mhurhangee/ep-ind-claims huggingface dataset:
A goods storage system comprising at least one elongated support member (3,4) for being arranged against a wall with its longitudinal direction in a vertical direction and at least one bracket (7,8,9,10), wherein the elongated support member (3,4) comprising two spaced wall portions (19,20) defining a channel extending in a longitudinal direction of the elongated support member for receipt of an inner mounting end of said support bracket (7,8,9,10), wherein one of the two spaced wall portions comprises a first engagement means (23a,23b) and the other wall portion comprises a second engagement means (24a,24b), wherein each one of the first engagement means (23a,23b) and the second engagement means (24a,24b) faces the channel for engagement with a first laterally projecting engagement means and a second laterally projecting engagement means, respectively, of the support bracket (7,8,9,10), wherein each one of the first engagement means (23a,23b) and the second engagement means (24a,24b) of the elongated support member (3,4) has an open end facing in the same direction in the longitudinal direction of the elongated support member for receipt of the engagement means (26, 27) of the support bracket during mounting, wherein at least one of the first engagement means (23a,23b) and the second engagement means (24a,24b) of the elongated support member (3,4) is formed by a portion partly cut-out and folded, and wherein at least one of the first engagement means (23a,23b) and the second engagement means (24a,24b) of the elongated support member (3,4) has a generally plate-shaped form, wherein the bracket (7,8,9,10) comprises a plate-shaped element with the first engagement means projecting laterally in a first direction from the plate-shaped element and the second engagement means projecting laterally in a second direction from the plate-shaped element opposite the first direction, wherein the first engagement means and the second engagement means of the bracket (7,8,9,10) are positioned at the mounting end of the bracket for engagement with the elongated support member, wherein the plate-shaped element of the bracket (7,8,9,10) comprises an edge that defines opposite main surfaces (39,139) of the plate-shaped element, wherein the edge is located at the mounting end for facing the elongated support member, wherein the edge defines an extension direction and wherein the first engagement means and the second engagement means of the bracket (7,8,9,10) are spaced from each other in the extension direction of the edge, characterized in that the first engagement means and the second engagement means of the bracket (7,8,9,10) are spaced from the edge in a direction perpendicular to the extension direction of the edge.
An apparatus configured to be employed in an evolved NodeB, eNB, comprising one or more processors configured to: generate a first downlink communication to a first user equipment, UE, configured to indicate an enhanced measurement gap that is different than a non-enhanced measurement gap that is communicated to a second UE, wherein the first UE and the second UE are communicatively coupled to the eNB via a synchronous connection of a synchronous network; communicate the enhanced measurement gap via one or more radio resource control, RRC, signals with a short measurement indication for release 14, shortMeaslndicator-r14, in a measurement configuration, MeasConfig, information element, wherein the enhanced measurement gap is signaled by a single bit of the shortMeaslndicator-r14 to indicate whether the enhanced measurement gap as a gap offset corresponding to a measurement gap pattern signaled in the MeasConfig information element is active or inactive for the first UE, wherein the enhanced measurement gap is shorter than the non-enhanced measurement gap and comprises 2 ms or 3 ms and is utilized by the first UE in response to being connected to the synchronous network. generate a first downlink communication to a first user equipment, UE, configured to indicate an enhanced measurement gap that is different than a non-enhanced measurement gap that is communicated to a second UE, wherein the first UE and the second UE are communicatively coupled to the eNB via a synchronous connection of a synchronous network; communicate the enhanced measurement gap via one or more radio resource control, RRC, signals with a short measurement indication for release 14, shortMeaslndicator-r14, in a measurement configuration, MeasConfig, information element, wherein the enhanced measurement gap is signaled by a single bit of the shortMeaslndicator-r14 to indicate whether the enhanced measurement gap as a gap offset corresponding to a measurement gap pattern signaled in the MeasConfig information element is active or inactive for the first UE, wherein the enhanced measurement gap is shorter than the non-enhanced measurement gap and comprises 2 ms or 3 ms and is utilized by the first UE in response to being connected to the synchronous network.
An acoustic focusing capillary comprising: a capillary and at least one vibration source; the capillary coupled to the at least one vibration source; and the at least one vibration source possesses a groove, wherein the at least one vibration source is a vibration generator capable of generating a vibration or surface displacement of the capillary; characterized by the capillary having an oblate cross section, and wherein said capillary is coupled to said vibration source at said groove. a capillary and at least one vibration source; the capillary coupled to the at least one vibration source; and the at least one vibration source possesses a groove, wherein the at least one vibration source is a vibration generator capable of generating a vibration or surface displacement of the capillary; characterized by the capillary having an oblate cross section, and wherein said capillary is coupled to said vibration source at said groove.
A cartridge tip for a liquid fuel cartridge of a gas turbine combustor the cartridge tip comprising: a main body comprising an outer annular wall and an inner core each extending between a respective upstream end (214, 215) and a respective downstream end (216, 217), the inner core radially spaced apart from the outer annular wall such that an annular air passage is defined at least partially between the outer annular wall and the inner core; a pilot fuel circuit defined in the inner core of the main body, the pilot fuel circuit extending between a pilot inlet defined in the upstream end of the inner core and a pilot outlet defined in the downstream end of the inner core, wherein the pilot fuel circuit extends at least partially along an axial centerline of the cartridge tip; and a main fuel circuit defined in the inner core of the main body, the main fuel circuit extending between a main inlet in the upstream end of the inner core and a plurality of main outlets circumferentially spaced apart from one another and disposed upstream from the pilot outlet, characterized in that an annular heat shield extends from the outer annular wall within the annular air passage to a free end, wherein a downstream-flowing portion of the annular air passage is disposed between the heat shield and the inner core, and wherein an upstream-flowing portion of the annular air passage is disposed between the heat shield and the outer annular wall. a main body comprising an outer annular wall and an inner core each extending between a respective upstream end (214, 215) and a respective downstream end (216, 217), the inner core radially spaced apart from the outer annular wall such that an annular air passage is defined at least partially between the outer annular wall and the inner core; a pilot fuel circuit defined in the inner core of the main body, the pilot fuel circuit extending between a pilot inlet defined in the upstream end of the inner core and a pilot outlet defined in the downstream end of the inner core, wherein the pilot fuel circuit extends at least partially along an axial centerline of the cartridge tip; and a main fuel circuit defined in the inner core of the main body, the main fuel circuit extending between a main inlet in the upstream end of the inner core and a plurality of main outlets circumferentially spaced apart from one another and disposed upstream from the pilot outlet, characterized in that an annular heat shield extends from the outer annular wall within the annular air passage to a free end, wherein a downstream-flowing portion of the annular air passage is disposed between the heat shield and the inner core, and wherein an upstream-flowing portion of the annular air passage is disposed between the heat shield and the outer annular wall.
A chip security system, comprising two chips (142,144), each of the chips (142,144) comprising: a first surface and a second surface opposite the first surface; an integrated circuit disposed on the first surface; a shield disposed on the first surface; the chip security system being characterized in that each of the chips (142,144) comprises a shield manager disposed on the first surface, the shield manager being operative to check integrity of the shield and to perform an action on the integrated circuit in response to detecting a breach in the shield, and in that the chips are mechanically connected together via the second surface of each of the chips (142,144). a first surface and a second surface opposite the first surface; an integrated circuit disposed on the first surface; a shield disposed on the first surface; the chip security system being characterized in that each of the chips (142,144) comprises a shield manager disposed on the first surface, the shield manager being operative to check integrity of the shield and to perform an action on the integrated circuit in response to detecting a breach in the shield, and in that the chips are mechanically connected together via the second surface of each of the chips (142,144).
Method for changing spacers (1, 2) in a unit with at least one applicator head for application of spacer (1, 2) to sheet-shaped workpieces (22, 23), especially panes of glass, characterized in that spacer (1, 2) from at least two sources is supplied to the applicator head staggered in time to one another, in that a first spacer from a first source is severed, in that a resulting end of the first spacer and a start of the second spacer from a second source are moved with a changing apparatus into a position assigned to one another, in that the end of the first spacer is joined to the start of the second spacer, in that a thus resulting connection of the first and second spacers (1, 2) runs through the unit until the connection has passed the applicator head, and in that after the connection has passed the applicator head, the second spacer is severed in a region between the connection and the applicator head.
A water redispersible polymer powder comprising a co-dried admixture of a water insoluble film-forming polymer and a colloidal stabilizer comprising a chelating agent, wherein the amount of chelating agent is at least 1 % by weight based upon the weight of the water insoluble film-forming polymer.
A duplex clip assembly for use in aiding the insertion and removal of a pair of LC fiber optic connectors, each having a latch, into a port comprising: a clip body, the clip body having a central wall, a set of upper tabs, and a set of lower tabs, the upper tabs being perpendicular to the central wall and parallel to the lower tabs, the central wall, upper tabs, and lower tabs configured to loosely retain a pair of LC connectors on either side of the central wall, and loosely retain fiber optic cables attached thereto such that the clip body can move axially relative to the LC connectors, wherein axially is defined as parallel to a direction of insertion of the pair of LC fiber optic connectors into the port; a hood protruding from a top of the clip body, the hood configured to engage a camming surface on the latches of the LC connectors such as to allow the LC fiber optic plug connectors to be disengaged from the port when the clip body is moved in a rearward, axial direction relative to the LC connectors; and a boot attached to the clip body, the boot configured to loosely encircle the fiber optic cables attached to the LC connectors such that the boot is able to move axially in conjunction with the clip body relative to the fiber optic cables and LC connectors, wherein the boot has a first end, the first end being attached to the clip body, and a second end opposite the first end, the boot having a center stiffening member proximate the second end. a clip body, the clip body having a central wall, a set of upper tabs, and a set of lower tabs, the upper tabs being perpendicular to the central wall and parallel to the lower tabs, the central wall, upper tabs, and lower tabs configured to loosely retain a pair of LC connectors on either side of the central wall, and loosely retain fiber optic cables attached thereto such that the clip body can move axially relative to the LC connectors, wherein axially is defined as parallel to a direction of insertion of the pair of LC fiber optic connectors into the port; a hood protruding from a top of the clip body, the hood configured to engage a camming surface on the latches of the LC connectors such as to allow the LC fiber optic plug connectors to be disengaged from the port when the clip body is moved in a rearward, axial direction relative to the LC connectors; and
A method of determining the gender of an unborn child, comprising the steps of: (a) contacting a urine sample from a pregnant female with at least one redox indicator; (b) measuring redox activity of the urine sample; and, (c) comparing the redox activity of the urine sample with at least one standard to determine the gender of the unborn child, wherein the redox indicator is a chromogenic chemical, which method further comprises the step of processing the urine sample prior to step (a), using precipitation with at least one salt of a heavy metal selected from the group consisting of barium, lead, molybdenum and tungsten. (a) contacting a urine sample from a pregnant female with at least one redox indicator; (b) measuring redox activity of the urine sample; and, (c) comparing the redox activity of the urine sample with at least one standard to determine the gender of the unborn child,
A secondary battery separator comprising: a porous substrate; and a porous layer laminated on at least one surface of the porous substrate, the porous layer comprising fluorine resin particles and inorganic particles; wherein the fluorine resin particles are formed using a fluorine resin having a weight-average molecular weight of from 100,000 or more to 5,000,000 or less, determined as described herein and the fluorine resin particles have an average particle size of from 0.01 μm or more to 1.00 μm or less; determined as described herein and wherein the inorganic particles have an average particle size of from 0.10 μm or more to 5.0 μm or less, determined as described herein characterized in that the proportion of the fluorine resin particles in the porous layer is 20% by mass or more and 60% by mass or less, with respect to 100% by mass of the total amount of the porous layer, the fluorine resin is a copolymer of vinylidene fluoride and hexafluoropropylene, and the polyvinylidene fluoride resin has a vinylidene fluoride content of from 80 mol% or more to less than 100 mol%, and the fluorine resin includes an acid functional group. a porous substrate; and a porous layer laminated on at least one surface of the porous substrate, the porous layer comprising fluorine resin particles and inorganic particles; wherein the fluorine resin particles are formed using a fluorine resin having a weight-average molecular weight of from 100,000 or more to 5,000,000 or less, determined as described herein and the fluorine resin particles have an average particle size of from 0.01 μm or more to 1.00 μm or less; determined as described herein and wherein the inorganic particles have an average particle size of from 0.10 μm or more to 5.0 μm or less, determined as described herein characterized in that the proportion of the fluorine resin particles in the porous layer is 20% by mass or more and 60% by mass or less, with respect to 100% by mass of the total amount of the porous layer, the fluorine resin is a copolymer of vinylidene fluoride and hexafluoropropylene, and the polyvinylidene fluoride resin has a vinylidene fluoride content of from 80 mol% or more to less than 100 mol%, and the fluorine resin includes an acid functional group.
A method for producing a dental prosthesis part, comprising the steps of: determining a natural tooth color value with respect to a specified region of the dental prosthesis part; and electronically converting the natural tooth color value into a color value of a coloring liquid for coloring the region, said coloring liquid comprising one or more food colorings for distinction which are burnt out during sintering. determining a natural tooth color value with respect to a specified region of the dental prosthesis part; and electronically converting the natural tooth color value into a color value of a coloring liquid for coloring the region, said coloring liquid comprising one or more food colorings for distinction which are burnt out during sintering.
An engine stop control device that performs engine stop control for controlling an engine rotation behavior with torque of an electric machinery such that an engine rotation stop position is controlled to a target stop position when the control device stops engine rotation in response to an engine stop request, the control device being characterized by comprising: a reference point target rotation speed setting means for setting target rotation speed at a reference point, which is set at a position preceding the target stop position by a first predetermined crank angle; a target trajectory calculating means for calculating a target trajectory of the engine rotation behavior extending since the engine stop control is started until the target rotation speed at the reference point is reached based on the target rotation speed at the reference point and an engine friction; and a stop controlling means for controlling the torque of the electric machinery to conform the engine rotation behavior to the target trajectory during execution of the engine stop control, wherein the stop controlling means controls the torque of the electric machinery such that an energy deviation between the target trajectory and the engine rotation behavior becomes zero at a position preceding the reference point by a second predetermined crank angle. a reference point target rotation speed setting means for setting target rotation speed at a reference point, which is set at a position preceding the target stop position by a first predetermined crank angle; a target trajectory calculating means for calculating a target trajectory of the engine rotation behavior extending since the engine stop control is started until the target rotation speed at the reference point is reached based on the target rotation speed at the reference point and an engine friction; and a stop controlling means for controlling the torque of the electric machinery to conform the engine rotation behavior to the target trajectory during execution of the engine stop control, wherein the stop controlling means controls the torque of the electric machinery such that an energy deviation between the target trajectory and the engine rotation behavior becomes zero at a position preceding the reference point by a second predetermined crank angle.
A modular orthopaedic hip system, comprising: an implantable distal stem component having (i) a tapered post formed in an outer surface thereof, the tapered post being configured to be received into a tapered bore of an implantable proximal body component, (ii) an upper set of female threads having a superior end that opens into a superior surface of the distal stem component, the upper set of female threads extending inferiorly into the distal stem component, (iii) a lower set of female threads having a superior end that opens into an inferior end of the upper set of female threads, the lower set of female threads extending inferiorly from the upper set of female threads, in which the diameter of the upper set of female threads is larger than the diameter of the lower set of female threads and (iv) a blind hole having a superior end that opens into an inferior end of the set of female threads, the blind hole extending inferiorly from the lower set of female threads, and having a rounded inferior end characterised in that the hip system further includes: an implantable proximal body component including a tapered bore configured to receive the tapered post of the implantable distal stem component and a bolt including a first set of male threads, and a stem insertion tool including a knob positioned at a proximal end and a second set of male threads formed at a distal end, in which when the implantable distal stem component is secured to the implantable proximal component, (v) the first set of male threads is engaged with the lower set of female threads, and (vi) the tapered post of the implantable distal stem component is received in the tapered bore of the implantable proximal body component; and, in which, when the implantable distal stem component is secured to the stem insertion tool, the second set of male threads is engaged with the upper set of female threads an implantable distal stem component having (i) a tapered post formed in an outer surface thereof, the tapered post being configured to be received into a tapered bore of an implantable proximal body component, (ii) an upper set of female threads having a superior end that opens into a superior surface of the distal stem component, the upper set of female threads extending inferiorly into the distal stem component, (iii) a lower set of female threads having a superior end that opens into an inferior end of the upper set of female threads, the lower set of female threads extending inferiorly from the upper set of female threads, in which the diameter of the upper set of female threads is larger than the diameter of the lower set of female threads and (iv) a blind hole having a superior end that opens into an inferior end of the set of female threads, the blind hole extending inferiorly from the lower set of female threads, and having a rounded inferior end an implantable proximal body component including a tapered bore configured to receive the tapered post of the implantable distal stem component and a bolt including a first set of male threads, and a stem insertion tool including a knob positioned at a proximal end and a second set of male threads formed at a distal end,