mhurhangee/ep-ind-claims huggingface dataset:
End piece for a particle distributor for a rail vehicle, the end piece comprising a heating device with at least one electrically operable heating element, characterised in that the end piece further comprises a first hose piece with a first thermal conductivity and an outer hose piece having a second thermal conductivity which is less than the first thermal conductivity, in that the outer hose piece surrounds the first hose piece at least partially, in that the at least one heating element is accommodated in the first hose piece and/or is arranged between the first hose piece and the outer hose piece in such a way that the at least one heating element is in direct and/or heat-transmitting contact with the first hose piece, and in that the end piece is a flexible end piece.
A foldable mobile three-lead cardiac monitoring electrode device for recording, processing and transmitting three ECG leads, comprising: a casing with two parts connected by a pivotal join; two integrated electrodes for acquiring signals from the patient's chest consisting of a first chest electrode placed in the first part of the casing and a second chest electrode placed in the second part of the casing; and two electrodes for acquiring signals from the patient's hands consisting of two finger electrodes placed in the first part of the casing; characterised in that the first chest electrode is placed on the inner side of the first part of the casing (1, 2); the second chest electrode is placed on the inner side of the second part of the casing (1, 2); and the two finger electrodes (7, 8) are mounted on the outer sides of the first part of the casing (1, 2) to enable contact with left and right hand fingers. a casing with two parts connected by a pivotal join; two integrated electrodes for acquiring signals from the patient's chest consisting of a first chest electrode placed in the first part of the casing and a second chest electrode placed in the second part of the casing; and two electrodes for acquiring signals from the patient's hands consisting of two finger electrodes placed in the first part of the casing; characterised in that the first chest electrode is placed on the inner side of the first part of the casing (1, 2); the second chest electrode is placed on the inner side of the second part of the casing (1, 2); and the two finger electrodes (7, 8) are mounted on the outer sides of the first part of the casing (1, 2) to enable contact with left and right hand fingers.
A method of enhancing proliferation and/or survival of mesenchymal STRO-1 dim tissue specific committed cells (TSCCs) in vitro, the method comprising culturing SDF expressing STRO-1 bright mesenchymal precursor cells (MPCs) with the STRO-1 dim TSCCs, wherein the TSCCs are cultured in the presence of greater than 5% STRO-1 bright MPCS.
A large-size prefabricated construction segment comprising - separated from each other by spacing inserts, an external cladding and an internal cladding parallel to each other, between which there is a polyurethane foam filling, preferably a closed cell PIR one, in which cable and installation trays are preferably arranged, whereby the claddings are cement-and-fibre or gypsum- and-fibre boards whose edges along at least one side protrude beyond the outline of the filling, wherein the filling is integrally connected with each of the claddings and protrudes beyond the outline of the claddings along the other sides, characterized in that the spacing inserts are provided in the form of PVC tubes, which are located perpendicularly to the claddings and pressed between mounting holes in the claddings.
A lane-marking crossing warning system for a vehicle, the warning system comprising: - a sensor arrangement arranged to detect at least one lane marking line (5, 6, 7) that defines a corresponding lane boundary; - a control unit arranged to determine if the vehicle has entered a curve (9, 9'); and - warning means, arranged to issue a warning; characterized in that when the control unit has determined that the vehicle has entered a curve (9, 9'), the control unit is arranged to move at least one imaginary sensor line (8a, 8b), from coinciding with said lane marking line (5, 6), to running a certain distance (11, 12) from said lane marking line (5, 6), where the control unit is arranged to determine if one of said at least one imaginary sensor line (8a, 8b) has been crossed by the vehicle, and in that case determine that a warning is to be issued by the warning means, where, if the control unit has determined that the vehicle has entered a curve turning to the left with regard to a vehicle travelling direction, the control unit is arranged to move the sensor line at the left-hand side of the vehicle to the left, and where, if the control unit has determined that the vehicle has entered a curve turning to the right with regard to a vehicle travelling direction, the control unit is arranged to move the sensor line at the right-hand side of the vehicle to the right. - a sensor arrangement arranged to detect at least one lane marking line (5, 6, 7) that defines a corresponding lane boundary; - a control unit arranged to determine if the vehicle has entered a curve (9, 9'); and - warning means, arranged to issue a warning;
A carton (101; 301; 501) for holding a plurality of articles, the carton comprising: a plurality of panels comprising a back panel (121; 321; 521), a first front panel (131a; 331a; 531a) positioned opposite to the back panel, and a second front panel (131b; 331b; 531b) positioned opposite to the back panel; and a first compartment (103; 303; 503) comprising a first interior space (173; 373; 573) for at least partially receiving at least a first article of the plurality of articles and a second compartment (103; 303; 503) comprising a second interior space (173; 373; 573) for at least partially receiving at least a second article of the plurality of articles, at least a portion of at least the back panel and the first front panel extending at least partially around the first interior space of the first compartment, and at least a portion of at least the back panel and the second front panel extending at least partially around the second interior space of the second compartment, characterized in that the carton further comprises flexibility features (109; 309; 509) extending in at least the back panel (121; 321; 521), the first front panel (131a; 331a; 531a), and the second front panel (131b; 331b; 531b), the flexibility features comprising at least a longitudinal score line (151; 351; 551) and a lateral score line (153; 353, 354; 553) extending in at least the back panel (121; 321; 521). a plurality of panels comprising a back panel (121; 321; 521), a first front panel (131a; 331a; 531a) positioned opposite to the back panel, and a second front panel (131b; 331b; 531b) positioned opposite to the back panel; and a first compartment (103; 303; 503) comprising a first interior space (173; 373; 573) for at least partially receiving at least a first article of the plurality of articles and a second compartment (103; 303; 503) comprising a second interior space (173; 373; 573) for at least partially receiving at least a second article of the plurality of articles, at least a portion of at least the back panel and the first front panel extending at least partially around the first interior space of the first compartment, and at least a portion of at least the back panel and the second front panel extending at least partially around the second interior space of the second compartment, characterized in that the carton further comprises flexibility features (109; 309; 509) extending in at least the back panel (121; 321; 521), the first front panel (131a; 331a; 531a), and the second front panel (131b; 331b; 531b), the flexibility features comprising at least a longitudinal score line (151; 351; 551) and a lateral score line (153; 353, 354; 553) extending in at least the back panel (121; 321; 521).
A method comprising: selecting, at a wireless communication device, one of a plurality of time intervals in a periodically repeating access cycle for transmission of an access signal, the selection being performed based on an identification number identifying the wireless communication device; negotiating, at the wireless communication device, a preamble assignment for the selected one of the plurality of time intervals; and transmitting, at the wireless communication device, the access signal over an access channel in the selected one of the plurality of time intervals using a preamble corresponding to the preamble assignment; and wherein negotiating the preamble comprises: requesting the preamble assignment for the selected one of the plurality of time intervals from a network node; and receiving the preamble assignment for the selected one of the plurality of time intervals from the network node. selecting, at a wireless communication device, one of a plurality of time intervals in a periodically repeating access cycle for transmission of an access signal, the selection being performed based on an identification number identifying the wireless communication device; negotiating, at the wireless communication device, a preamble assignment for the selected one of the plurality of time intervals; and transmitting, at the wireless communication device, the access signal over an access channel in the selected one of the plurality of time intervals using a preamble corresponding to the preamble assignment; and wherein negotiating the preamble comprises: requesting the preamble assignment for the selected one of the plurality of time intervals from a network node; and receiving the preamble assignment for the selected one of the plurality of time intervals from the network node. requesting the preamble assignment for the selected one of the plurality of time intervals from a network node; and receiving the preamble assignment for the selected one of the plurality of time intervals from the network node.
An air treatment apparatus comprising: - a ventilating unit for generating an air flow through the apparatus; - an air purification module for purifying air; - a main housing having a flow outlet for the purified air; - a humidification attachment module having a flow inlet for said purified air, and a housing portion having a first flow outlet; and - an outlet grille for covering one of the flow outlet and the first flow outlet, wherein the humidification attachment module and the outlet grille can interchangeably cover the flow outlet such that the apparatus is configurable to adopt both an augmented configuration in which the humidification attachment module covers the flow outlet in lieu of the outlet grille, with the outlet grille covering the first flow outlet, and a non-augmented configuration in which the outlet grille covers the flow outlet. - a ventilating unit for generating an air flow through the apparatus; - an air purification module for purifying air; - a main housing having a flow outlet for the purified air; - a humidification attachment module having a flow inlet for said purified air, and a housing portion having a first flow outlet; and - an outlet grille for covering one of the flow outlet and the first flow outlet, wherein the humidification attachment module and the outlet grille can interchangeably cover the flow outlet such that the apparatus is configurable to adopt both an augmented configuration in which the humidification attachment module covers the flow outlet in lieu of the outlet grille, with the outlet grille covering the first flow outlet, and a non-augmented configuration in which the outlet grille covers the flow outlet.
A local electricity distribution network (11,12) comprising a local transmission hub and plurality of units (11a, 11b, 12a, 12b) arranged to selectively import and export electricity from and to the hub, the hub in turn being arranged to selectively import and export electricity from and to an external grid, characterised in that each unit is arranged to determine whether to import or export electricity to or from the hub based only upon data communicated between it and the hub and the hub determines whether to import or export electricity from or to the external grid based only upon data communicated between it and the external grid.
Structural subassembly of a motor vehicle, comprising an impact crossmember extending in the transverse direction of the vehicle and connected at each of its ends to a substantially vertical transverse wall of the structure of the vehicle via a corresponding shock absorber (3; 4) extending in the longitudinal direction of the vehicle, wherein a first absorber situated at a first end of the crossmember comprises a first end plate provided with a pre-holding orifice slipped over a welding bolt secured to the transverse wall, whereas a second absorber situated at a second end of the crossmember comprises a second end plate provided with an edge cooperating with a pre-holding hook situated on the transverse wall, the end plates (5; 6) being moreover fastened to the transverse wall by a plurality of fastening bolts (13; 15), characterized in that the pre-holding hook comprises a substantially horizontal bearing surface on which the edge of the second end plate bears and a substantially vertical folded lip forming a retaining stop preventing the second end plate from moving away from the transverse wall.
A razor comprising: a first component (100, 400, 500); and a second component (110, 410, 510) configured to rotate relative to the first component about a first axis of rotation (130, 530), the second component comprising at least one blade, the second component configured to rotate relative to the first component about a second axis of rotation (140, 540), wherein the second axis of rotation and the first axis of rotation are non-coplanar, wherein the second component is in a preloaded neutral position when at rest such that rotation about the second axis of rotation generates a return torque; characterized in that the first component comprises a first indicia (150, 250, 350, 450, 550) on a surface of the first component, the second component comprises a second indicia (160, 260, 360) on a surface of the second component, and wherein the first indicia and the second indicia are in alignment at rest and out of alignment when the second component has been rotated about the second axis of rotation. a first component (100, 400, 500); and a second component (110, 410, 510) configured to rotate relative to the first component about a first axis of rotation (130, 530), the second component comprising at least one blade, the second component configured to rotate relative to the first component about a second axis of rotation (140, 540), wherein the second axis of rotation and the first axis of rotation are non-coplanar, wherein the second component is in a preloaded neutral position when at rest such that rotation about the second axis of rotation generates a return torque; characterized in that the first component comprises a first indicia (150, 250, 350, 450, 550) on a surface of the first component, the second component comprises a second indicia (160, 260, 360) on a surface of the second component, and wherein the first indicia and the second indicia are in alignment at rest and out of alignment when the second component has been rotated about the second axis of rotation.
A toric intraocular lens comprising a lens body provided with an astigmatic axis, wherein a mark (2d,2p) indicating the astigmatic axis is formed at an optical surface of the lens body, and a length in a radial direction of the lens body and a length in a circumferential direction of the lens body of external dimensions of the mark are different from each other in top view of the optical surface, characterised in that the mark includes an inclined surface (2n,2v,4c) adjacent to a rim of the mark in a cross-section of the lens body along a plane parallel to an optical axis of the lens body. wherein a mark (2d,2p) indicating the astigmatic axis is formed at an optical surface of the lens body, and a length in a radial direction of the lens body and a length in a circumferential direction of the lens body of external dimensions of the mark are different from each other in top view of the optical surface, characterised in that the mark includes an inclined surface (2n,2v,4c) adjacent to a rim of the mark in a cross-section of the lens body along a plane parallel to an optical axis of the lens body.
A user terminal configured to communicate with a plurality of cell groups by executing dual connectivity, each cell group being formed with one or more cells, the user terminal comprising: a receiver configured to receive downlink control information; and a control section configured to select at least one cell from cells which are configured in each cell group and to which uplink control information is able to be allocated, and to control the cell as a cell to transmit the uplink control information, wherein the cell to transmit the uplink control information is a secondary cell, SCell, and the control section is configured to, when the downlink control information includes information indicative of cross-carrier scheduling, determine a resource to transmit the uplink control information based on a higher layer parameter and a minimum Control Channel Element, CCE, index of a downlink control channel to which the downlink control information is allocated. a receiver configured to receive downlink control information; and a control section configured to select at least one cell from cells which are configured in each cell group and to which uplink control information is able to be allocated, and to control the cell as a cell to transmit the uplink control information, wherein the cell to transmit the uplink control information is a secondary cell, SCell, and the control section is configured to, when the downlink control information includes information indicative of cross-carrier scheduling, determine a resource to transmit the uplink control information based on a higher layer parameter and a minimum Control Channel Element, CCE, index of a downlink control channel to which the downlink control information is allocated.
A dental assembly for indirect bonding of one or more orthodontic appliance to a tooth structure, the dental assembly comprising: a placement device configured to removably receive the one or more orthodontic appliance; and the one or more orthodontic appliance bonded to the placement device, each of the one or more orthodontic appliance comprising: an outer surface, a porous compressible material disposed on the outer surface, the porous compressible material adapted to remain on the orthodontic appliance during use, and a hardenable dental composition at least partially within the porous compressible material, the hardenable dental composition configured to form a bond with the tooth structure. a placement device configured to removably receive the one or more orthodontic appliance; and the one or more orthodontic appliance bonded to the placement device, each of the one or more orthodontic appliance comprising: an outer surface, a porous compressible material disposed on the outer surface, the porous compressible material adapted to remain on the orthodontic appliance during use, and a hardenable dental composition at least partially within the porous compressible material, the hardenable dental composition configured to form a bond with the tooth structure. an outer surface, a porous compressible material disposed on the outer surface, the porous compressible material adapted to remain on the orthodontic appliance during use, and a hardenable dental composition at least partially within the porous compressible material, the hardenable dental composition configured to form a bond with the tooth structure.
A battery module comprising: a cell assembly comprising a plurality of secondary batteries and a plurality of cartridges, the secondary batteries being vertically arranged and comprising electrode leads, the cartridges being vertically stacked to accommodate the secondary batteries in an inner space thereof; and a sensing assembly mounted on a front side of the cell assembly and comprising an insulation housing formed of an electrically insulative material and a sensing bus bar formed of an electrically conductive material, the sensing assembly being coupled to the electrode leads so as to sense voltages of the secondary batteries, wherein the insulation housing comprises a plurality of penetration holes vertically spaced apart from each other to allow the electrode leads to penetrate therethrough, and a plurality of housing slant portions arranged in the penetration holes and sloped at a predetermined angle from a horizontal direction; characterized in that: the housing slant portions have a height decreasing in an inward direction; and at least one electrode lead is placed along the slant surface of the housing slant portion. a cell assembly comprising a plurality of secondary batteries and a plurality of cartridges, the secondary batteries being vertically arranged and comprising electrode leads, the cartridges being vertically stacked to accommodate the secondary batteries in an inner space thereof; and a sensing assembly mounted on a front side of the cell assembly and comprising an insulation housing formed of an electrically insulative material and a sensing bus bar formed of an electrically conductive material, the sensing assembly being coupled to the electrode leads so as to sense voltages of the secondary batteries, wherein the insulation housing comprises a plurality of penetration holes vertically spaced apart from each other to allow the electrode leads to penetrate therethrough, and a plurality of housing slant portions arranged in the penetration holes and sloped at a predetermined angle from a horizontal direction; characterized in that: the housing slant portions have a height decreasing in an inward direction; and at least one electrode lead is placed along the slant surface of the housing slant portion. the housing slant portions have a height decreasing in an inward direction; and at least one electrode lead is placed along the slant surface of the housing slant portion.
A fill level measurement device for determining a distance from a medium and a flow speed of the medium by evaluating a transmission signal emitted by the fill level measurement device and reflected by the medium, comprising: a signal generator module for generating the transmission signal; an antenna arrangement (102, 201, 202), comprising a first antenna and a second antenna, for emitting the transmission signal in a first direction perpendicular to a flow direction of the medium and in a second direction, the second direction being different from the first direction; and a processor unit for determining the distance and the flow speed by evaluating the transmission signal reflected by the medium and received by the antenna arrangement, characterized in that the determination of the flow speed is triggered by the distance to the medium having changed by more than a predetermined threshold value over a predetermined period of time and/or by a certain number of distance measurements having been carried out. a signal generator module for generating the transmission signal; an antenna arrangement (102, 201, 202), comprising a first antenna and a second antenna, for emitting the transmission signal in a first direction perpendicular to a flow direction of the medium and in a second direction, the second direction being different from the first direction; and a processor unit for determining the distance and the flow speed by evaluating the transmission signal reflected by the medium and received by the antenna arrangement, characterized in that the determination of the flow speed is triggered by the distance to the medium having changed by more than a predetermined threshold value over a predetermined period of time and/or by a certain number of distance measurements having been carried out.