mhurhangee/ep-ind-claims huggingface dataset:
A method performed by a user equipment, LTE, for transmitting an uplink scheduling request, SR, the method comprising: identifying whether SR information is a positive SR or a negative SR; generating uplink control information including a bit for SR information and at least one other bit for acknowledgement, ACK/non-ACK, NACK, information; if the SR information is the negative SR, transmitting the uplink control information by using an ACK/NACK channel constructed according to a cyclic shift index and an orthogonal sequence index to a base station, BS, through a control channel; and if the SR information is the positive SR, reconfiguring the orthogonal sequence index and transmitting the uplink control information by using the ACK/NACK channel constructed according to the cyclic shift index and the reconfigured orthogonal sequence index to the BS through the control channel. identifying whether SR information is a positive SR or a negative SR; generating uplink control information including a bit for SR information and at least one other bit for acknowledgement, ACK/non-ACK, NACK, information; if the SR information is the negative SR, transmitting the uplink control information by using an ACK/NACK channel constructed according to a cyclic shift index and an orthogonal sequence index to a base station, BS, through a control channel; and if the SR information is the positive SR, reconfiguring the orthogonal sequence index and transmitting the uplink control information by using the ACK/NACK channel constructed according to the cyclic shift index and the reconfigured orthogonal sequence index to the BS through the control channel.
An actuator cap, comprising: a housing configured to be attached to a container having a valve stem; an actuator hingedly attached to the housing wherein the actuator includes first and second actuating members (152, 154); and a dispensing orifice in fluid communication with a manifold, wherein the manifold includes a base adapted to place same in fluid communication with a valve stem of a container; characterised in that the hinge includes a mounting assembly disposed on an interior surface of the housing, wherein the mounting assembly includes a pivot bar, an aperture and an undercut portion. a housing configured to be attached to a container having a valve stem; an actuator hingedly attached to the housing wherein the actuator includes first and second actuating members (152, 154); and a dispensing orifice in fluid communication with a manifold, wherein the manifold includes a base adapted to place same in fluid communication with a valve stem of a container; characterised in that the hinge includes a mounting assembly disposed on an interior surface of the housing, wherein the mounting assembly includes a pivot bar, an aperture and an undercut portion.
A method of installing a subsea pipeline, the method comprising: at a first, relatively shallow-water location, supporting at least one elongate pipe stalk at the surface of the sea by virtue of buoyancy added to the pipe stalk; towing the pipe stalk at the surface to a second location that is in deeper water; with the pipe stalk supported between leading and trailing towing vessels at the second location, removing at least some of the added buoyancy so that the pipe stalk hangs with catenary curvature beneath the surface between the towing vessels, wherein the added buoyancy is removed from a longitudinally inner region of the pipe stalk before removing the added buoyancy from longitudinally outer regions of the pipe stalk that are outboard of the inner region; and towing the catenary-curved pipe stalk hanging between the towing vessels to a third location for subsea installation. at a first, relatively shallow-water location, supporting at least one elongate pipe stalk at the surface of the sea by virtue of buoyancy added to the pipe stalk; towing the pipe stalk at the surface to a second location that is in deeper water; with the pipe stalk supported between leading and trailing towing vessels at the second location, removing at least some of the added buoyancy so that the pipe stalk hangs with catenary curvature beneath the surface between the towing vessels, wherein the added buoyancy is removed from a longitudinally inner region of the pipe stalk before removing the added buoyancy from longitudinally outer regions of the pipe stalk that are outboard of the inner region; and towing the catenary-curved pipe stalk hanging between the towing vessels to a third location for subsea installation.
Base transceiver station for communicating with a plurality of user equipments (UE1,UE2,UE3,UE4,UE5) divided in at least two groups, wherein base station comprises: - an antenna element arrangement generating at least two shifted static beams (Bi,Bo) with respective down tilts for reaching the user equipments (UE1,UE2,UE3,UE4,UE5) and comprising: • a plurality of antenna elements respectively connected to transceiver processing chains for exchanging communication signals between the base transceiver station and the user equipments (UE1,UE2,UE3,UE4,UE5), characterized in that: - said antenna element arrangement comprises a processing unit connected to said transceiver chains and having means for performing at least two linear complex combinations of digital signals between said antenna elements and the base transceiver station for the same spectrum resources, and processing beam flows (Fi,Fo) respectively associated to said generated beams (Bi,Bo), with up-link signals received from user equipments (UE1,UE2,UE3,UE4,UE5), - and in that said base transceiver station comprises means for receiving said up-link signals and for selecting per user equipment the appropriate beam based on the quality of said up-link signals in the beam flows (Fi,Fo). - an antenna element arrangement generating at least two shifted static beams (Bi,Bo) with respective down tilts for reaching the user equipments (UE1,UE2,UE3,UE4,UE5) and comprising: • a plurality of antenna elements respectively connected to transceiver processing chains for exchanging communication signals between the base transceiver station and the user equipments (UE1,UE2,UE3,UE4,UE5), • a plurality of antenna elements respectively connected to transceiver processing chains for exchanging communication signals between the base transceiver station and the user equipments (UE1,UE2,UE3,UE4,UE5), - said antenna element arrangement comprises a processing unit connected to said transceiver chains and having means for performing at least two linear complex combinations of digital signals between said antenna elements and the base transceiver station for the same spectrum resources, and processing beam flows (Fi,Fo) respectively associated to said generated beams (Bi,Bo), with up-link signals received from user equipments (UE1,UE2,UE3,UE4,UE5), - and in that said base transceiver station comprises means for receiving said up-link signals and for selecting per user equipment the appropriate beam based on the quality of said up-link signals in the beam flows (Fi,Fo).
Plastic pipe comprising an inner tube made of polyethylene and an outer protective sleeve made of a polyethylene that is different from the material of the inner tube, characterized in that the protective sleeve comprises at least one layer of a straight chain non-crosslinked polyethylene that has a greater average molecular weight than that of the polyethylene from which the inner tube is made.
An installation tool (600, 800) for installing a sprinkler having a sprinkler frame supporting and housing at least one operational component, the tool comprising: a gauge (606, 806) defining a stop surface (610, 810) to be contacted by a sprinkler frame; and a reference surface for locating the stop surface (610, 810) to define an operational position for the sprinkler frame and the at least one operational component within a through hole of a wall; characterised in that: the tool (600, 800) is for an unfinished wall installation and the tool includes a rail member (602, 802) defining the reference surface and a guide member (604, 804) having a sliding engagement with the rail member (602, 802), the gauge (606, 806) being engaged with the guide member (604, 804). a gauge (606, 806) defining a stop surface (610, 810) to be contacted by a sprinkler frame; and a reference surface for locating the stop surface (610, 810) to define an operational position for the sprinkler frame and the at least one operational component within a through hole of a wall; characterised in that: the tool (600, 800) is for an unfinished wall installation and the tool includes a rail member (602, 802) defining the reference surface and a guide member (604, 804) having a sliding engagement with the rail member (602, 802), the gauge (606, 806) being engaged with the guide member (604, 804).
Method for producing a dimensional scale for measuring the rotational position of a machine part about an axis, comprising the following steps: - providing a first component and a second component, wherein the second component is produced from a hard magnetic material, - carrying out a temperature treatment in such a way that the second component is subjected to an annealing process and the following, - welding the components (1; 2) by means of an electron beam welding method, - subsequently applying an angle scale (Sc) to the second component, wherein the angle scale (Sc) is applied by a magnetization process, so that the angle scale (Sc) thereafter consists of differently magnetized regions. - providing a first component and a second component, wherein the second component is produced from a hard magnetic material, - carrying out a temperature treatment in such a way that the second component is subjected to an annealing process and the following, - welding the components (1; 2) by means of an electron beam welding method, - subsequently applying an angle scale (Sc) to the second component, wherein the angle scale (Sc) is applied by a magnetization process, so that the angle scale (Sc) thereafter consists of differently magnetized regions.
An arrangement for the electrically conductive connection of at least two electrical wires with a fixed point located in a motor vehicle with predetermined potential, to which a further electrical wire is connected by means of a connecting element attached to its far end, wherein the arrangement comprises an electrically conductive connecting element, which is equipped with connecting points for in each case one wire, wherein the wires in each case consist of an electrical conductor surrounded by an insulation, and wherein the connecting element is a one-piece, disc-like or plate-shaped component made of metal, which, as a pure connecting element, does not carry any functional elements and which has a variable number of mutually delimited, outwardly projecting projections (2, 5) corresponding to the number of wires to be connected including the further wire, of which each is used for the electrically conductive connection of a conductor of an electrical wire, wherein in the mounting position the further wire is electrically conductively connected to one of the projections, and wherein the connecting element including the ends of connected wires (3, 4) is embedded in a moisture-tight enclosure.
A microorganism, said microorganism belonging to the genus Lactobacillus, characterized in that it is capable of specifically binding to Streptococcus mutans, wherein the specific binding is (i) resistant to a heat treatment at more than 95°C for at least 20 minutes, (ii) resistant to protease treatment with a protease selected from the group consisting of pronase E, proteinase K, trypsin and chymotrypsin, (iii) calcium-dependent; and/or independent of magnesium, (iv) formed within a pH range between 4.5 and 8.5; and (v) formed in the presence of saliva. (i) resistant to a heat treatment at more than 95°C for at least 20 minutes, (ii) resistant to protease treatment with a protease selected from the group consisting of pronase E, proteinase K, trypsin and chymotrypsin, (iii) calcium-dependent; and/or independent of magnesium, (iv) formed within a pH range between 4.5 and 8.5; and (v) formed in the presence of saliva.
An apparatus, comprising: a solid-state lighting panel comprising a plurality of solid-state light emitters and being configured to receive an input signal from a lighting panel group controller that is configured to control the solid-state lighting panel to disperse illumination throughout a personnel space, wherein the input signal corresponds to a sensor signal that is generated by a personnel sensor or the input signal corresponds to a scheduled event, and wherein responsive to the sensor signal that is generated by the personnel sensor or the input signal that corresponds to the scheduled event, the solid-state lighting panel is configured to selectively operate in at least one of an illumination mode to illuminate the personnel space or a communication mode to communicate information within the personnel space. a solid-state lighting panel comprising a plurality of solid-state light emitters and being configured to receive an input signal from a lighting panel group controller that is configured to control the solid-state lighting panel to disperse illumination throughout a personnel space, wherein the input signal corresponds to a sensor signal that is generated by a personnel sensor or the input signal corresponds to a scheduled event, and wherein responsive to the sensor signal that is generated by the personnel sensor or the input signal that corresponds to the scheduled event, the solid-state lighting panel is configured to selectively operate in at least one of an illumination mode to illuminate the personnel space or a communication mode to communicate information within the personnel space.
A method of storing and reading data, comprising the step of: providing a non-volatile flash memory (1; 11; 62) that includes a plurality of cells (151 - 159), data being stored in the cells (151 - 159) by setting respective values of a physical property of the cells (151 - 159) to be indicative of said data, the cells (151 - 159) subsequently being read by measuring said respective values to obtain respective measurements of said respective values; reading one of the cells and at least one neighbour cell (152 - 159) of said one cell, thereby obtaining said respective measurements for said one cell and for each said neighbour cell (152 - 159) and storing said respective measurements in a buffer; determining a respective extent to which each said neighbour cell (152 - 159) disturbs said reading of said one cell; CHARACTERISED IN THAT: said determining is based on the respective measurement for said one cell and for each said neighbour cell _and on one of a nonlinear model or a linear model of said disturbing; and by estimating respective said data that have been stored in said one cell, based on said respective measurements and on the determined respective extent which each said neighbour cell (152 - 159) disturbs said reading of said one cell without resetting of the respective measurements. providing a non-volatile flash memory (1; 11; 62) that includes a plurality of cells (151 - 159), data being stored in the cells (151 - 159) by setting respective values of a physical property of the cells (151 - 159) to be indicative of said data, the cells (151 - 159) subsequently being read by measuring said respective values to obtain respective measurements of said respective values; reading one of the cells and at least one neighbour cell (152 - 159) of said one cell, thereby obtaining said respective measurements for said one cell and for each said neighbour cell (152 - 159) and storing said respective measurements in a buffer; determining a respective extent to which each said neighbour cell (152 - 159) disturbs said reading of said one cell; said determining is based on the respective measurement for said one cell and for each said neighbour cell _and on one of a nonlinear model or a linear model of said disturbing; and by estimating respective said data that have been stored in said one cell, based on said respective measurements and on the determined respective extent which each said neighbour cell (152 - 159) disturbs said reading of said one cell without resetting of the respective measurements.
A surgical clip applier, comprising: a housing; at least one handle pivotably connected to the housing; a channel assembly extending distally from the housing; a plurality of clips ('C') loaded in the channel assembly; a drive channel translatably supported in the housing and the channel assembly, the drive channel being translatable upon actuation of the at least one handle; and a reusable counter mechanism removably insertable into a counter slot extending into the housing and engagable with the drive channel, the counter mechanism configured to display indicia corresponding to a quantity of clips and to change the indicia upon translation of the drive channel, the counter mechanism being an analog counter which includes: a counter dial including the indicia thereon; and a counter clutch operatively connected to the counter dial such that rotation of the counter clutch in a first direction results in rotation of the counter dial in a first the direction, and rotation of the counter clutch in a second direction results in no rotation of counter dial, characterised in that the counter mechanism comprises a counter housing, and in that the counter dial is rotatably disposed within the counter housing. a housing; at least one handle pivotably connected to the housing; a channel assembly extending distally from the housing; a plurality of clips ('C') loaded in the channel assembly; a drive channel translatably supported in the housing and the channel assembly, the drive channel being translatable upon actuation of the at least one handle; and a reusable counter mechanism removably insertable into a counter slot extending into the housing and engagable with the drive channel, the counter mechanism configured to display indicia corresponding to a quantity of clips and to change the indicia upon translation of the drive channel, the counter mechanism being an analog counter which includes: a counter dial including the indicia thereon; and a counter clutch operatively connected to the counter dial such that rotation of the counter clutch in a first direction results in rotation of the counter dial in a first the direction, and rotation of the counter clutch in a second direction results in no rotation of counter dial, characterised in that the counter mechanism comprises a counter housing, and in that the counter dial is rotatably disposed within the counter housing. a counter dial including the indicia thereon; and a counter clutch operatively connected to the counter dial such that rotation of the counter clutch in a first direction results in rotation of the counter dial in a first the direction, and rotation of the counter clutch in a second direction results in no rotation of counter dial, characterised in that the counter mechanism comprises a counter housing, and in that the counter dial is rotatably disposed within the counter housing.
Container device for storing an ID transmitter in a vehicle, comprising a key compartment with a cavity in which the ID transmitter can be stored, characterized in that, an actuating mechanism is provided, by means of which actuation of at least a first operating element (2.1) of the ID transmitter can be carried out, wherein the actuating mechanism has a rotary element which is rotatably mounted, wherein the actuation of the first operating element (2.1) can be carried out by rotating the rotary element, wherein at least a first control body (44.1) is arranged on the rotary element, wherein at least one second control body (44.2) is provided, wherein the first operating element (2.1) of the ID transmitter can be actuated by the first control body (44.1) when the rotary element rotates in a first direction of rotation (41.1) and a second operating element (2.2) of the ID transmitter can be actuated by the second control body (44.2) when the rotary element rotates in a second direction of rotation (41.2). an actuating mechanism is provided, by means of which actuation of at least a first operating element (2.1) of the ID transmitter can be carried out, wherein the actuating mechanism has a rotary element which is rotatably mounted, wherein the actuation of the first operating element (2.1) can be carried out by rotating the rotary element, wherein at least a first control body (44.1) is arranged on the rotary element, wherein at least one second control body (44.2) is provided, wherein the first operating element (2.1) of the ID transmitter can be actuated by the first control body (44.1) when the rotary element rotates in a first direction of rotation (41.1) and a second operating element (2.2) of the ID transmitter can be actuated by the second control body (44.2) when the rotary element rotates in a second direction of rotation (41.2).
Process for shaping a polymeric object, the process comprising the steps of: (a) providing a substantially flat horizontally positioned layer of a material, the layer being a film or sheet; (b) providing a layer of a thermoplastic powder onto the layer provided under (a); (c) subjecting a pre-defined part of the thermoplastic powder to irradiation to heat the pre-defined part of the thermoplastic powder to a temperature at which the thermoplastic fuses or sinters onto at least a part of the flat layer of material; (d) terminating the exposure to irradiation; (e) providing a further layer of the thermoplastic powder onto the layer provided under (b); (f) subjecting a pre-defined part of the thermoplastic powder of the layer provided under (e) to irradiation to heat the pre-defined part of the thermoplastic powder to a temperature at which the thermoplastic fuses or sinters onto at least a part of the flat layer of the material fused under (c); (g) terminating the exposure to irradiation; (h) repeating steps (e) - (g) for as many cycles as required to complete the shape of the desired polymeric object; (i) removing the fraction of thermoplastic powder that has not been fused or sintered; and (j) optionally removing the substantially flat layer as provided under (a) from the polymeric object; wherein the surface area of the substantially flat layer of material is larger than the surface area of that layer produced under steps (c) - (h) having the largest surface area; wherein the process involves repeating steps (a) - (h) after step (h) for one or more further cycles, wherein the substantially flat horizontally positioned layer(s) of a material provided in the subsequent cycle(s) (a) - (h) is(are) positioned on top of the fused layer obtained from the preceding step (h). (a) providing a substantially flat horizontally positioned layer of a material, the layer being a film or sheet; (b) providing a layer of a thermoplastic powder onto the layer provided under (a); (c) subjecting a pre-defined part of the thermoplastic powder to irradiation to heat the pre-defined part of the thermoplastic powder to a temperature at which the thermoplastic fuses or sinters onto at least a part of the flat layer of material; (d) terminating the exposure to irradiation; (e) providing a further layer of the thermoplastic powder onto the layer provided under (b); (f) subjecting a pre-defined part of the thermoplastic powder of the layer provided under (e) to irradiation to heat the pre-defined part of the thermoplastic powder to a temperature at which the thermoplastic fuses or sinters onto at least a part of the flat layer of the material fused under (c); (g) terminating the exposure to irradiation; (h) repeating steps (e) - (g) for as many cycles as required to complete the shape of the desired polymeric object; (i) removing the fraction of thermoplastic powder that has not been fused or sintered; and (j) optionally removing the substantially flat layer as provided under (a) from the polymeric object;