mhurhangee/ep-ind-claims huggingface dataset:
A food processing device comprising: - a container comprising a central shaft fixedly mounted on the container bottom; - a lid covering the container; - a processing tool unit supporting a food processing tool (410a,b), its upper end being couplable with a drive unit through the lid, its lower end having an elongated cavity for rotatably engaging with the central shaft and allowing for pivotal movement about the axis of the central shaft, the elongated cavity being provided with a bearing part characterized in that, the bearing part comprises on its inner surface a cylindrical two edge contact zone adjacent to an upper tapered zone and a lower tapered zone in direction of the two edge contact zone for jamming with the central shaft during the pivotal movement, such that, during use, as soon as the pivotal movement of the processing tool unit with respect to the central shaft begins, e.g. due to removal of the lid, the bearing part of the processing tool unit cants against the central shaft, wherein both edges (405, 406) of the two edge contact zone being in contact with the central shaft during the pivotal movement, said edges (405, 406) being axially spaced along the bearing part. - a container comprising a central shaft fixedly mounted on the container bottom; - a lid covering the container; - a processing tool unit supporting a food processing tool (410a,b), its upper end being couplable with a drive unit through the lid, its lower end having an elongated cavity for rotatably engaging with the central shaft and allowing for pivotal movement about the axis of the central shaft, the elongated cavity being provided with a bearing part
Shutter device for the closure of a bay or other opening and capable of a descending and ascending movement, the shutter has flexible lateral edges (5,6) which are substantially continuous and project from the plane of the shutter moving in guide tracks (7,8) mounted on a fixed bracket, means being provided, at least at the height of the lower part of the shutter, or said other opening, such that the lateral edges (5,6) emerge from their guide tracks (7,8) when a certain transverse force of traction in the longitudinal direction of the guide tracks (7,8) is exerted upon these edges (5,6), means of re-insertion being provided in order to allow the lateral edges (5,6) to engage once more within the upper parts of the guide tracks (7,8) during the upward movement of the door, such means of re-insertion including guide members that are located next to the guide tracks (7,8), in a such manner as to deflect the edges (5,6) of the shutter within the guide tracks (7,8) at the point of the upward movement of the shutter, this device being characterised in that the guide track (7,8) is interrupted between the upper part of the guide tracks (7,8) and the lower part of the guide tracks (7,8) in such a way that the lower extremity of the upper part of the guide track (7,8) can be displaced with respect to the lower part of the guide track (7,8) during the upward movement of the shutter, when the corresponding lateral edge (5,6) of the shutter is disengaged from the lower part of the guide track (7,8).
A suction device for a negative pressure wound therapy system, said suction device comprising an attachment portion adapted to be attached to a wound cover member, said suction device comprising a fluid inlet being at least partially circumscribed by said attachment portion, said suction device also comprising a fluid outlet, said suction device further comprising a connection portion adapted to, at least during one operation condition of said suction device, provide a fluid communication between said fluid inlet and said fluid outlet, said connection portion comprising an inspection portion that is transparent to thereby facilitate the positioning of said suction device relative to said wound cover member, characterized in that said connection portion comprises a duct wall at least partially defining a connection duct from said inlet to said outlet, said duct wall comprising said inspection portion, said connection portion comprising a partition wall extending at least partially from said duct wall.
An antibody that binds Axl and which comprises: a VH domain comprising a VH CDR1 with the amino acid sequence of SEQ ID NO. 5, a VH CDR2 with the amino acid sequence of SEQ ID NO. 6, and a VH CDR3 with the amino acid sequence of SEQ ID NO.7; and a VL domain comprising a VL CDR1 with the amino acid sequence of SEQ ID NO.8, a VL CDR2 with the amino acid sequence of SEQ ID NO.9, and a VL CDR3 with the amino acid sequence of SEQ ID NO.10. a VH domain comprising a VH CDR1 with the amino acid sequence of SEQ ID NO. 5, a VH CDR2 with the amino acid sequence of SEQ ID NO. 6, and a VH CDR3 with the amino acid sequence of SEQ ID NO.7; and a VL domain comprising a VL CDR1 with the amino acid sequence of SEQ ID NO.8, a VL CDR2 with the amino acid sequence of SEQ ID NO.9, and a VL CDR3 with the amino acid sequence of SEQ ID NO.10.
A parking brake mechanism (18, 118, 218) for an air-actuated disc brake, the mechanism comprising: an electrically powered actuator (10, 110, 210); an extensible device drivably connected to the actuator (10, 110, 210) and able to extend and retract and be held in place in an extended position to thereby apply a brake; a resilient device (46, 146, 246) arranged to act on the extensible device and maintain a desired level of force to be applied by the parking brake mechanism in the event of contraction of brake components due to cooling, wherein the extensible device comprises a latching arrangement, and characterised in that the extensible device further comprises a lead screw arrangement drivable by the actuator (10, 110, 210). an electrically powered actuator (10, 110, 210); an extensible device drivably connected to the actuator (10, 110, 210) and able to extend and retract and be held in place in an extended position to thereby apply a brake; a resilient device (46, 146, 246) arranged to act on the extensible device and maintain a desired level of force to be applied by the parking brake mechanism in the event of contraction of brake components due to cooling, wherein the extensible device comprises a latching arrangement, and characterised in that the extensible device further comprises a lead screw arrangement drivable by the actuator (10, 110, 210).
A ground-engaging component for an article of footwear, comprising: an upper-facing surface; and a ground-facing surface opposite the upper-facing surface, wherein at least the ground-facing surface includes a matrix structure, and wherein the matrix structure includes: (a) a heel region including a plurality of open heel support cells, (b) a midfoot region including a plurality of open midfoot support cells, and (c) a forefoot region including a plurality of closed forefoot support cells, wherein the plurality of closed forefoot support cells are closed by a support member that spans multiple cells of the matrix structure, and wherein: (a) the matrix structure is integrally formed with and extends from a bottom surface of the support member; or (b) a top surface of the matrix structure is spaced from a bottom surface of the support member over at least a portion of a bottom surface area of the support member. an upper-facing surface; and a ground-facing surface opposite the upper-facing surface, wherein at least the ground-facing surface includes a matrix structure, and wherein the matrix structure includes: (a) a heel region including a plurality of open heel support cells, (b) a midfoot region including a plurality of open midfoot support cells, and (c) a forefoot region including a plurality of closed forefoot support cells, wherein the plurality of closed forefoot support cells are closed by a support member that spans multiple cells of the matrix structure, and wherein: (a) the matrix structure is integrally formed with and extends from a bottom surface of the support member; or (b) a top surface of the matrix structure is spaced from a bottom surface of the support member over at least a portion of a bottom surface area of the support member. (a) the matrix structure is integrally formed with and extends from a bottom surface of the support member; or (b) a top surface of the matrix structure is spaced from a bottom surface of the support member over at least a portion of a bottom surface area of the support member.
Suspension arrangement of an elevator car, which elevator car is fitted to travel moved in an elevator hoistway by a traction sheave on essentially vertical guide rails supported by elevator ropes, and in connection with which elevator car is a plurality of diverting pulleys, comprising diverting pulleys (4, 7) that support the elevator car and are disposed on different sides of the elevator car, essentially on the bottom edge of the elevator car, and other diverting pulleys (5, 6) disposed on a top edge of the elevator car, preferably on the roof of the elevator car, on different sides to each other with respect to the line between and joining the guide rails such that the line joining the diverting pulleys (5 and 6) in the direction of their plane of rotation travels diagonally over the roof of the elevator car crossing the line between and joining the guide rails essentially at the centre of the elevator car as viewed from above, via which pulleys (5 and 6) the elevator roping travels between the two diverting pulleys (4, 7) on different sides.
A method for responding to a request for a non-cacheable dynamically generated object from a plurality of clients (102a-102n), the method comprising the steps of: (a) receiving, by a device comprising a cache, a response from an originating server (106a - 106n) to a first request of a first client for a non-cacheable_dynamically generated object, the response comprising the dynamically generated object; (b) requesting, by the device, to a packet processing engine to transmit the response to the first client, the response held in a buffer of a network stack of the device_while waiting to be transmitted; (c) receiving, by the device, from a second client a second request for the dynamically generated object while transmitting the response to the first client and prior to completing transmission of the response from the buffer of the network stack to the first client; (d) requesting, by the device prior to completing transmission of the response from the buffer of the network stack to the first client, to the packet processing engine to transmit the dynamically generated object of the response to the first client held in the buffer of the network stack to the second client; and (e) removing, by the device, the non-cacheable dynamically generated object from the buffer of the network stack. (a) receiving, by a device comprising a cache, a response from an originating server (106a - 106n) to a first request of a first client for a non-cacheable_dynamically generated object, the response comprising the dynamically generated object; (b) requesting, by the device, to a packet processing engine to transmit the response to the first client, the response held in a buffer of a network stack of the device_while waiting to be transmitted; (c) receiving, by the device, from a second client a second request for the dynamically generated object while transmitting the response to the first client and prior to completing transmission of the response from the buffer of the network stack to the first client; (d) requesting, by the device prior to completing transmission of the response from the buffer of the network stack to the first client, to the packet processing engine to transmit the dynamically generated object of the response to the first client held in the buffer of the network stack to the second client; and (e) removing, by the device, the non-cacheable dynamically generated object from the buffer of the network stack.
A conditioner (65;95) for conditioning fuel passing therethrough, said conditioner (65;95) comprising: a deoxygenator having a body in which oxygen is removed from said fuel, said body having a surface; and, a heat exchanger (70; 100) attaching directly to said body and conforming to said surface for moderating a temperature of said fuel; characterised in that: said heat exchanger (70; 100) comprises a plurality of fins extending outwardly therefrom in a direction away from said surface. a deoxygenator having a body in which oxygen is removed from said fuel, said body having a surface; and, a heat exchanger (70; 100) attaching directly to said body and conforming to said surface for moderating a temperature of said fuel; characterised in that: said heat exchanger (70; 100) comprises a plurality of fins extending outwardly therefrom in a direction away from said surface.
A method of producing a grain-oriented electrical steel sheet, the method comprising performing magnetic domain refining treatment by irradiating with an electron beam, in a pressure reduced area, a surface of a grain-oriented electrical steel sheet after subjection to final annealing, the method further comprising: before the irradiating with the electron beam, delivering the grain-oriented electrical steel sheet wound in a coil shape and heating the delivered grain-oriented electrical steel sheet to 50 °C or higher; and then cooling the grain-oriented electrical steel sheet such that the grain-oriented electrical steel sheet has a temperature of lower than 50 °C at the time of entering the pressure reduced area. delivering the grain-oriented electrical steel sheet wound in a coil shape and heating the delivered grain-oriented electrical steel sheet to 50 °C or higher; and then cooling the grain-oriented electrical steel sheet such that the grain-oriented electrical steel sheet has a temperature of lower than 50 °C at the time of entering the pressure reduced area.
A surgical instrument, comprising: a housing having an elongated body (14; 214) extending distally therefrom, the elongated body defining a first articulating portion and a second articulating portion, and the elongated body defining a lumen therein; an end effector (100; 200; 600; 700) supported at a distal end portion of the elongated body;and a flexible waveguide (301; 401; 801; 1001; 1201; 1301) extending through the lumen of the elongated body, a proximal end portion of the flexible waveguide configured to connect to an ultrasonic transducer, and a distal end portion of the flexible waveguide configured to connect with the end effector, the flexible waveguide defining a first articulating portion having a narrower thickness than a thickness of other portions of the flexible waveguide, and the flexible waveguide defining a second articulating portion having a narrower thickness than a thickness of other portions of the flexible waveguide characterised by further including first and second transducers at opposite sides of the first articulating portion of the flexible waveguide, at least one of the first or second transducers configured to amplify an ultrasonic wave transmitted through the first articulating portion of the flexible waveguide. a housing having an elongated body (14; 214) extending distally therefrom, the elongated body defining a first articulating portion and a second articulating portion, and the elongated body defining a lumen therein; an end effector (100; 200; 600; 700) supported at a distal end portion of the elongated body;and a flexible waveguide (301; 401; 801; 1001; 1201; 1301) extending through the lumen of the elongated body, a proximal end portion of the flexible waveguide configured to connect to an ultrasonic transducer, and a distal end portion of the flexible waveguide configured to connect with the end effector, the flexible waveguide defining a first articulating portion having a narrower thickness than a thickness of other portions of the flexible waveguide, and the flexible waveguide defining a second articulating portion having a narrower thickness than a thickness of other portions of the flexible waveguide characterised by further including first and second transducers at opposite sides of the first articulating portion of the flexible waveguide, at least one of the first or second transducers configured to amplify an ultrasonic wave transmitted through the first articulating portion of the flexible waveguide.
A programmable logic controller (100, 100a, 100b) configured to execute a control program for controlling a control target, the PLC comprising: management means configured to manage one or more process values relating to the execution of the control program; communication means configured to exchange data including at least part of the one or more process values with an external device in accordance with a publishing setting for the one or more process values; and publishing management means configured to dynamically determine the publishing setting in accordance with information on an execution result of the control program and an operating state of the PLC, characterized in that the operating state of the PLC is a state that changes in accordance with a result of detection of any unauthorized intrusion occurring in the PLC, and the operating state includes a state with no incident occurring and a state corresponding to a nature of an occurring incident, the state corresponding to a nature of an occurring incident includes a state in a first mode corresponding to a stage at which a serious accident has occurred and a state in a second mode corresponding to a stage before a serious accident is highly likely to occur, and the publishing management means causes a scope of data published by the publishing setting to be narrower in the first mode than in the second mode. management means configured to manage one or more process values relating to the execution of the control program; communication means configured to exchange data including at least part of the one or more process values with an external device in accordance with a publishing setting for the one or more process values; and publishing management means configured to dynamically determine the publishing setting in accordance with information on an execution result of the control program and an operating state of the PLC, characterized in that the operating state of the PLC is a state that changes in accordance with a result of detection of any unauthorized intrusion occurring in the PLC, and the operating state includes a state with no incident occurring and a state corresponding to a nature of an occurring incident, the state corresponding to a nature of an occurring incident includes a state in a first mode corresponding to a stage at which a serious accident has occurred and a state in a second mode corresponding to a stage before a serious accident is highly likely to occur, and the publishing management means causes a scope of data published by the publishing setting to be narrower in the first mode than in the second mode.
A method for selectively forming a metallic container, the method comprising: introducing a blank of material to tooling; forming the blank of material to include a first sidewall, a second sidewall and a bottom portion extending between the first sidewall and the second sidewall; clamping the material between said tooling proximate to the first sidewall and proximate to the second sidewall so that it is secured in substantially fixed position to prevent movement of the material into the bottom portion; and stretching the bottom portion to form a thinned preselected profile, wherein the clamping force is applied by the deflection of at least five springs by at least 4 mm and the force provided by each spring is at least 60kg. introducing a blank of material to tooling; forming the blank of material to include a first sidewall, a second sidewall and a bottom portion extending between the first sidewall and the second sidewall; clamping the material between said tooling proximate to the first sidewall and proximate to the second sidewall so that it is secured in substantially fixed position to prevent movement of the material into the bottom portion; and stretching the bottom portion to form a thinned preselected profile, wherein the clamping force is applied by the deflection of at least five springs by at least 4 mm and the force provided by each spring is at least 60kg.
A method comprising: receiving, by a wireless device, one or more messages comprising configuration parameters of bandwidth parts (BWPs) of a cell, wherein the BWPs comprise a first bandwidth part and a second BWP; activating the first BWP as an active BWP of the cell; receiving, via the first BWP, downlink control information comprising a first field and a second field, wherein the first field indicates the second BWP and wherein a value of the second field indicates at least one of BWP switching or BWP activation; and based on the value of the second field and based on the first field indicating the second BWP switching from the first BWP to the second BWP; or activating the second BWP and maintaining active states of the first BWP and the second BWP receiving, by a wireless device, one or more messages comprising configuration parameters of bandwidth parts (BWPs) of a cell, wherein the BWPs comprise a first bandwidth part and a second BWP; activating the first BWP as an active BWP of the cell; receiving, via the first BWP, downlink control information comprising a first field and a second field, wherein the first field indicates the second BWP and wherein a value of the second field indicates at least one of BWP switching or BWP activation; and based on the value of the second field and based on the first field indicating the second BWP switching from the first BWP to the second BWP; or activating the second BWP and maintaining active states of the first BWP and the second BWP switching from the first BWP to the second BWP; or activating the second BWP and maintaining active states of the first BWP and the second BWP