mhurhangee/ep-ind-claims huggingface dataset:
Method of event notification, the event relating to the progress of a procedure for processing a communication session, equipment of a set being associated with a user and able to send or to receive a request to establish the session, or to take part in the session if it is established, the method comprising: • a step (E2, F2, G2) of receiving originating from a terminal of said set, termed subscriber terminal, a request for subscription to an event notification service for at least one said event liable to occur on an entity of said set, • at least one step (E4, E8, E12, F3, F7, F11, F15, G3, G11, G15) of receiving an item of information indicative of an occurrence of at least one said event on an entity of said set, distinct from said subscriber terminal, • at least one step (E6, E10, E14, F4, F8, F12, F16, G4, G12, G16) of dispatching, to said subscriber terminal, an event notification signaling said occurrence, characterized in that the at least one event is included in a group of events comprising: • a call presentation, • pick up following call presentation, • call cancellation before pick up, • hang up at end of call, • forwarding of a call to a messaging facility. • a step (E2, F2, G2) of receiving originating from a terminal of said set, termed subscriber terminal, a request for subscription to an event notification service for at least one said event liable to occur on an entity of said set, • at least one step (E4, E8, E12, F3, F7, F11, F15, G3, G11, G15) of receiving an item of information indicative of an occurrence of at least one said event on an entity of said set, distinct from said subscriber terminal, • at least one step (E6, E10, E14, F4, F8, F12, F16, G4, G12, G16) of dispatching, to said subscriber terminal, an event notification signaling said occurrence, • a call presentation, • pick up following call presentation, • call cancellation before pick up, • hang up at end of call, • forwarding of a call to a messaging facility.
A method of handling and enforcing rules at a Policy and Charging Enforcement Function "PCEF" device with Deep Packet Inspection "DPI" capabilities of a network, the network having a Policy and Charging Rules Function "PCRF" server, the method comprising the steps of: detecting with a processing unit of the PCEF device with DPI capabilities a tunneled packet and the packet's Internet Protocol version type; determining with the processing unit of the PCEF device with DPI capabilities whether activation of Policy and Charging Control "PCC" rules in accordance with the IP version type of the tunneled packet is required from the PCRF server; where activation is required from the PCRF server, requesting through a network interface unit of the PCEF device with DPI capabilities from the PCRF server the activation of PCC rules and identifying the IP version type of the tunneled packet to the PCRF server with the requesting step; and receiving at the network interface unit of the PCEF device with DPI capabilities from the PCRF server the activation of PCC rules in accordance with the IP version type of the tunneled packet; and enforcing with the processing unit of the PCEF device with DPI capabilities the PCC rules in accordance with the IP version type of the tunneled packet on the tunneled packet. detecting with a processing unit of the PCEF device with DPI capabilities a tunneled packet and the packet's Internet Protocol version type; determining with the processing unit of the PCEF device with DPI capabilities whether activation of Policy and Charging Control "PCC" rules in accordance with the IP version type of the tunneled packet is required from the PCRF server; where activation is required from the PCRF server, requesting through a network interface unit of the PCEF device with DPI capabilities from the PCRF server the activation of PCC rules and identifying the IP version type of the tunneled packet to the PCRF server with the requesting step; and receiving at the network interface unit of the PCEF device with DPI capabilities from the PCRF server the activation of PCC rules in accordance with the IP version type of the tunneled packet; and enforcing with the processing unit of the PCEF device with DPI capabilities the PCC rules in accordance with the IP version type of the tunneled packet on the tunneled packet.
Connector for motor vehicles comprising - a contact-carrying case, including at least one cavity to receive a contact, - a device, movable between a shipping position and a use position, for assuring the position of at least one contact in a cavity, characterised by the fact that in the shipping position, the device for assuring the position of the contact is stopped against an abutment of the case and presents a portion extending at least partially in the cavity, in which the device for assuring the position of the contact includes a retractable tooth projecting into the cavity when the device for assuring the position of the contact is in the shipping position, characterized in that the retractable tooth also projects into the cavity when the device for assuring the position of the contact is in the use position, in which the retractable tooth is housed in an opening of the contact when the device for assuring the position of the contact is in the use position. - a contact-carrying case, including at least one cavity to receive a contact, - a device, movable between a shipping position and a use position, for assuring the position of at least one contact in a cavity,
A bodyside liner material for use in disposable absorbent personal care products, the liner material having an average material plane and comprising: a plurality of raised areas, in the form of projections, extending in a z-direction from the average material plane; a plurality of apertures through the liner material; a hydrophobic treatment agent patterned such that it is disposed on the raised areas; and a plurality of land areas disposed between and surrounding the raised areas, wherein the land areas are hydrophilic; wherein the apertures are disposed only in the land areas, further comprising a hydrophilic treatment agent patterned such that it is disposed in the land areas apart from the raised areas. a plurality of raised areas, in the form of projections, extending in a z-direction from the average material plane; a plurality of apertures through the liner material; a hydrophobic treatment agent patterned such that it is disposed on the raised areas; and a plurality of land areas disposed between and surrounding the raised areas, wherein the land areas are hydrophilic; wherein the apertures are disposed only in the land areas, further comprising a hydrophilic treatment agent patterned such that it is disposed in the land areas apart from the raised areas.
Machine for the automatic preparation of intravenous medication, comprising: - a starting products area further comprising at least one receptacle with base products; - a transfer tools area further comprising at least one transfer tool; - a prepared products area further comprising at least one container to house the prepared medication; and - one robot with holding means for transporting the receptacle, the transfer tool and/or the container; wherein the robot is adapted to transport the receptacle, the transfer tool and/or the container between the areas, wherein the receptacle further comprises a head with an elastomeric portion, a neck and a body and the machine further comprises a holding device between the receptacle and the robot's holding means, said holding device comprising elastic means for fixation to different sizes/forms of receptacles, characterized in that the elastic means are disposed to hold the receptacle by its neck. - a starting products area further comprising at least one receptacle with base products; - a transfer tools area further comprising at least one transfer tool; - a prepared products area further comprising at least one container to house the prepared medication; and - one robot with holding means for transporting the receptacle, the transfer tool and/or the container;
A nonwoven fabric for semipermeable membrane supporting body, which is the nonwoven fabric containing organic synthetic fibers as a primary component, wherein a semipermeable membrane is to be supported by one surface of the nonwoven fabric, wherein the organic synthetic fiber consists of a polyester fiber having a length of 1 to 8 mm, and the nonwoven fabric is a wet laid nonwoven fabric subjected to hot press processing, having a density of 0.5 to 1.0 g/cm 3, a grammage of 30 to 200 g/m 2, and a thickness of 30 to 400 μm, wherein when the nonwoven fabric on which a semipermeable membrane is to be coated is sectioned in the thickness direction into a coated layer region on the side on which a semipermeable membrane is to be disposed, a middle layer region, and a non-coated layer region that is opposite to the surface on which a semipermeable membrane is to be disposed, the degree of thermal melting of the organic synthetic fibers in the middle layer region is lower than the degree of thermal melting of the organic synthetic fibers in the coated layer region and the non-coated layer region, wherein when the nonwoven fabric on which the semipermeable membrane is to be coated is separated into a layer on the side of the semipermeable membrane-coated surface and a layer on the side of the non-semipermeable membrane-coated surface by delaminating the nonwoven fabric into two layers in the thickness direction, the layer on the side of the semipermeable membrane-coated surface is 35% by mass or more and 70% by mass or less with respect to the total of the layer on the side of the semipermeable membrane-coated surface and the layer on the side of the non-semipermeable membrane-coated surface, wherein a method for delaminating the nonwoven fabric is a method in which the internal bond strength based on JAPAN TAPPI Methods for Testing Paper and Pulp No. 18-2: 2000, "Paper and Board Paper Methods for Testing Internal Bond Strength - Part 2: Internal Bond Tester Method" of the sample is measured, the sample is then delaminated into two layers, the weights of the delaminated samples are respectively measured, and the mass ratio is obtained, wherein any one surface of the nonwoven fabric may serve as the semipermeable membrane, and wherein the nonwoven fabric consists of polyester fibers.
Method for fabricating an acoustic wave device comprising at least one surface acoustic wave filter and one bulk acoustic wave filter, characterized in that it comprises the following steps: - forming a stack comprising at least one layer of second piezoelectric material (P iézo2), a first metallization layer (M 1) and a layer of a first monocrystalline piezoelectric material (P iézo1) comprising the application of the layer of first piezoelectric material (P iézo1) associated with the first metallization layer (M 1) on the layer of second piezoelectric material (P iézo2); - the partial etching of said stack so as to define a first area in which the first and second piezoelectric materials are present and a second area in which the first piezoelectric material and the first metallization layer are absent; - producing a second metallization (M 2) in the first area to define the bulk acoustic wave filter incorporating the first piezoelectric material and a third metallization (M 3) in the second area to define the surface acoustic wave filter incorporating the second piezoelectric material. - forming a stack comprising at least one layer of second piezoelectric material (P iézo2), a first metallization layer (M 1) and a layer of a first monocrystalline piezoelectric material (P iézo1) comprising the application of the layer of first piezoelectric material (P iézo1) associated with the first metallization layer (M 1) on the layer of second piezoelectric material (P iézo2); - the partial etching of said stack so as to define a first area in which the first and second piezoelectric materials are present and a second area in which the first piezoelectric material and the first metallization layer are absent; - producing a second metallization (M 2) in the first area to define the bulk acoustic wave filter incorporating the first piezoelectric material and a third metallization (M 3) in the second area to define the surface acoustic wave filter incorporating the second piezoelectric material.
A shoe capable of changing shoe types, comprising: a shoe body; a shoe loading-plate disposed on one side of the shoe body, comprising a front bracket and a rear bracket pivotally connected to the front bracket, and one side of the rear bracket opposite to the shoe body having a pivoting base; a shoe heel in which one end of the shoe heel is pivotally connected to the pivoting base; a linking member disposed on the side of the rear bracket opposite to the shoe body, and pivotally connected to the front bracket and the shoe heel; and characterized by a shoe sole layer covering the shoe loading-plate and the linking member, having a receiving recess formed on one surface of the shoe sole layer opposite to the shoe body for accommodating the shoe heel. a shoe body; a shoe loading-plate disposed on one side of the shoe body, comprising a front bracket and a rear bracket pivotally connected to the front bracket, and one side of the rear bracket opposite to the shoe body having a pivoting base; a shoe heel in which one end of the shoe heel is pivotally connected to the pivoting base; a linking member disposed on the side of the rear bracket opposite to the shoe body, and pivotally connected to the front bracket and the shoe heel; and characterized by a shoe sole layer covering the shoe loading-plate and the linking member, having a receiving recess formed on one surface of the shoe sole layer opposite to the shoe body for accommodating the shoe heel.
Mounting device for a ski binding, in particular cross-country binding, which is displaceably mounted on a binding plate, comprising a connection element, which can be connected to the ski binding in such a way that the connection element and the ski binding are substantially non-displaceable relative to one another in the direction of a longitudinal extension of the ski binding, and which extends from the ski binding towards the front, a fastening element, which is provided to be immovably fastened in front of a front end of the ski binding to a ski bearing the ski binding, a locking device having a locking position, the connection element and the fastening element, in the locking position, being substantially non-displaceably connected to one another, the locking device having an open position, in which the connection element is freely displaceable relative to the fastening element, and the connection element being positionable in at least two defined functional positions which are spaced apart from one another and in which the locking device can be transferred into the locking position, the locking device having at least one displaceably mounted locking element which, in the locking position, is received in a recess (24a, 24b) in the connection element, characterised in that the locking device has an actuating element that can be activated by means of a pushing or pressing movement for transferring the locking element between a blocking position and a release position, and the actuating element positions the locking element in the blocking position in a non-activated state. a connection element, which can be connected to the ski binding in such a way that the connection element and the ski binding are substantially non-displaceable relative to one another in the direction of a longitudinal extension of the ski binding, and which extends from the ski binding towards the front, a fastening element, which is provided to be immovably fastened in front of a front end of the ski binding to a ski bearing the ski binding, a locking device having a locking position, the connection element and the fastening element, in the locking position, being substantially non-displaceably connected to one another, the locking device having an open position, in which the connection element is freely displaceable relative to the fastening element, and the connection element being positionable in at least two defined functional positions which are spaced apart from one another and in which the locking device can be transferred into the locking position, the locking device having at least one displaceably mounted locking element which, in the locking position, is received in a recess (24a, 24b) in the connection element, characterised in that the locking device has an actuating element that can be activated by means of a pushing or pressing movement for transferring the locking element between a blocking position and a release position, and the actuating element positions the locking element in the blocking position in a non-activated state.
An adjustable seat, the seat incorporating a moveable squab element, the moveable squab element being mounted to an underlying mount by means of a first linkage carrying an intermediate support, and a second linkage between the intermediate support and the moveable squab element, wherein each linkage (7, 10) is moveable from a retracted position to an extended position, each linkage (7, 10) being associated with a locking mechanism (49, 93) to lock the linkage (7, 10) in the extended position, wherein the second linkage is a linkage that effects parallel motion, wherein each linkage (7, 10) is associated with a locking mechanism to lock the linkage (7, 10) in the retracted position, wherein a first actuator is provided for releasing the locking mechanism associated with the first linkage which retains the first linkage in the retracted position, wherein a second actuator is provided for releasing the locking mechanism associated with the second linkage, and characterised in that the second actuator is a push button and a blocking element is provided to block actuation of the push button, the blocking element being mounted to move in response to movement of the first linkage, to be positioned to block movement of the push button when the first linkage is in the retracted position and to permit movement of the push button when the first linkage is in the extended position.
A method for controlling a hydraulic cylinder (108, 109, 110) in a work machine, which hydraulic cylinder is arranged to move an implement that is subjected to a load, with the hydraulic cylinder being controlled by a hydraulic machine driven by an electric machine, comprising the steps of detecting that a lifting movement of the implement is to be initiated, and attaining a basic speed of the hydraulic machine before lifting takes place, where the basic speed of the hydraulic machine is attained by draining the port of the hydraulic machine that is connected to the piston side of the hydraulic cylinder and thereby allowing a certain amount of leakage flow from the hydraulic machine at the commencement of the lifting movement, where the draining is achieved by opening a control means on a line that is connected to the port of the hydraulic machine.
Material measure for a position measuring device with optical scanning, comprising a carrier, on which a mirror layer is arranged, followed by a transparent spacer layer, on which a structured, partly transparent layer is arranged, which defines a bright-dark pattern, wherein regions with the partly transparent layer appear dark and regions without the partly transparent layer appear bright, characterized in that a sealing layer is arranged on the regions of the structured, partly transparent layer that appear bright and dark, wherein products of the refractive index (n A, n V) and the layer thickness (d A, d V) for the spacer layer and the sealing layer are identical or differ by an odd-numbered multiple.
A method for magnetic resonance imaging of a moving subject, the method comprising: directing a MRI imaging system to acquire using a plurality of coil channels k-space data of a k-space region via free-breathing scanning the subject, the k-space data including a plurality of data, each datum having a motion error due to respiratory motion of the subject and each being associated with a respective position of respiratory motion; estimating the motion error and a relationship between the motion error and the respective respiratory position to produce a soft gating filter; constructing a motion regularization matrix based at least in part on the estimated soft-gating filter and containing values based upon the motion error of the acquired k-space data; calculating a coil weight for each coil channel of the plurality of coil channels based at least in part on the constructed motion regularization matrix; and synthesizing unacquired k-space data from the acquired k-space data in a non-iterative manner, without the need to repeat k-space acquisition via additional scans, based on the coil weights, each datum in the unacquired k-space data being synthesized from neighboring data in the acquired k-space data, wherein the coil weights are calculated so as to reduce contributions to the synthesizing of datum of the unacquired k-space data from data of the acquired k-space data having motion errors that are large, and increase contributions to the reconstruction of datum of the unacquired k-space data from data of the acquired k-space data having motion errors that are small. directing a MRI imaging system to acquire using a plurality of coil channels k-space data of a k-space region via free-breathing scanning the subject, the k-space data including a plurality of data, each datum having a motion error due to respiratory motion of the subject and each being associated with a respective position of respiratory motion; estimating the motion error and a relationship between the motion error and the respective respiratory position to produce a soft gating filter; constructing a motion regularization matrix based at least in part on the estimated soft-gating filter and containing values based upon the motion error of the acquired k-space data; calculating a coil weight for each coil channel of the plurality of coil channels based at least in part on the constructed motion regularization matrix; and synthesizing unacquired k-space data from the acquired k-space data in a non-iterative manner, without the need to repeat k-space acquisition via additional scans, based on the coil weights, each datum in the unacquired k-space data being synthesized from neighboring data in the acquired k-space data, wherein the coil weights are calculated so as to reduce contributions to the synthesizing of datum of the unacquired k-space data from data of the acquired k-space data having motion errors that are large, and increase contributions to the reconstruction of datum of the unacquired k-space data from data of the acquired k-space data having motion errors that are small.
System composed of at least one hand-held power tool, comprising a housing, having a handle, a drive motor arranged in the housing, wherein the drive motor is coupled to a tool receiver, and at least one first interface, wherein the first interface is designed to receive information from at least one second, external interface and/or to send information to at least one second, external interface, and at least one electrotechnical product (100a, 100b, 100c, 100d), in particular without a drive motor, comprising a housing, characterized in that the housing of the hand-held power tool and the housing of the electrotechnical product (100a, 100b, 100c, 100d) each have a receiving opening, and the receiving openings can be releasably closed by a cover; and wherein the cover closes the housing outwardly, and the first interface can be removably arranged in the receiving openings.