mhurhangee/ep-ind-claims huggingface dataset:
A cross-flow fan comprising: a disc-shaped or circular annular support plate; plural blades extending in a lengthwise direction from the support plate; and an auxiliary ring having a ring portion that is positioned on a lengthwise direction intermediate section of the plural blades and is disposed on the outside of outer ends of the plural blades and plural connection portions that extend from the ring portion as far as spaces between adjacent blades of the plural blades and are joined to the blades in the spaces between adjacent blades, wherein the plural connection portions of the auxiliary ring are joined to suction surfaces of the plural blades, characterized in that the plural connection portions of the auxiliary ring are not joined to pressure surfaces of the plural blades. a disc-shaped or circular annular support plate; plural blades extending in a lengthwise direction from the support plate; and an auxiliary ring having a ring portion that is positioned on a lengthwise direction intermediate section of the plural blades and is disposed on the outside of outer ends of the plural blades and plural connection portions that extend from the ring portion as far as spaces between adjacent blades of the plural blades and are joined to the blades in the spaces between adjacent blades, a ring portion that is positioned on a lengthwise direction intermediate section of the plural blades and is disposed on the outside of outer ends of the plural blades and plural connection portions that extend from the ring portion as far as spaces between adjacent blades of the plural blades and are joined to the blades in the spaces between adjacent blades, wherein the plural connection portions of the auxiliary ring are joined to suction surfaces of the plural blades, characterized in that the plural connection portions of the auxiliary ring are not joined to pressure surfaces of the plural blades.
A method of transmitting an uplink, UL, signal by a user equipment (10, 20), UE, in a wireless communication system, the method comprising: receiving, through a physical downlink control, PDCCH, signal, downlink control information, DCI, regarding a semi-persistent scheduling, SPS, physical uplink shared channel, PUSCH; and transmitting an SPS PUSCH signal based on the DCI, characterized in that, the UE (10, 20) is configured for simultaneous PUSCH and physical uplink control channel, PUCCH, transmission, the SPS PUSCH signal is a subslot-based SPS PUSCH signal, the DCI includes a specific field regarding an uplink demodulation reference signal, UL DMRS, for demodulation of the subslot-based SPS PUSCH signal, the specific field is set to either a first value or a second value, the first value indicating that the UL DMRS is not transmitted in at least one subslot among one or more subslots in which the subslot-based SPS PUSCH signal is transmitted, and the second value indicating that the UL DMRS is transmitted in all the one or more subslots in which the subslot-based SPS PUSCH signal is transmitted, and the UE determines whether to transmit uplink control information, UCI, in a specific subslot, through the subslot-based SPS PUSCH signal or through a PUCCH signal, based on whether the specific field is set to the first value or the second value. receiving, through a physical downlink control, PDCCH, signal, downlink control information, DCI, regarding a semi-persistent scheduling, SPS, physical uplink shared channel, PUSCH; and transmitting an SPS PUSCH signal based on the DCI, characterized in that, the UE (10, 20) is configured for simultaneous PUSCH and physical uplink control channel, PUCCH, transmission, the SPS PUSCH signal is a subslot-based SPS PUSCH signal, the DCI includes a specific field regarding an uplink demodulation reference signal, UL DMRS, for demodulation of the subslot-based SPS PUSCH signal, the specific field is set to either a first value or a second value, the first value indicating that the UL DMRS is not transmitted in at least one subslot among one or more subslots in which the subslot-based SPS PUSCH signal is transmitted, and the second value indicating that the UL DMRS is transmitted in all the one or more subslots in which the subslot-based SPS PUSCH signal is transmitted, and the UE determines whether to transmit uplink control information, UCI, in a specific subslot, through the subslot-based SPS PUSCH signal or through a PUCCH signal, based on whether the specific field is set to the first value or the second value.
- A manhole pressure cooker comprising an internal-mount lid, a lid handle fastened to the lid via a flexible arm, and a cooking vessel equipped with a vessel handle, said lid being intended for being locked relative to the vessel when the lid handle is superposed on the vessel handle, said pressure cooker being characterized in that it further comprises a lateral guide member secured to the vessel and designed to receive said arm locally when the lid is mounted in the vessel with a view to being locked, said pressure cooker further comprising a longitudinal locking member secured to the vessel, and in that said arm is provided with a locking shaped portion, said lateral guide member co-operating mechanically with the arm, when it receives the latter, to allow said arm to slide longitudinally while said arm is bearing against said lateral guide member while also preventing it from being offset laterally, until said arm reaches a unique longitudinal interlocking position in which said locking shaped portion can come to interact with said longitudinal locking member to interlock said arm and said longitudinal locking member longitudinally, thereby preventing said arm from sliding longitudinally relative to the lateral guide member.
An isolated antibody, or an antigen-binding fragment thereof, that binds specifically to G protein-coupled receptor class C group 5 member D (GPRC5D), wherein the antibody or antigen binding fragment thereof comprises a variable heavy chain region of SEQ ID NO: 55 and a variable light chain region of SEQ ID NO: 58.
Tachograph - which comprises at least one chip card reading unit (CKLE) which can be supplied with at least one chip card having a secure memory (MEM_CK) and secure data transmission which securely stores at least one user-defined identification information item, which is defined by the manufacturer of the tachograph or the at least one chip card or by a company which uses the tachograph in one of its vehicles, and which is independent of an identification information item prescribed by a state institution for prescribed operation of the tachograph, and - which is designed to authenticate the at least one chip card on the basis of the at least one user-defined identification information item and to read data in secure form from the at least one chip card and/or to store data in secure form on the at least one chip card, - which comprises at least one data interface for sending and/or receiving data to and from at least one functional unit (FE_KFZ) in a vehicle, - which comprises at least one cryptographic functional unit provided for the prescribed operation of the tachograph, and - which is designed to use the at least one cryptographic functional unit to cryptographically process and/or securely store and/or securely provide data, which can be supplied to the tachograph by the at least one functional unit (FE_KFZ) of the vehicle via the at least one data interface, for the at least one functional unit (FE_KFZ) of the vehicle on the basis of the at least one user-defined identification information item. - which comprises at least one chip card reading unit (CKLE) which can be supplied with at least one chip card having a secure memory (MEM_CK) and secure data transmission which securely stores at least one user-defined identification information item, which is defined by the manufacturer of the tachograph or the at least one chip card or by a company which uses the tachograph in one of its vehicles, and which is independent of an identification information item prescribed by a state institution for prescribed operation of the tachograph, and - which is designed to authenticate the at least one chip card on the basis of the at least one user-defined identification information item and to read data in secure form from the at least one chip card and/or to store data in secure form on the at least one chip card, - which comprises at least one data interface for sending and/or receiving data to and from at least one functional unit (FE_KFZ) in a vehicle, - which comprises at least one cryptographic functional unit provided for the prescribed operation of the tachograph, and - which is designed to use the at least one cryptographic functional unit to cryptographically process and/or securely store and/or securely provide data, which can be supplied to the tachograph by the at least one functional unit (FE_KFZ) of the vehicle via the at least one data interface, for the at least one functional unit (FE_KFZ) of the vehicle on the basis of the at least one user-defined identification information item.
A turbine disk assembly adapted for use in a gas turbine engine, the assembly comprising a disk having an outer surface, the outer surface including a coupling portion; an attachment member having a coupling portion and defining an opening, the coupling portion of the attachment member configured to be coupled to the coupling portion of the disk; and a blade, a portion of the blade configured to be disposed within the opening when the coupling portion of the attachment member is coupled to the coupling portion of the disk, wherein the opening is defined by a single attachment member, wherein the attachment member includes a platform and a pair of engagement portions extending inward in a radial direction on both sides of the opening from the platform and the engagement portions are configured to block a root portion of the blade from movement through the opening; wherein the coupling portion of the attachment member defines an opening configured to be aligned with an opening defined by the coupling portion of the disk, the apparatus further comprising a retention pin, the retention pin configured to be inserted through the opening defined by the coupling portion of the attachment member and the opening defined by the coupling portion of the disk to couple the attachment member to the disk.
A method of wireless communication, comprising: receiving one or more device-to-device (D2D) broadcasts (222, 224, 226, 228, 240, 250) in a set of subchannels of a channel; and characterised by broadcasting in at least one subchannel of the channel information indicating a subset of the set of subchannels on which the one or more D2D broadcasts (222, 224, 226, 228, 240, 250) are received. receiving one or more device-to-device (D2D) broadcasts (222, 224, 226, 228, 240, 250) in a set of subchannels of a channel; and characterised by broadcasting in at least one subchannel of the channel information indicating a subset of the set of subchannels on which the one or more D2D broadcasts (222, 224, 226, 228, 240, 250) are received.
A susceptor structure comprising: a layer of conductive material supported on a non-conductive substrate, wherein the conductive layer includes a plurality of spaced apart microwave energy transparent segments that define a pattern of interconnected hexagonal loops, and a substantially centrally located microwave energy transparent element within at least one of the loops, characterized in that at least some of the spaced apart microwave energy transparent segments comprise side segments that form sides of the hexagonal loops of the plurality of the interconnected hexagonal loops, and at least some of the spaced apart microwave energy transparent segments comprise corner segments that form corners of the hexagonal loops of the plurality of the interconnected hexagonal loops. a layer of conductive material supported on a non-conductive substrate, wherein the conductive layer includes a plurality of spaced apart microwave energy transparent segments that define a pattern of interconnected hexagonal loops, and a substantially centrally located microwave energy transparent element within at least one of the loops, a plurality of spaced apart microwave energy transparent segments that define a pattern of interconnected hexagonal loops, and a substantially centrally located microwave energy transparent element within at least one of the loops, characterized in that at least some of the spaced apart microwave energy transparent segments comprise side segments that form sides of the hexagonal loops of the plurality of the interconnected hexagonal loops, and at least some of the spaced apart microwave energy transparent segments comprise corner segments that form corners of the hexagonal loops of the plurality of the interconnected hexagonal loops.
A robot system comprising: a robot; a liquid application part provided on the robot; an application thickness measurement part measuring an application thickness of a liquid applied by the liquid application part; and a control part, the robot system being characterized in that in a case where the application thickness measured by the application thickness measurement part is greater than a predetermined thickness, driving the robot in a manner of moving the liquid application part closer to an application object, and in a case where the application thickness measured by the application thickness measurement part is less than the predetermined thickness, driving the robot in a manner of moving the liquid application part away from the application object. a robot; a liquid application part provided on the robot; an application thickness measurement part measuring an application thickness of a liquid applied by the liquid application part; and a control part, the robot system being characterized in that in a case where the application thickness measured by the application thickness measurement part is greater than a predetermined thickness, driving the robot in a manner of moving the liquid application part closer to an application object, and in a case where the application thickness measured by the application thickness measurement part is less than the predetermined thickness, driving the robot in a manner of moving the liquid application part away from the application object.
Method for the production of a plastic foil, especially of a multi-layer stretch film, at which plastic material is extruded from a flat extrusion die and is subsequently guided around at least one cooling roll following in the conveying direction and is cooled thereby, wherein the foil is guided between the flat extrusion die and the cooling roll around a temperature controlling roll along a given angle of contact (α), characterized in that the temperature controlling roll has a centre region and two edge regions adjoining to the same, wherein the foil is kept at least in sections at a distance from the temperature controlling roll in the centre region by creating a air cushion in the centre region of the temperature controlling roll between the surface of the temperature controlling roll and the foil by supplying heated air between the surface of the temperature controlling roll and the foil in the centre region of the temperature controlling roll, wherein the foil is brought into contact with the temperature controlling roll in the edge regions and wherein the temperature of the pressurized air at its supply into the temperature controlling roll is between 60 °C and 350 °C, preferably between 100 °C and 250 °C.
A shoulder assembly for a crash test dummy comprising: a movable clavicle adapted for attachment to a spine of the crash test dummy for freedom of movement in three-dimensional space; a scapula non-rigidly adapted for attachment to the spine for freedom of movement in three-dimensional space; a shoulder cup member adapted for attachment to the spine in a plurality of axes for a shoulder ball joint; and an upper arm assembly having an arm bone and having a ball at one end for connection to said shoulder cup member, characterized in that said shoulder cup member includes a socket extending axially therein to form said shoulder ball joint, said socket being hemi-spherically shaped and said ball being spherically shaped. that said arm bone is made of a plastic material, that said shoulder cup member allows an impact on the shoulder ball joint of the dummy to move the shoulder assembly towards the spine, said shoulder assembly being supported only by said scapula and said clavicle, that said ball includes a slot therein to allow said bone to rotate; and that a first threaded fastener on said ball is disposed in one end of said shoulder cup member and threadingly engages said shoulder cup member, said first threaded fastener having a threaded hole and a second threaded fastener extends through an opposite end of said shoulder cup member and threadingly engages said threaded hole of said first threaded fastener to keep said threaded first fastener from backing out when said upper arm assembly rotates. a movable clavicle adapted for attachment to a spine of the crash test dummy for freedom of movement in three-dimensional space; a scapula non-rigidly adapted for attachment to the spine for freedom of movement in three-dimensional space; a shoulder cup member adapted for attachment to the spine in a plurality of axes for a shoulder ball joint; and an upper arm assembly having an arm bone and having a ball at one end for connection to said shoulder cup member, characterized in that said shoulder cup member includes a socket extending axially therein to form said shoulder ball joint, said socket being hemi-spherically shaped and said ball being spherically shaped. that said arm bone is made of a plastic material, that said shoulder cup member allows an impact on the shoulder ball joint of the dummy to move the shoulder assembly towards the spine, said shoulder assembly being supported only by said scapula and said clavicle, that said ball includes a slot therein to allow said bone to rotate; and that a first threaded fastener on said ball is disposed in one end of said shoulder cup member and threadingly engages said shoulder cup member, said first threaded fastener having a threaded hole and a second threaded fastener extends through an opposite end of said shoulder cup member and threadingly engages said threaded hole of said first threaded fastener to keep said threaded first fastener from backing out when said upper arm assembly rotates.
An interface joint for interconnecting an electrosurgical generator and an electrosurgical instrument, the interface joint comprising: a housing having: an inlet for receiving electromagnetic energy from the electrosurgical generator, and an outlet; a slidable trigger on the housing, the slidable trigger being attached to a push rod that extends out of the housing through the outlet; a single cable assembly for connecting the outlet to the electrosurgical instrument, the single cable assembly comprising a flexible sleeve that conveys the push rod and a coaxial cable that is connected to the inlet; and a reinforcement element coupled to a first portion of the push rod so as to reinforce the first portion, the first portion being located partly or completely inside the housing. a housing having: an inlet for receiving electromagnetic energy from the electrosurgical generator, and an outlet; an inlet for receiving electromagnetic energy from the electrosurgical generator, and an outlet; a slidable trigger on the housing, the slidable trigger being attached to a push rod that extends out of the housing through the outlet; a single cable assembly for connecting the outlet to the electrosurgical instrument, the single cable assembly comprising a flexible sleeve that conveys the push rod and a coaxial cable that is connected to the inlet; and a reinforcement element coupled to a first portion of the push rod so as to reinforce the first portion, the first portion being located partly or completely inside the housing.
A method of transmitting data in a communication system employing first predetermined time periods for the transmission of data and predetermined DTX time periods for transmission gaps, the method comprising: dividing the data into data blocks; transmitting the respective data blocks during respective first predetermined time periods, subject to refraining from transmitting the portions of the data blocks coinciding with the predetermined DTX time periods; retransmitting at least those data blocks transmitted during those first predetermined time periods which overlap any of the predetermined DTX time periods; characterized in that the method further comprises: reordering the data in the retransmitted data blocks prior to the retransmission, wherein the reordering is selected to ensure that the portion of any data block which coincided with any of the predetermined DTX time periods does not coincide with any of the predetermined DTX time periods during the retransmission of that data block. dividing the data into data blocks; transmitting the respective data blocks during respective first predetermined time periods, subject to refraining from transmitting the portions of the data blocks coinciding with the predetermined DTX time periods; retransmitting at least those data blocks transmitted during those first predetermined time periods which overlap any of the predetermined DTX time periods; characterized in that the method further comprises: reordering the data in the retransmitted data blocks prior to the retransmission, wherein the reordering is selected to ensure that the portion of any data block which coincided with any of the predetermined DTX time periods does not coincide with any of the predetermined DTX time periods during the retransmission of that data block.
A method for measuring external shape of railroad vehicle by irradiating a plurality of linear laser beams continuously to an outer peripheral surface of a railroad vehicle and measuring the external shape of the railroad vehicle based on an irradiation position of the linear laser beams on the railroad vehicle and a two-dimensional plane projected image of the linear laser beams irradiated on the outer peripheral surface of the railroad vehicle, the method comprising: a photographing step of photographing a plurality of images of different linear laser beam intensities by switching intensity of the linear laser beams while irradiating on the railroad vehicle, a selecting step of selecting a photographed image having a most suitable laser beam intensity for the measurement position from among a plurality of images having different linear laser beam intensities, wherein pixel values of a plurality of images having different linear laser beam intensities are compared, and a light section line having the pixel value that has not reached a saturation value and that has a highest value is selected, and a calculating step of calculating the external shape of the railroad vehicle from the selected photographed image. a photographing step of photographing a plurality of images of different linear laser beam intensities by switching intensity of the linear laser beams while irradiating on the railroad vehicle, a selecting step of selecting a photographed image having a most suitable laser beam intensity for the measurement position from among a plurality of images having different linear laser beam intensities, wherein pixel values of a plurality of images having different linear laser beam intensities are compared, and a light section line having the pixel value that has not reached a saturation value and that has a highest value is selected, and a calculating step of calculating the external shape of the railroad vehicle from the selected photographed image.