mhurhangee/ep-ind-claims huggingface dataset:
A system comprising a wireless transmit/receive unit, WTRU, and a source Node-B, the WTRU comprising: means for transmitting data blocks to a source Node-B using a H-ARQ process; means for receiving uplink scheduling information from the source Node-B, wherein the uplink scheduling information includes a H-ARQ process identification of the H-ARQ process; and means for retransmitting NACK'ed data blocks based on the H-ARQ process identification, wherein a scheduled uplink transmission is intended for the NACK'ed data blocks based on the H-ARQ process identification in the scheduling information received from the source Node B. means for transmitting data blocks to a source Node-B using a H-ARQ process; means for receiving uplink scheduling information from the source Node-B, wherein the uplink scheduling information includes a H-ARQ process identification of the H-ARQ process; and means for retransmitting NACK'ed data blocks based on the H-ARQ process identification, wherein a scheduled uplink transmission is intended for the NACK'ed data blocks based on the H-ARQ process identification in the scheduling information received from the source Node B.
A base station apparatus which is configured to communicate with a mobile station apparatus, the base station apparatus comprising: a transmission unit configured to transmit first information indicating Multicast/ Broadcast over Single Frequency Network, MBSFN, subframes as a subset of downlink subframes and a radio resource control, RRC, message including second information, the second information indicating, among the MBSFN subframes indicated by the first information, subframes for transmission of a Hybrid Automatic Repeat reQuest, HARQ, indicator on a downlink physical channel, the downlink physical channel being associated with a reference signal other than a cell-specific reference signal, wherein the transmission unit is configured to transmit the HARQ indicator on the downlink physical channel in the subframes indicated by the second information. a transmission unit configured to transmit first information indicating Multicast/ Broadcast over Single Frequency Network, MBSFN, subframes as a subset of downlink subframes and a radio resource control, RRC, message including second information, the second information indicating, among the MBSFN subframes indicated by the first information, subframes for transmission of a Hybrid Automatic Repeat reQuest, HARQ, indicator on a downlink physical channel, the downlink physical channel being associated with a reference signal other than a cell-specific reference signal, wherein the transmission unit is configured to transmit the HARQ indicator on the downlink physical channel in the subframes indicated by the second information.
An implantable medical device, comprising: a first device housing; electrical circuitry within the first device housing, wherein the electrical circuitry comprises electrical terminals that are present outside of the first device housing; a second device housing comprising a lead bore and a device housing compartment, the first device housing being present within the device housing compartment; electrical connectors within the lead bore; and electrical conductors electrically connecting the electrical terminals to the electrical connectors. a first device housing; electrical circuitry within the first device housing, wherein the electrical circuitry comprises electrical terminals that are present outside of the first device housing; a second device housing comprising a lead bore and a device housing compartment, the first device housing being present within the device housing compartment; electrical connectors within the lead bore; and electrical conductors electrically connecting the electrical terminals to the electrical connectors.
Oven cabinet, comprising - a rear panel, - two side panels (14, 16) arranged at either side end of the rear panel, - a top panel arranged at the upper ends of the rear panel and of the side panels (14, 16), - a front door pivotally arranged by means of hinges, and - a bottom panel comprising at least one electronic component, in particular a steam generator or a heating element, whereby - the rear panel, the side panels (14, 16), the top panel and the front door are attached to each other in such a manner that they together form an inherently stable and stiff unit serving as the constructional base of the cabinet, characterised in that the bottom panel is arranged at the bottom ends of the rear panel and of the side panels (14, 16) and - the bottom panel is detachably fixed to said unit, wherein the bottom panel is provided at its side ends with upwardly projecting upstandings, which encompass the side panels (14, 16), in particular from the outside, and which are detachably fixed to the side panels (14, 16), in particular by means of screw connections. - a rear panel, - two side panels (14, 16) arranged at either side end of the rear panel, - a top panel arranged at the upper ends of the rear panel and of the side panels (14, 16), - a front door pivotally arranged by means of hinges, and - a bottom panel comprising at least one electronic component, in particular a steam generator or a heating element, whereby - the rear panel, the side panels (14, 16), the top panel and the front door are attached to each other in such a manner that they together form an inherently stable and stiff unit serving as the constructional base of the cabinet, characterised in that the bottom panel is arranged at the bottom ends of the rear panel and of the side panels (14, 16) and - the bottom panel is detachably fixed to said unit, wherein the bottom panel is provided at its side ends with upwardly projecting upstandings, which encompass the side panels (14, 16), in particular from the outside, and which are detachably fixed to the side panels (14, 16), in particular by means of screw connections.
Device for cooling rolling stock, preferably for cooling during cold rolling, comprising a nozzle for application of a cooling medium to the rolling stock and a cooling chamber, which is in fluid communication with the nozzle and which extends substantially parallel to the strip running plane, for the application of the cooling medium to the rolling stock, characterised in that the device comprises an adjusting device for reversing the flow direction of the cooling medium in the cooling chamber by displacement of an outer casing of the device wherein the casing is displaceable from a first position to a second position so that the depending on the setting of the outer casing two feeds and two drains are so connectible together that the flow direction of the cooling medium can be changed.
A method for the optimization of the properties of a multilayer fiber web in the manufacture of a fiber web, in which method the multilayer fiber web is formed by feeding at least two stock suspensions that form a layer of the fiber web to a forming section from two or more headboxes divided into parallel feed zones, where those properties of said stock suspensions that affect the strength of the finished fiber web differ from each other, and the basis weight profile of said stock suspensions is adjusted in two or more headboxes by feeding dilution water in zones in the cross direction of the fiber web machine into each stock suspension, wherein, in the method, the cross-directional basis weight profile and strength of the formed fiber web are adjusted in the cross direction of the fiber web machine by adjusting the amount of dilution water in zones separately in each stock suspension fed, one of said two layers of the fiber web is a core layer and the other layer is a surface layer with better strength properties than in said core layer, in the method, both the basis weight profile of the fiber web is adjusted to an essentially even profile over the width of the fiber web, i.e. the variation of basis weight in the cross direction of the fiber web is less than +- 1g/m 2, J by means of the dilution of the stock suspension that forms said core layer and the strength profile of the fiber web is adjusted to an essentially even profile over the width of the fiber web, i.e. the cross-directional strength properties of the fiber web vary no more than +-2%, by means of the dilution of the stock suspension that forms said surface layer.
A reel based closure system comprising: a base member that defines an interior region; a housing component that is positionable within the interior region of the base member and that is releasably coupleable with the base member; a spool component rotatably positioned within the housing component, the spool component being configured so that a tension member is windable about the spool component; a tightening component rotatably coupled with the housing component and operably coupled with the spool component such that an operation of the tightening component causes the spool component to rotate within the housing component to wind the tension member about the spool component and thereby tighten an article; wherein the housing component is coupleable with the base member by axially inserting the housing component within the interior region of the base member and rotating the housing component relative to the base member; wherein the housing component is detachable from the base member without requiring a rotation of the housing component relative to the base member, wherein the housing component is detachable from the base member upon application of a force to the housing component that causes the housing component to move axially out of the interior region of the base member, and wherein the axial movement of the housing component out of the interior region of the base member is achieved via a deflection of at least a portion of the base member upon application of the force to the housing component. a base member that defines an interior region; a housing component that is positionable within the interior region of the base member and that is releasably coupleable with the base member; a spool component rotatably positioned within the housing component, the spool component being configured so that a tension member is windable about the spool component; a tightening component rotatably coupled with the housing component and operably coupled with the spool component such that an operation of the tightening component causes the spool component to rotate within the housing component to wind the tension member about the spool component and thereby tighten an article; wherein the housing component is coupleable with the base member by axially inserting the housing component within the interior region of the base member and rotating the housing component relative to the base member; wherein the housing component is detachable from the base member without requiring a rotation of the housing component relative to the base member, wherein the housing component is detachable from the base member upon application of a force to the housing component that causes the housing component to move axially out of the interior region of the base member, and wherein the axial movement of the housing component out of the interior region of the base member is achieved via a deflection of at least a portion of the base member upon application of the force to the housing component.
An apparatus for insertion into a body orifice for anchoring a first body tissue layer to a second body tissue layer comprising: a plurality of individual substantially rigid anchor segments for placement in a body cavity, said anchor segments having a first relaxed state wherein said segments are movable relative to each other and alignable along a common initial longitudinal axis for initial placement of said apparatus through the body tissue layers (12,14), said anchor segments having a second rigid state wherein said segments assume a rigid configuration relative to each other at a transverse angle relative to said initial longitudinal axis; and an actuator connected to said anchor segments and configured to extend through the tissue layers (12,14) to an external location, said actuator adapted to be externally manipulated to configure said anchor segments between said first relaxed state and said second rigid state, said actuator comprising filaments (42,44) associated with said anchor segments, extending into the central segment and passing through said anchor segments; wherein the apparatus comprises at least two said anchor segments and further comprises a center anchor segment, characterised in that in said second rigid state said at least two anchor segments extend in opposite directions from said center anchor segment in opposite transverse directions from said initial longitudinal axis, and in that said filaments (42,44) are respectively fixed to a distal end of a last one of said anchor segments extending in each transverse direction. a plurality of individual substantially rigid anchor segments for placement in a body cavity, said anchor segments having a first relaxed state wherein said segments are movable relative to each other and alignable along a common initial longitudinal axis for initial placement of said apparatus through the body tissue layers (12,14), said anchor segments having a second rigid state wherein said segments assume a rigid configuration relative to each other at a transverse angle relative to said initial longitudinal axis; and an actuator connected to said anchor segments and configured to extend through the tissue layers (12,14) to an external location, said actuator adapted to be externally manipulated to configure said anchor segments between said first relaxed state and said second rigid state, said actuator comprising filaments (42,44) associated with said anchor segments, extending into the central segment and passing through said anchor segments; wherein the apparatus comprises at least two said anchor segments and further comprises a center anchor segment, characterised in that in said second rigid state said at least two anchor segments extend in opposite directions from said center anchor segment in opposite transverse directions from said initial longitudinal axis, and in that said filaments (42,44) are respectively fixed to a distal end of a last one of said anchor segments extending in each transverse direction.
An elevator hoistway door separation preventive structure including left and right doors having lower portions with respective shoes installed therein and a sill having a groove for guiding the shoes, wherein a stepped member is formed to project from the outer surface of the lower end of the shoe, characterised in that inclined surfaces (216a, 216b) are formed on both sides of the inner portion of the groove of the sill in the same direction.
A containerized seismic source system (111, 200, 400, 910), comprising: a plurality of shipping containers (211, 213, 215, 217-219, 221, 231, 241, 401-411) located on a back deck of a marine vessel (101, 901); and a seismic source handling system comprising a plurality of source handling rails (223a-f, 300, 421-426) located within a first group (221, 401-409) of the plurality of shipping containers (211, 213, 215, 217-219, 221, 231, 241, 401-411), wherein the seismic source handling system is configured to deploy and retrieve a plurality of seismic source arrays from the back deck of the marine vessel to a body of water across each of the first group of the plurality of shipping containers (211, 213, 215, 217-219, 221, 231, 241, 401-411); wherein the first group of the plurality of containers (211, 213, 215, 217-219, 221, 231, 241, 401-411) is arranged transverse on the back deck of the marine vessel (101, 901); and the plurality of source handling rails (223a-f, 421-426) is located in each of the first group of the plurality of containers (211, 213, 215, 217-219, 221, 231, 241, 401-411). a plurality of shipping containers (211, 213, 215, 217-219, 221, 231, 241, 401-411) located on a back deck of a marine vessel (101, 901); and a seismic source handling system comprising a plurality of source handling rails (223a-f, 300, 421-426) located within a first group (221, 401-409) of the plurality of shipping containers (211, 213, 215, 217-219, 221, 231, 241, 401-411), wherein the seismic source handling system is configured to deploy and retrieve a plurality of seismic source arrays from the back deck of the marine vessel to a body of water across each of the first group of the plurality of shipping containers (211, 213, 215, 217-219, 221, 231, 241, 401-411); wherein the first group of the plurality of containers (211, 213, 215, 217-219, 221, 231, 241, 401-411) is arranged transverse on the back deck of the marine vessel (101, 901); and the plurality of source handling rails (223a-f, 421-426) is located in each of the first group of the plurality of containers (211, 213, 215, 217-219, 221, 231, 241, 401-411).
A mobile terminal for receiving signals transmitted from a base station using Time Division Duplex, the base station including a first antenna (NB 1) for transmitting a first signal in a timeslot, and a second antenna (NB 2) for transmitting a second signal in the time slot to provide Multiple Input Multiple Output, MIMO, communications, wherein the first and second signals each contain one or more data payloads, the mobile station being arranged in operation to receive the first and the second signals in the time slot; to detect a first training sequence (m) in the first signal, to use the first training sequence to estimate a first channel via which the first signal was received from the first antenna of the base station to the mobile terminal; to extract out the first payload transmitted from the first transmit antenna (NB 1) of the base station using the estimate of the first channel; to detect a second training sequence (m) in the second signal; to use the second training sequence to estimate a second channel via which the second signal was received from the second antenna of the base station to the mobile terminal; to extract out the second payload transmitted from the second transmit antenna (NB 1) of the base station using the estimate of the second channel, wherein the second training sequence is different to the first training sequence.
A method of decoding a bitstream of video compressed data representing a group of coding units, the method using an adaptive reconstruction level process and comprising decoding the compressed data to obtain a plurality of quantized transform coefficients; extracting offset data from the bitstream, wherein the offset data is associated with a quantization index associated with a respective sub-part of a partitioned data space containing data of the group of coding units; extracting average offset data from the bitstream, wherein the average offset data is associated with two or more other quantization indices associated with respective sub-parts of the partitioned video data space; calculating a reconstruction level for the quantization index by adjusting a predetermined reconstruction level using the offset data; calculating a respective reconstruction level for each of the two or more other quantization indices by adjusting respective predefined reconstruction levels using the average offset data; and dequantizing each quantized transform coefficient that corresponds to a respective quantization index to generate a transform coefficient using that quantization index's respective calculated reconstruction level, and characterised by further comprising: checking a flag in a slice header or a frame header of the group of coding units to determine whether the total number of nonzero coefficients or the number of coding units, or both, are used to control the offset data used in the adaptive reconstruction levels for the group of coding units.
A container with a security cover surrounded said container, the cover comprising a sleeve (1, 101, 201, 401, 501) and a security strip (2, 102, 202, 302a, 302b, 302c, 402, 502) secured to an inside face of said sleeve and including at least one zone of weakness characterized in that the security strip is shaped so that when in service it surrounds at least in part the container below a finish of the container and in the immediate proximity of said finish, the security strip thus creating a compression zone compressing the container.
A maintenance-free, flat-fold respirator that is configured and arranged to filter air before the air enters a person's respiratory system when worn by the person and comprises: a mask body that comprises a plurality of panels (16, 18, 20) that can fold in towards each other and that can unfold into an open in-use configuration, and that further comprises a graspable tab that extends from the regular periphery of at least one of the panels (16, 18, 20) such that the tab assists the user in pulling the panel(s) from a folded condition to open the mask body from that folded condition into an open ready-to-use configuration, and a harness that is secured to the mask body, characterized in that the tab is centrally located, has a length L of about 30 to 75 millimeters and has a width W of about 5 to 15 millimeters. a mask body that comprises a plurality of panels (16, 18, 20) that can fold in towards each other and that can unfold into an open in-use configuration, and that further comprises a graspable tab that extends from the regular periphery of at least one of the panels (16, 18, 20) such that the tab assists the user in pulling the panel(s) from a folded condition to open the mask body from that folded condition into an open ready-to-use configuration, and a harness that is secured to the mask body, characterized in that the tab is centrally located, has a length L of about 30 to 75 millimeters and has a width W of about 5 to 15 millimeters.
Method for predicting squealing instabilities of a friction surface of a brake system, the method being implemented by computer and comprising a. an identification of N unstable modes around a point of static equilibrium, the unstable modes being defined respectively by N frequencies and N initial eigenvalues of N modes of the brake system; b. a modeling of the brake system using a linear model in which the nonlinear forces are linearized with respect to the displacement and the speed according to the degrees of freedom of the brake system; c. a simulation of an excitation of the brake system by imposing a displacement according to said degrees of freedom, the imposed displacement being in the form of a linear combination of N modal shapes, a modal shape corresponding to an unstable mode and being defined by a modal amplitude of variable level and one frequency among the N frequencies; d. a calculation of an evolution of at least one complex eigenvalue of at least one state matrix of the linear model when the level of a modal amplitude of at least one modal shape varies; e. an identification of squeal instabilities of the brake system on the basis of complex eigenvalues calculated for the modal amplitude levels considered. a. an identification of N unstable modes around a point of static equilibrium, the unstable modes being defined respectively by N frequencies and N initial eigenvalues of N modes of the brake system; b. a modeling of the brake system using a linear model in which the nonlinear forces are linearized with respect to the displacement and the speed according to the degrees of freedom of the brake system; c. a simulation of an excitation of the brake system by imposing a displacement according to said degrees of freedom, the imposed displacement being in the form of a linear combination of N modal shapes, a modal shape corresponding to an unstable mode and being defined by a modal amplitude of variable level and one frequency among the N frequencies; d. a calculation of an evolution of at least one complex eigenvalue of at least one state matrix of the linear model when the level of a modal amplitude of at least one modal shape varies; e. an identification of squeal instabilities of the brake system on the basis of complex eigenvalues calculated for the modal amplitude levels considered.