mhurhangee/ep-ind-claims huggingface dataset:
A micro-fluidic device, comprising: a filter case (10; 110) including an inlet for introducing a sample containing different kinds of targets, an outlet for discharging the sample and a channel extending between the inlet and the outlet; a first capture array arranged in an upstream portion of the channel, the first capture array including a plurality of first forward funnels arranged along a direction orthogonal to a flow direction of the sample so as to capture the different kinds of targets (4; 4a, 4b, 4c); and a second capture array arranged in a downstream portion of the channel, the second capture array including a plurality of second forward funnels arranged along the direction orthogonal to the flow direction of the sample so as to capture the different kinds of targets (4; 4a, 4b, 4c); characterized by a reverse flow guide means (50-1, 50-2) for causing the different kinds of targets (4; 4a, 4b, 4c) captured in said plurality of first and second forward funnels (40-1, 40-2) to flow toward the inlet in the direction opposite to the flow direction of the sample when the filter case (10; 110) is mounted in an overturned state and wherein the reverse flow guide means (50-1, 50-2) includes: a plurality of first reverse funnels alternately arranged with respect to the first forward funnels; and a plurality of second reverse funnels (50-1, 50-2) alternately arranged with respect to the second forward funnels. a filter case (10; 110) including an inlet for introducing a sample containing different kinds of targets, an outlet for discharging the sample and a channel extending between the inlet and the outlet; a first capture array arranged in an upstream portion of the channel, the first capture array including a plurality of first forward funnels arranged along a direction orthogonal to a flow direction of the sample so as to capture the different kinds of targets (4; 4a, 4b, 4c); and a second capture array arranged in a downstream portion of the channel, the second capture array including a plurality of second forward funnels arranged along the direction orthogonal to the flow direction of the sample so as to capture the different kinds of targets (4; 4a, 4b, 4c); a reverse flow guide means (50-1, 50-2) for causing the different kinds of targets (4; 4a, 4b, 4c) captured in said plurality of first and second forward funnels (40-1, 40-2) to flow toward the inlet in the direction opposite to the flow direction of the sample when the filter case (10; 110) is mounted in an overturned state and wherein the reverse flow guide means (50-1, 50-2) includes: a plurality of first reverse funnels alternately arranged with respect to the first forward funnels; and a plurality of second reverse funnels (50-1, 50-2) alternately arranged with respect to the second forward funnels.
A method for transmitting a signal by a user equipment, UE, in a wireless communication system supporting device-to-device, D2D, communication, the method comprising: reserving a first uplink resource on a first frequency band for transmission of a first signal; reserving a second uplink resource on a second frequency band for transmission of a second signal, wherein the second uplink resource is overlapped in a time domain with the first uplink resource; and transmitting the first signal on the overlapped resource to the eNode B, based on that the UE does not have capability of simultaneous transmission on the first frequency band and the second frequency band and the first signal is an uplink signal, wherein, based on that the second signal is a D2D synchronization signal and symbols for the D2D synchronization signal included in the second uplink resource do not directly overlap symbols for the first signal included in the first uplink resource in the time domain, the second signal is transmitted by the UE. reserving a first uplink resource on a first frequency band for transmission of a first signal; reserving a second uplink resource on a second frequency band for transmission of a second signal, wherein the second uplink resource is overlapped in a time domain with the first uplink resource; and transmitting the first signal on the overlapped resource to the eNode B, based on that the UE does not have capability of simultaneous transmission on the first frequency band and the second frequency band and the first signal is an uplink signal, wherein, based on that the second signal is a D2D synchronization signal and symbols for the D2D synchronization signal included in the second uplink resource do not directly overlap symbols for the first signal included in the first uplink resource in the time domain, the second signal is transmitted by the UE.
Safety device for a vehicle seat, said device comprising a housing, housing an inflatable bag, comprising an open front face and a rear face, opposite to said front face and able to be secured to a frame situated in a lateral part of a backrest of said seat, and a cover secured to said housing in a position masking its front face, characterised in that said cover comprises an internal face provided, in a chosen region, with first securing means able to cooperate with second securing means, defined on a predefined part of a wall of an actuator secured to said frame, so as to secure said cover to said wall while masking the predefined part of the latter.
Method for replacing a functional module of a modularly constructed household robot, in which a functional module is locked and connected to a base module, which is used to move and navigate on a predetermined surface of a plane of a space, and the functional module performs a release for the replacement by unlocking and separating at a base station, wherein the replacement is carried out in an automated manner following the release of the functional module, once the household robot has been received in the base station and the functional module has been released at the base module, by the functional module being unlocked and removed from the modularly constructed household robot in the z direction in a kind of high-bay storage, characterised in that the functional module is intermediately stored at a particular height on a plane (E1, E2, E3) by the functional module being displaced in another spatial direction, which is substantially orthogonal to the z direction, on one of the planes (E1, E2, E3) at a predetermined location (L1, L2, L3, L4) in each case, and on request, a particular functional module is used, locked and connected on the base module by way of displacement from a predetermined location (L1, L2, L3, L4) and following removal from the high-bay storage in the z direction.
A network using a hard-state point-to-point protocol as a signaling protocol during dynamic service provisioning in a control plane of said network, characterized in that a) said network is a circuit-switched transport network; and b) said network is adapted to perform service management of services according to service provisioning signaling patterns comprising: b1) a one-way end to end pattern starting on a service ingress node via transit nodes to a service egress node; b2) a two way end to end pattern starting on a service ingress node via transit nodes to a service egress node and then back in reverse direction via the transit nodes to the service ingress node; b3) a one-way end to end pattern starting from a service egress node via transit nodes to a service ingress node; b4) a two way pattern starting from a transit node in either or both directions via transit nodes to a service ingress node and/or service egress node; b5) a pattern wherein signaling is scoped to a path segment; b6) a pattern wherein signaling is scoped to an arbitrary subset of nodes; b7) a star-n-spoke pattern, wherein a single entity signals service configuration parameters to each node individually and in an arbitrary order. a) said network is a circuit-switched transport network; and b) said network is adapted to perform service management of services according to service provisioning signaling patterns comprising: b1) a one-way end to end pattern starting on a service ingress node via transit nodes to a service egress node; b2) a two way end to end pattern starting on a service ingress node via transit nodes to a service egress node and then back in reverse direction via the transit nodes to the service ingress node; b3) a one-way end to end pattern starting from a service egress node via transit nodes to a service ingress node; b4) a two way pattern starting from a transit node in either or both directions via transit nodes to a service ingress node and/or service egress node; b5) a pattern wherein signaling is scoped to a path segment; b6) a pattern wherein signaling is scoped to an arbitrary subset of nodes; b7) a star-n-spoke pattern, wherein a single entity signals service configuration parameters to each node individually and in an arbitrary order. b1) a one-way end to end pattern starting on a service ingress node via transit nodes to a service egress node; b2) a two way end to end pattern starting on a service ingress node via transit nodes to a service egress node and then back in reverse direction via the transit nodes to the service ingress node; b3) a one-way end to end pattern starting from a service egress node via transit nodes to a service ingress node; b4) a two way pattern starting from a transit node in either or both directions via transit nodes to a service ingress node and/or service egress node; b5) a pattern wherein signaling is scoped to a path segment; b6) a pattern wherein signaling is scoped to an arbitrary subset of nodes; b7) a star-n-spoke pattern, wherein a single entity signals service configuration parameters to each node individually and in an arbitrary order.
A navigation apparatus for a vehicle, configured to conduct a search for a driving route that goes through a plurality of destinations in a designated order and to provide route guidance based on the driving route, the navigation apparatus comprising a CPU and an input device for instructing said CPU to perform a navigation process according to an intention of a user, wherein the CPU is configured to cooperate with: - a new destination input unit for receiving input for a new destination that is newly set; - an ordinal position designating unit (31 - 35) for designating an ordinal position of the new destination in terms of the designated order; and - a change request input unit for receiving input for a destination change request; characterized in that the CPU is configured to cooperate with: - a destination setting unit for, when the destination change request has been input, deleting all destinations between the new destination and the current position of the vehicle, which are arranged in ordinal positions that are before the ordinal position of the new destination and - a route searching unit for conducting a search again for a route based on the new destination. - a new destination input unit for receiving input for a new destination that is newly set; - an ordinal position designating unit (31 - 35) for designating an ordinal position of the new destination in terms of the designated order; and - a change request input unit for receiving input for a destination change request; - a destination setting unit for, when the destination change request has been input, deleting all destinations between the new destination and the current position of the vehicle, which are arranged in ordinal positions that are before the ordinal position of the new destination and - a route searching unit for conducting a search again for a route based on the new destination.
A plug connector housing for establishing an electrical connection between the plug connector and a socket accommodating same, wherein the housing comprises at least a first and a second housing part (12; 14) which are to be joined via a locking device and rigid fastening elements, and of which at least one housing part (12; 14) comprises a receptacle device for accommodating and applying electrical contact to a cable, wherein the receptacle device comprises an opening which is formed in the housing and a collar surrounding the opening, and wherein each of the at least one receptacle device is integrally formed with the housing, wherein holding means are provided at the collar surrounding the receptacle device for fastening the cable at the receptacle device, the rigid fastening elements are each integrally formed with the housing, the rigid fastening elements are formed as pins which protrude in pairs from the respective housing part (12; 14) in mutually opposing directions, characterized in that the housing is a zinc die-cast housing and the pins are adapted to accommodate bearing bushes.
A unified time-domain/frequency-domain coding device for coding an input sound signal, characterised by comprising: a classifier of the input sound signal into one of a plurality of sound signal categories, wherein the sound signal categories comprise an unclear signal type category showing that the nature of the input sound signal is unclear; a selector of one of a plurality of coding sub-modes for coding the input sound signal if the input sound signal is classified in the unclear signal type category; and a mixed time-domain/frequency-domain encoder for coding the input sound signal using the selected coding sub-mode. a classifier of the input sound signal into one of a plurality of sound signal categories, wherein the sound signal categories comprise an unclear signal type category showing that the nature of the input sound signal is unclear; a selector of one of a plurality of coding sub-modes for coding the input sound signal if the input sound signal is classified in the unclear signal type category; and a mixed time-domain/frequency-domain encoder for coding the input sound signal using the selected coding sub-mode.
An electrode catalyst layer for fuel cell comprising a catalyst containing a catalyst carrier and a catalytic metal carried on the catalyst carrier and an electrolyte, wherein the catalyst is partially coated with the electrolyte characterized in that a specific surface area of the catalytic metal which gas can reach without passing through an electrolyte is 50% or more, with respect to the total specific surface area of the catalytic metal, the catalyst has pores with a radius of 1 nm or more and less than 5 nm, and at least a part of the catalytic metal is carried inside the pores with a radius of 1 nm or more and less than 5 nm, and the difference between the volume of pores with a radius of 1 nm or more and less than 5 nm of the catalyst carrier before carrying the catalytic metal and the volume of pores with a radius of 1 nm or more and less than 5 nm of the catalyst after carrying the catalytic metal is 0.02 cm 3 /g carrier or more.
Method for controlling a three-phase converter with a voltage intermediate circuit by means of pulse-width modulation for supplying a polyphase system, in particular a three-phase machine, wherein the converter is operated with at least two different modulation methods, between which changeovers are made depending on the operating state of the polyphase system, characterized in that the converter is operated with the modulation method of three-phase clocking during starting and/or at low rotating-field frequencies of the polyphase system, in that the converter is operated with the modulation method of two-phase clocking above a minimum rotating-field frequency of the polyphase system, and in that the converter is operated with the modulation method of single-phase clocking when the polyphase system is operated with output voltages above a minimum voltage value, which minimum voltage value is selected to be between 60% and 70% of the possible voltage adjustment range, wherein, for the modulation method of single-phase clocking, in the event of field control, a field-forming current is set, so that overmodulation occurs in respect of the output voltages.
Method for continuously winding up a strand-like material to be wound to form packages, in which the packages are wound alternately on two winding spindles (3.1, 3.2) held on a winding turret, in which the winding spindles (3.1, 3.2) are driven by two separate spindle drives (19.1, 19.2), in which a movable dancer arm, for forming a loop of the material to be wound with a sag, is arranged upstream of the winding spindles (3.1, 3.2) in order to maintain a constant winding speed during the winding of the packages, in which the sag of the loop is used to regulate a spindle rotational speed of one of the winding spindles (3.1, 3.2), and in which the winding spindles (3.1, 3.2) are guided by a rotation of the winding turret between a changing position and an operating position in order to transfer the material to be wound, characterized in that a rotational movement and/or a rotational speed of the winding turret is controlled in a manner depending on the sag of the loop, and in that in order to initiate a spindle change in the operating position, the regulation of the spindle rotational speed of the winding spindle (3.1, 3.2) winding the material to be wound is discontinued.
A method for grouping preferably empty oblong products in the form of cans, tubes or cartridges, the products being delivered by a delivering conveyor, preferably from a production line for producing the products, and placed on a conveyor belt and conveyed by the conveyor belt at a conveying speed along a conveying section in a conveying direction, a group of products comprising several of the products being simultaneously transferred from the conveyor belt into receiving means by transfer means, the transfer means being displaced towards the receiving means in a transfer direction at an angle, in particular perpendicular to the conveying direction while moving with the group of products in the conveying direction in order to transfer the products, and the receiving means being displaced perpendicular to the conveying direction and perpendicular to the transfer direction after each transfer of a group of products or after the transfer of multiple groups of products so as to be able to receive the next group of products above or below the groups of products already transferred, characterized in that during the transfer of the group of products, both the receiving means and the transfer means are displaced along the conveying section in the conveying direction, in particular synchronously with the conveyor belt and with the group of products to be transferred conveyed thereon, and, once the transfer is complete, are displaced along the conveying section against the conveying direction in order to transfer another group of products (P') into the receiving means, and that the receiving means are displaced by means of a robot arm in a reciprocating manner along the conveying direction and perpendicular thereto or, alternatively, along two displacement axes disposed at an angle to each other by two superimposed translational movements oriented at an angle to each other and each taking place along one of the displacement axes.
Hard sealing ring, comprising an annular body (2, 2'), which has a basic shape that is rotationally symmetrical with respect to an axis, wherein - in a cross section lying in the direction of the axis, the annular body has a contact portion, which is arranged on an end face of the annular body (2, 2'), wherein the contact portion faces outwards in the direction of the axis, and wherein - in the cross section, the annular body (2, 2') has a trough portion, which is arranged on a radial lateral surface of the annular body (2, 2') and lies facing away from the contact portion in relation to the direction of the axis wherein - the annular body (2, 2') has an anti-friction coating on the contact portion, - characterized in that - the annular body is produced by shaping from a cut-to-length starting material, which is bent into the shape of a ring and joined at the ends. - in a cross section lying in the direction of the axis, the annular body has a contact portion, which is arranged on an end face of the annular body (2, 2'), wherein the contact portion faces outwards in the direction of the axis, and wherein - in the cross section, the annular body (2, 2') has a trough portion, which is arranged on a radial lateral surface of the annular body (2, 2') and lies facing away from the contact portion in relation to the direction of the axis wherein - the annular body (2, 2') has an anti-friction coating on the contact portion, - characterized in that - the annular body is produced by shaping from a cut-to-length starting material, which is bent into the shape of a ring and joined at the ends.
A method for operating a head-tracking system, said method comprising: - emitting light from a stationary reference point, - detecting said stationary reference point, comprising detecting said emitted light at said head-tracking system mounted to a head, and - determining a position of said head equipped with said head-tracking system based on said detected reference point, characterized in that said detecting said emitted light is performed using a two-dimensional position-sensitive device based on an extending pin structure using the lateral photo effect for two-dimensional position sensing. - emitting light from a stationary reference point, - detecting said stationary reference point, comprising detecting said emitted light at said head-tracking system mounted to a head, and - determining a position of said head equipped with said head-tracking system based on said detected reference point,
Fixing device intended to be disposed inside longitudinal channels (20, 30) of two profiles (2, 3) to join said profiles (2, 3); said fixing device comprising: - a first wing shaped as a rectangular plate intended to be inserted in the longitudinal channel of a first profile; - a second wing shaped as a rectangular plate intended to be inserted in the longitudinal channel of a second profile; - a threaded hole obtained on each wing (10, 11) of the fixing device; - a screw comprising a stem screwed in said threaded hole of the fixing device and a head intended to tighten an upper edge (23, 33) of a profile (2, 3); - a spacer that protrudes from the wing (10, 11) in proximal position to the hole, disposed in contact with the head of the screw; characterised in that the spacer is a removable spacer, said removable spacer forming a space between the head of the screw and the wing (10, 11); said space being intended to receive said upper edge (23, 33) of the profile, without having to remove the screw from the threaded hole of the fixing device; said removable spacer being intended to be removed by rubbing the head of the screw against the removable spacer when screwing the screw in the threaded hole in such manner that the head of the screw tightens said upper edge (23, 33) of the profile (2, 3). - a first wing shaped as a rectangular plate intended to be inserted in the longitudinal channel of a first profile; - a second wing shaped as a rectangular plate intended to be inserted in the longitudinal channel of a second profile; - a threaded hole obtained on each wing (10, 11) of the fixing device; - a screw comprising a stem screwed in said threaded hole of the fixing device and a head intended to tighten an upper edge (23, 33) of a profile (2, 3); - a spacer that protrudes from the wing (10, 11) in proximal position to the hole, disposed in contact with the head of the screw;