a bar code and are stopped before they are fed into the machine of the adhesive binder line; b) while the printed products of the subsequent job remain in the waiting position in front of the machine, the remaining printed products of the preceding job are guided through the individual processing stations of the machine and finished processed; c) after the completion of the last printed product of the preceding job, a purging process is initiated for the covers stored in a cover store for the subsequent job until it is ensured that these covers are available for the printed products of the subsequent job, and d) as soon as it is established that the cover fed definitely matches the printed products of the subsequent job, the main controller of the adhesive binder line releases the stopped printed products of the subsequent job and these printed products are then fed into the machine and processed via the individual processing stations.
Electromechanically-operated clamping fixture for clamping mechanical parts, in particular sheet-metal vehicle parts, comprising a plurality of clamping devices and a electromechanical actuation system arranged to control the clamping devices, wherein each clamping device comprises a clamping member which is movable between a first position, or closed position, and a second position, or open position, and a translating control member which is operatively connected to the clamping member to cause the latter to move between said first and second position, characterized in that the electromechanical actuation system comprises: an electric motor, a rotary actuation member adapted to be driven to rotate by the electric motor, and for each clamping device, a rotary input member, a motion conversion mechanism (26, 28) for converting the rotary motion of the input member into a translational motion of the control member of the clamping device, and an elongated and flexible mechanical transmission member adapted to transmit torque from the rotary actuation member to the rotary input member of the clamping device, said elongated and flexible mechanical transmission member having a first end torsionally coupled, directly or indirectly, to the rotary input member of the respective clamping device, and a second end torsionally coupled, directly or indirectly, to the rotary actuation member. an electric motor, a rotary actuation member adapted to be driven to rotate by the electric motor, and for each clamping device, a rotary input member, a motion conversion mechanism (26, 28) for converting the rotary motion of the input member into a translational motion of the control member of the clamping device, and an elongated and flexible mechanical transmission member adapted to transmit torque from the rotary actuation member to the rotary input member of the clamping device, said elongated and flexible mechanical transmission member having a first end torsionally coupled, directly or indirectly, to the rotary input member of the respective clamping device, and a second end torsionally coupled, directly or indirectly, to the rotary actuation member.
A method for operating an out of service, OOS, mode of a femto base station, FBS, in a broadband wireless access system, characterized in that the method comprises: broadcasting OOS mode information indicating an initiation of the OOS mode of the FBS through a broadcast medium access control, MAC, message before entering the OOS mode, wherein the OOS mode information includes a reason of the OOS mode initiation, wherein the reason of the OOS mode initiation indicates one of a power down or power off of the FBS and backhaul link down of the FBS, and wherein the OOS mode information further includes an OOS start time in which the FBS starts the OOS mode due to the reason of the OOS mode initiation. broadcasting OOS mode information indicating an initiation of the OOS mode of the FBS through a broadcast medium access control, MAC, message before entering the OOS mode, wherein the OOS mode information includes a reason of the OOS mode initiation, wherein the reason of the OOS mode initiation indicates one of a power down or power off of the FBS and backhaul link down of the FBS, and wherein the OOS mode information further includes an OOS start time in which the FBS starts the OOS mode due to the reason of the OOS mode initiation.
A drive system of a washing machine, wherein the washing machine at least comprises the drive system, an outer tub, a drum, and a pulsator, the drum being rotatably arranged within the outer tub, and the pulsator being rotatably arranged at a bottom of the drum, wherein the drive system comprises: a pulsator shaft having a first end connected to the pulsator; a drum shaft sleeve fitted over an outer periphery of the pulsator shaft, the pulsator shaft being rotatable relative to the drum shaft sleeve, and a first end of the drum shaft sleeve being connected to the drum; a bracket component, the drum shaft sleeve being arranged on the bracket component and rotatable relative to the bracket component, and the bracket component being connected to the outer tub; a motor; a belt transmission mechanism configured to transmit power of the motor to the drum shaft sleeve and drive the drum shaft sleeve to rotate; a gear transmission mechanism, a second end of the pulsator shaft being connected to the belt transmission mechanism through the gear transmission mechanism; and a clutch mechanism configured to cooperate with one of the gear transmission mechanism and the bracket component, wherein in a configuration where the clutch mechanism cooperates with the gear transmission mechanism, the pulsator shaft and the drum shaft sleeve rotate synchronously; characterized in that in a configuration where the clutch mechanism cooperates with the bracket component, the pulsator shaft and the drum shaft sleeve rotate at different speeds. a pulsator shaft having a first end connected to the pulsator; a drum shaft sleeve fitted over an outer periphery of the pulsator shaft, the pulsator shaft being rotatable relative to the drum shaft sleeve, and a first end of the drum shaft sleeve being connected to the drum; a bracket component, the drum shaft sleeve being arranged on the bracket component and rotatable relative to the bracket component, and the bracket component being connected to the outer tub; a motor; a belt transmission mechanism configured to transmit power of the motor to the drum shaft sleeve and drive the drum shaft sleeve to rotate; a gear transmission mechanism, a second end of the pulsator shaft being connected to the belt transmission mechanism through the gear transmission mechanism; and a clutch mechanism configured to cooperate with one of the gear transmission mechanism and the bracket component, wherein in a configuration where the clutch mechanism cooperates with the gear transmission mechanism, the pulsator shaft and the drum shaft sleeve rotate synchronously; characterized in that in a configuration where the clutch mechanism cooperates with the bracket component, the pulsator shaft and the drum shaft sleeve rotate at different speeds.
A method for network controller reporting a cycle period ability of a maximal discontinuous transmission in a cell, characterized in that, after a Drift Radio Network Controller, DRNC, receiving a request message from a Serving Radio Network Controller, SRNC, the DRNC sends supporting ability information of a cycle period length of the maximal discontinuous transmission of a relating cell to the SRNC by signaling.