mhurhangee/ep-ind-claims huggingface dataset:
A method for updating, by a second mobile device (10, 900), a tracking area for a device-to-device, D2D, connection in a wireless communication system, the method comprising: receiving a tracking area update, TAU, request message from a first mobile device (10, 900) which has a D2D connection with the second mobile device; transmitting a TAU message to a network, wherein the TAU message includes an identity of the first mobile device and a D2D connection indication which informs the network that the second mobile device is connected to the network via the D2D connection; receiving a D2D paging message from the network; and transmitting a paging response message to the network, wherein the paging response message includes an identity of the second mobile device and the D2D connection, and wherein the D2D connection is in an evolved-universal mobile telecommunications system, UMTS, terrestrial radio access network, E-UTRAN, planned mode, the second mobile device is a slave user equipment, S-UE, and the first mobile device is a master user equipment, M-UE. receiving a tracking area update, TAU, request message from a first mobile device (10, 900) which has a D2D connection with the second mobile device; transmitting a TAU message to a network, wherein the TAU message includes an identity of the first mobile device and a D2D connection indication which informs the network that the second mobile device is connected to the network via the D2D connection; receiving a D2D paging message from the network; and transmitting a paging response message to the network, wherein the paging response message includes an identity of the second mobile device and the D2D connection, and wherein the D2D connection is in an evolved-universal mobile telecommunications system, UMTS, terrestrial radio access network, E-UTRAN, planned mode, the second mobile device is a slave user equipment, S-UE, and the first mobile device is a master user equipment, M-UE.
A control device for an internal combustion engine having a fuel tank and an igniter, and that is capable of using at least one or a blended combination of gasoline and alcohol as fuel, the control device comprising: refueling detection means for detecting refueling of the fuel tank; and an ignition control unit comprising: mixing ratio estimating means for estimating a mixing ratio of alcohol contained in fuel based on an operation state of the internal combustion engine; mixing ratio storage means for recording the mixing ratio estimated by the mixing ratio estimating means; estimation completion determining means for determining whether estimation is completed by the mixing ratio estimating means; and ignition control means for igniting the igniter at an ignition timing that is retarded from an optimum ignition timing based on a mixing ratio before refuelling, during a predetermined period until the estimation completion determining means determines that the estimation is completed after the refueling detection means has detected refueling. refueling detection means for detecting refueling of the fuel tank; and an ignition control unit comprising: mixing ratio estimating means for estimating a mixing ratio of alcohol contained in fuel based on an operation state of the internal combustion engine; mixing ratio storage means for recording the mixing ratio estimated by the mixing ratio estimating means; estimation completion determining means for determining whether estimation is completed by the mixing ratio estimating means; and ignition control means for igniting the igniter at an ignition timing that is retarded from an optimum ignition timing based on a mixing ratio before refuelling, during a predetermined period until the estimation completion determining means determines that the estimation is completed after the refueling detection means has detected refueling. mixing ratio estimating means for estimating a mixing ratio of alcohol contained in fuel based on an operation state of the internal combustion engine; mixing ratio storage means for recording the mixing ratio estimated by the mixing ratio estimating means; estimation completion determining means for determining whether estimation is completed by the mixing ratio estimating means; and ignition control means for igniting the igniter at an ignition timing that is retarded from an optimum ignition timing based on a mixing ratio before refuelling, during a predetermined period until the estimation completion determining means determines that the estimation is completed after the refueling detection means has detected refueling.
A method of determining a safe distance (d safe) between a first vehicle and a second vehicle moving ahead of the first vehicle, each vehicle having a state which comprises a position (s 1, s 2), a speed (v 1, v 2) and an acceleration (a 1, a 2) of the vehicle, the method comprising the steps of: - collecting sensor data relating to the states of the vehicles (1, 2) the state of each vehicle representing the position, speed and acceleration of that vehicle, - determining, using the sensor data and a time-dependent description of the state of the second vehicle, a computed state of the second vehicle which results from using a predetermined maximum deceleration value for said second vehicle, the time-dependent description of the state of the second vehicle relating to a position, speed and acceleration of the second vehicle as a function of time; - determining, using a time-dependent model of the behaviour of the first vehicle and said computed state of the second vehicle, a computed state of the first vehicle which results from using said predetermined maximum deceleration value for said second vehicle, and - determining, using said computed state of the second vehicle and said computed state of the first vehicle, the safe distance (d safe), wherein said computed state of the second vehicle and said computed state of the first vehicle involve uncertainties represented by error margins of the sensor data and/or modelled using joint probability density functions of the sensor data. - collecting sensor data relating to the states of the vehicles (1, 2) the state of each vehicle representing the position, speed and acceleration of that vehicle, - determining, using the sensor data and a time-dependent description of the state of the second vehicle, a computed state of the second vehicle which results from using a predetermined maximum deceleration value for said second vehicle, the time-dependent description of the state of the second vehicle relating to a position, speed and acceleration of the second vehicle as a function of time; - determining, using a time-dependent model of the behaviour of the first vehicle and said computed state of the second vehicle, a computed state of the first vehicle which results from using said predetermined maximum deceleration value for said second vehicle, and - determining, using said computed state of the second vehicle and said computed state of the first vehicle, the safe distance (d safe),
An integrated device for a sample collection and transfer, comprising: a capillary comprising a first layer, a middle layer, and a second layer; a capillary channel disposed between the first layer and the second layer, wherein the first layer comprises a hydrophilic layer comprising a fluid inlet for receiving a sample fluid to the capillary channel, wherein the capillary channel comprises a cavity defined in the middle layer disposed between the first layer and the second layer of the capillary; and an outlet in the second layer for allowing the sample fluid to flow out of the capillary channel; and an interface assembly comprising: a third layer comprising an adhesive material, a fourth layer comprising a hydrophilic material, a fifth layer comprising a patterned adhesive material, and a flow path, wherein the third layer is disposed on the fourth layer and the fourth layer is disposed on the fifth layer; wherein the interface assembly is disposed on an outer surface of the capillary, such that the capillary is in contact with the third layer of the interface assembly and the outlet is connected to a substrate by the flow path through of the interface assembly for transfering the sample fluid out of the integrated device, wherein the capillary channel has an inlet with a loading pad and a channel width, the inlet has a first diameter and the outlet has a second diameter, and the channel width is greater than the second diameter, and the first diameter is greater than the channel width. a capillary comprising a first layer, a middle layer, and a second layer; a capillary channel disposed between the first layer and the second layer, wherein the first layer comprises a hydrophilic layer comprising a fluid inlet for receiving a sample fluid to the capillary channel, wherein the capillary channel comprises a cavity defined in the middle layer disposed between the first layer and the second layer of the capillary; and an outlet in the second layer for allowing the sample fluid to flow out of the capillary channel; and an interface assembly comprising: a third layer comprising an adhesive material, a fourth layer comprising a hydrophilic material, a fifth layer comprising a patterned adhesive material, and a flow path, wherein the third layer is disposed on the fourth layer and the fourth layer is disposed on the fifth layer; wherein the interface assembly is disposed on an outer surface of the capillary, such that the capillary is in contact with the third layer of the interface assembly and the outlet is connected to a substrate by the flow path through of the interface assembly for transfering the sample fluid out of the integrated device, wherein the capillary channel has an inlet with a loading pad and a channel width, the inlet has a first diameter and the outlet has a second diameter, and the channel width is greater than the second diameter, and the first diameter is greater than the channel width.
An information processing apparatus comprising a control unit configured to: acquire measurement information regarding movement of each leg of a subject; specify, for each step in a walking period of the subject, one or more candidates for a point of time corresponding to landing of a leg serving as a swing leg of the subject on the basis of the acquired measurement information; specify a plurality of candidate groups obtained by selecting one of the one or more candidates specified for each step in the walking period and combining the selected candidates; calculate, for each candidate group of the plurality of specified candidate groups, a step length of each step in the walking period and calculate, for each step in the walking period, a cumulative travel distance of the leg serving as the swing leg of the subject on the basis of the calculated step length of each step in the walking period; evaluate, for each candidate group, a degree of appearance of a relationship on the basis of the cumulative travel distance calculated for each step in the walking period, the relationship being a relationship in which a landing position of the leg serving as the swing leg of the subject falls within a predetermined range of a landing position of a leg serving as a support leg of the subject in the walking period; select one of the plurality of candidate groups on the basis of a result of the evaluation; and output the selected one of the plurality of candidate groups. acquire measurement information regarding movement of each leg of a subject; specify, for each step in a walking period of the subject, one or more candidates for a point of time corresponding to landing of a leg serving as a swing leg of the subject on the basis of the acquired measurement information; specify a plurality of candidate groups obtained by selecting one of the one or more candidates specified for each step in the walking period and combining the selected candidates; calculate, for each candidate group of the plurality of specified candidate groups, a step length of each step in the walking period and calculate, for each step in the walking period, a cumulative travel distance of the leg serving as the swing leg of the subject on the basis of the calculated step length of each step in the walking period; evaluate, for each candidate group, a degree of appearance of a relationship on the basis of the cumulative travel distance calculated for each step in the walking period, the relationship being a relationship in which a landing position of the leg serving as the swing leg of the subject falls within a predetermined range of a landing position of a leg serving as a support leg of the subject in the walking period; select one of the plurality of candidate groups on the basis of a result of the evaluation; and output the selected one of the plurality of candidate groups.
An antibody that binds to a DLL3 protein set forth as SEQ ID NO: 3 or 4, wherein the antibody comprises (a) three complementarity determining regions of a light chain variable region set forth as SEQ ID NO: 60, and three complementarity determining regions of a heavy chain variable region set forth as SEQ ID NO: 61; or (b) three complementarity determining regions of a light chain variable region set forth as SEQ ID NO: 84, and three complementarity determining regions of a heavy chain variable region set forth as SEQ ID NO: 85. (a) three complementarity determining regions of a light chain variable region set forth as SEQ ID NO: 60, and three complementarity determining regions of a heavy chain variable region set forth as SEQ ID NO: 61; or (b) three complementarity determining regions of a light chain variable region set forth as SEQ ID NO: 84, and three complementarity determining regions of a heavy chain variable region set forth as SEQ ID NO: 85.
A braking arrangement (100, 500) comprising a brake liner, a backing plate and an attachment member (212, 612) for interconnecting the brake liner to the backing plate, wherein the brake liner comprises a recess (306, 506) in a surface facing the backing plate, wherein the backing plate comprises a through hole (302, 502) associated to the recess (306, 506) of the brake liner; wherein the attachment member (212, 612) comprises a first portion engaging said recess (306, 506) of said brake liner, wherein said attachment member (212, 612) further comprises a second portion extending from the first portion of the attachment member and forming a one-piece unit with the first portion, and in that the second portion extends into the through hole (302, 502) of said backing plate and engages with said backing plate characterized in that the recess is elongated in a direction perpendicular to the extension of said second portion and extends in an axial direction of the brake liner from an axial end portion of the brake liner towards a center portion thereof.
A rotary head extruder comprising: a twin auger system comprising two co-rotatable augers (42a, 42b) within a single barrel and a transition piece surrounding a downstream end of the rotatable augers, a die assembly comprising a stator and a rotatable plate with a die gap there between, the stator comprising a stator head and a stationary plate surrounding an outlet end of the stator head downstream from the single barrel, and the rotatable plate comprising a plurality of fingers, wherein the rotatable plate is downstream from the stationary plate, the transition piece within the stator head section, characterized in that the transition piece comprises an upstream portion having a substantially constant thickness along its length, wherein the length spans at least half the length of the transition piece, and wherein the downstream end of the transition piece comprises a funnel-like shape that slopes out to a conical mouth with a wider opening at its most downstream end. a twin auger system comprising two co-rotatable augers (42a, 42b) within a single barrel and a transition piece surrounding a downstream end of the rotatable augers, a die assembly comprising a stator and a rotatable plate with a die gap there between, the stator comprising a stator head and a stationary plate surrounding an outlet end of the stator head downstream from the single barrel, and the rotatable plate comprising a plurality of fingers, wherein the rotatable plate is downstream from the stationary plate, the transition piece within the stator head section, characterized in that the transition piece comprises an upstream portion having a substantially constant thickness along its length, wherein the length spans at least half the length of the transition piece, and wherein the downstream end of the transition piece comprises a funnel-like shape that slopes out to a conical mouth with a wider opening at its most downstream end.
An organic light-emitting diode (OLED) device, comprising: a substrate; an OLED comprising first reflective electrode and second transparent electrode and one or more layers of organic light-emitting material formed between the first reflective electrode and second transparent electrode-, the first reflective electrode formed between the substrate and the one or more layer(s) of organic light-emitting material, and the transparent electrode and layer(s) of organic light-emitting material having a first refractive index range; and a separate transparent encapsulating cover having a second refractive index and through which light from the OLED is emitted; characterized by further comprising a light scattering layer located between the transparent electrode and cover, and a transparent low-index element having a third refractive index lower than each of the first refractive index range and second refractive index and located between the scattering layer and the cover; the transparent low-index element being adjacent to and in contact with the cover, and further comprising raised areas extending from the substrate above the surface of the OLED and in contact with the cover. a substrate; an OLED comprising first reflective electrode and second transparent electrode and one or more layers of organic light-emitting material formed between the first reflective electrode and second transparent electrode-, the first reflective electrode formed between the substrate and the one or more layer(s) of organic light-emitting material, and the transparent electrode and layer(s) of organic light-emitting material having a first refractive index range; and a separate transparent encapsulating cover having a second refractive index and through which light from the OLED is emitted; characterized by further comprising a light scattering layer located between the transparent electrode and cover, and a transparent low-index element having a third refractive index lower than each of the first refractive index range and second refractive index and located between the scattering layer and the cover; the transparent low-index element being adjacent to and in contact with the cover, and further comprising raised areas extending from the substrate above the surface of the OLED and in contact with the cover.
An assembly for removing obstructive material from a body vessel or cavity, comprising: an elongate outer member and an elongate inner member (318, 418), each extending from a proximal end portion (444, 440) to a distal end portion (446, 442) and including a lumen therethrough, the distal end portion (446, 442) including an opening (451, 453), leading into its respective lumen, the elongate inner member (318, 418) having a wall including a plurality of orifices at its distal end portion and partially disposed in the lumen of the elongate outer member, the elongate inner member movable along a common longitudinal axis relative to the elongate outer member such that the plurality of orifices is extendable beyond, and retractable within, the distal end portion of the elongate outer member; an aspirator (314, 714, 814) in flow communication with the elongate inner member for drawing the obstructive material through the lumen of the elongate inner member (318, 418); and a one-way valve (316, 326) in communication with the lumen of the elongate inner member (318, 418) and allowing flow in a distal-to-proximal direction toward the aspirator (314, 714, 814). an elongate outer member and an elongate inner member (318, 418), each extending from a proximal end portion (444, 440) to a distal end portion (446, 442) and including a lumen therethrough, the distal end portion (446, 442) including an opening (451, 453), leading into its respective lumen, the elongate inner member (318, 418) having a wall including a plurality of orifices at its distal end portion and partially disposed in the lumen of the elongate outer member, the elongate inner member movable along a common longitudinal axis relative to the elongate outer member such that the plurality of orifices is extendable beyond, and retractable within, the distal end portion of the elongate outer member; an aspirator (314, 714, 814) in flow communication with the elongate inner member for drawing the obstructive material through the lumen of the elongate inner member (318, 418); and a one-way valve (316, 326) in communication with the lumen of the elongate inner member (318, 418) and allowing flow in a distal-to-proximal direction toward the aspirator (314, 714, 814).
A composition comprising the following bacterial cultures deposited with the Deutsche Sammlung von Mikroorganismen und Zellkulturen GmbH, (DSMZ): - Lactobacillus salivarius DSM 22775, deposited on 23.07.2009; - Bifidobacterium breve DSM 16604, deposited on 20.07.2004; for use in the preventive and/or curative treatment of pathologies selected from the group consisting of allergies, atopy, allergic rhinitis, food hypersensitivity, atopic dermatitis, eczema, asthma or immunodeficiencies. - Lactobacillus salivarius DSM 22775, deposited on 23.07.2009; - Bifidobacterium breve DSM 16604, deposited on 20.07.2004;
A mechanical brake for arresting movement of an output shaft of a motor, the mechanical brake comprising: a pivotally mounted plate (410, 415) having a space for receiving the output shaft of the motor; and an electrically operated holding device contacting a free end of the plate (410, 415) and arranged to hold the plate (410, 415) in an open position to permit movement of the output shaft and to permit the plate (410, 415) to pivot to a jamming position; wherein the electrically operated holding device comprises a rod (421, 424) coupled to the free end of the plate (410, 415) so that axial movement of the rod moves the free end of the plate (410, 415); and wherein the rod (421, 424) comprises an extendable feature, the extendable feature being resiliently biased to a retracted position, and wherein the rod (421, 424) has an extension length of between 0.1 millimetres and 10 millimetres. a pivotally mounted plate (410, 415) having a space for receiving the output shaft of the motor; and an electrically operated holding device contacting a free end of the plate (410, 415) and arranged to hold the plate (410, 415) in an open position to permit movement of the output shaft and to permit the plate (410, 415) to pivot to a jamming position; wherein the electrically operated holding device comprises a rod (421, 424) coupled to the free end of the plate (410, 415) so that axial movement of the rod moves the free end of the plate (410, 415); and wherein the rod (421, 424) comprises an extendable feature, the extendable feature being resiliently biased to a retracted position, and wherein the rod (421, 424) has an extension length of between 0.1 millimetres and 10 millimetres.