mhurhangee/ep-ind-claims huggingface dataset:
A hip thrust belt, comprising: a flexible supporting pad having a first face and a second face; a flexible belt having a first face, a second face, a first end and a second end; wherein the second face of the flexible belt is disposed on the first face of the flexible supporting pad, and the first end and second end of the flexible belt extend from the flexible supporting pad and have a length sufficient to secure a weight or an elastic band and fold over onto the flexible supporting pad; a first hook fastener disposed on the first face of the flexible belt disposed on the flexible supporting pad; first loop fasteners disposed on the first face of the flexible belt at each of the first end and the second end; a second hook fastener disposed on the second face of the flexible belt at each of the first and second ends; when the first end of the flexible belt is folded, the first loop fastener at the first end engages the first hook fastener and, when the second end of the flexible belt is folded, the first loop fastener on the second end engages the second hook fastener on the first end; and wherein the flexible supporting pad includes a first hook fastener disposed on the first face above the midline and a first, corresponding, loop fastener disposed on the first face below the midline, wherein the flexible supporting pad can be folded and secured in the folded condition by the first hook fasteners engaging the first loop fasteners. a flexible supporting pad having a first face and a second face; a flexible belt having a first face, a second face, a first end and a second end; wherein the second face of the flexible belt is disposed on the first face of the flexible supporting pad, and the first end and second end of the flexible belt extend from the flexible supporting pad and have a length sufficient to secure a weight or an elastic band and fold over onto the flexible supporting pad; a first hook fastener disposed on the first face of the flexible belt disposed on the flexible supporting pad; first loop fasteners disposed on the first face of the flexible belt at each of the first end and the second end; a second hook fastener disposed on the second face of the flexible belt at each of the first and second ends; when the first end of the flexible belt is folded, the first loop fastener at the first end engages the first hook fastener and, when the second end of the flexible belt is folded, the first loop fastener on the second end engages the second hook fastener on the first end; and wherein the flexible supporting pad includes a first hook fastener disposed on the first face above the midline and a first, corresponding, loop fastener disposed on the first face below the midline, wherein the flexible supporting pad can be folded and secured in the folded condition by the first hook fasteners engaging the first loop fasteners.
A watering device, comprising a spray unit which comprises a sheath and a housing, and both of them mutually define a chamber having a rotor connected to a water outlet, characterized by a distributor possessing a central rod and an axis, along which the central rod protrudes toward the water outlet, the distributor having an aperture penetrating in an eccentric manner compared to the axis, the central rod of the distributor defines a circular track, the central rod having a side wall indented in exchange for a part of the aperture, an adjusting element being located in partition to the housing and the sheath and having an insertion penetrating through the aperture being bigger than the insertion which enables the adjusting element to swing around an axis so that the adjusting element being adapted to either be deployed on a water inlet of the rotor in a circular track in the chamber, or to form an inner rampart of the circular track. a distributor possessing a central rod and an axis, along which the central rod protrudes toward the water outlet, the distributor having an aperture penetrating in an eccentric manner compared to the axis, the central rod of the distributor defines a circular track, the central rod having a side wall indented in exchange for a part of the aperture, an adjusting element being located in partition to the housing and the sheath and having an insertion penetrating through the aperture being bigger than the insertion which enables the adjusting element to swing around an axis so that the adjusting element being adapted to either be deployed on a water inlet of the rotor in a circular track in the chamber, or to form an inner rampart of the circular track.
Backshell for connecting an overall-shielded harness comprising shielded cables to a connector, the backshell comprising a sleeve and an attachment ring, the sleeve having a wall with a substantially tubular shape defining an internal passage for receiving the shielded cables, the wall of the sleeve comprising, from the front end to the back end thereof, an engagement area configured for engaging with a connector, through-holes distributed circumferentially for receiving the terminations of the cable shielding of the shielded cables from the internal passage, a first external area for receiving the terminations of the shielding, an external shoulder, and a second external area for receiving the overall-shielding of the harness, the attachment ring having a wall with a substantially tubular shape defining an annular passage for receiving the sleeve, the wall of the attachment ring comprising, from the front end to the back end thereof, an attachment area for connecting to a connector, a first internal area, and an internal shoulder, the backshell being arranged in such a way that the attachment ring can slide over the sleeve in a direction going from the back end to the front end of the sleeve, to an abutment position in which the internal shoulder of the attachment ring abuts against the external shoulder of the sleeve, characterized in that, in the abutment position, the internal area of the attachment ring covers the first external area of the sleeve, the attachment ring being thus arranged to cover the terminations of the shielding, and the engagement area of the sleeve is a full toothed ring for engaging with the connector. the sleeve having a wall with a substantially tubular shape defining an internal passage for receiving the shielded cables, the wall of the sleeve comprising, from the front end to the back end thereof, an engagement area configured for engaging with a connector, through-holes distributed circumferentially for receiving the terminations of the cable shielding of the shielded cables from the internal passage, a first external area for receiving the terminations of the shielding, an external shoulder, and a second external area for receiving the overall-shielding of the harness, the attachment ring having a wall with a substantially tubular shape defining an annular passage for receiving the sleeve, the wall of the attachment ring comprising, from the front end to the back end thereof, an attachment area for connecting to a connector, a first internal area, and an internal shoulder, the backshell being arranged in such a way that the attachment ring can slide over the sleeve in a direction going from the back end to the front end of the sleeve, to an abutment position in which the internal shoulder of the attachment ring abuts against the external shoulder of the sleeve, characterized in that, in the abutment position, the internal area of the attachment ring covers the first external area of the sleeve, the attachment ring being thus arranged to cover the terminations of the shielding, and the engagement area of the sleeve is a full toothed ring for engaging with the connector.
Extrusion facility intended to produce a profiled element, the said facility comprising at least one first head module which bears at least one first extruder intended to supply a constituent material of the profiled element, the said facility also comprising a site, referred to as "core site", which is designed to receive a tool module in order to enable the connection of the said at least one first extruder to the said tool module in order to shape the profiled element, the said facility being characterized in that the core site is located at a first level, referred to as "working level", which is provided with a floor on which an operator can move about to access the said core site which is located above the said floor, and in that the said facility comprises an underground-transfer device which makes it possible to convey the tool module to the core site and/or, respectively, to remove the tool module from the said core site, the said underground-transfer device to that end comprising at least one first lift cage which is designed to move the said tool module through the floor from, or respectively to, a second level, referred to as "basement", which is located below the floor of the working level.
A shellcase body for use as part of an ammunition cartridge, comprising: a base portion; a substantially cylindrical middle portion joined with said base portion, said base L portion and said middle portion being arranged around a center longitudinal axis; and a shoulder portion having a curvature that is defined by a circle having a predetermined radius and a center, said shoulder portion being joined with said middle portion at a secant point of said circle, characterised in that the centre of the circle is positioned a non-zero distance away from said center longitudinal axis. a base portion; a substantially cylindrical middle portion joined with said base portion, said base L portion and said middle portion being arranged around a center longitudinal axis; and a shoulder portion having a curvature that is defined by a circle having a predetermined radius and a center, said shoulder portion being joined with said middle portion at a secant point of said circle, characterised in that the centre of the circle is positioned a non-zero distance away from said center longitudinal axis.
Method for determining an amount of water remaining in the fluid system of a fully automatic coffee maker, characterised by the method steps: a) reporting the water level, defined at the factory, by the water level sensor, b) recording the water flow since the signalling by means of a water flow meter and c) terminating the recording when the water flow meter signals that no more water is being pumped. a) reporting the water level, defined at the factory, by the water level sensor, b) recording the water flow since the signalling by means of a water flow meter and c) terminating the recording when the water flow meter signals that no more water is being pumped.
A multi-stage turboexpander, comprising a casing and a shaft arranged for rotation in the casing and supported by at least a first bearing at a first shaft end portion and a second bearing at a second shaft end portion; at least a first radial impeller and a second radial impeller arranged between the first bearing and the second bearing on the shaft for co-rotation therewith around a rotation axis (A-A); a first inlet port, adapted to feed pressurized working fluid to the first radial impeller; a first discharge port, adapted to discharge a flow of partly expanded working fluid from the casing; a second inlet port adapted to feed a flow of partly expanded working fluid to the second radial impeller; a second discharge port, adapted to discharge a flow of exhaust working fluid from the casing; wherein the first radial impeller and the second radial impeller are arranged in a front-to-front position with respect to one another, characterized by a first inlet plenum fluidly coupled to the first intake port; a first discharge plenum fluidly coupled to the first discharge port; a second inlet plenum fluidly coupled to the second intake port; a second discharge plenum fluidly coupled to the second discharge port; a partition wall and a disk mounted on the shaft to rotate therewith separating the first discharge plenum from the second discharge plenum; and a sealing arrangement between the partition wall and the disk to reduce or prevent leakages from the first discharge plenum towards the second discharge plenum. characterized by a first inlet plenum fluidly coupled to the first intake port; a first discharge plenum fluidly coupled to the first discharge port; a second inlet plenum fluidly coupled to the second intake port; a second discharge plenum fluidly coupled to the second discharge port; a partition wall and a disk mounted on the shaft to rotate therewith separating the first discharge plenum from the second discharge plenum; and a sealing arrangement between the partition wall and the disk to reduce or prevent leakages from the first discharge plenum towards the second discharge plenum.
Filter module arrangement that can be slotted together for filtering fluids, comprising a plurality of filter modules, wherein a filter module has a filtrate area, a fluid inflow channel connected to the filtrate area, a fluid outflow channel connected to the filtrate area and a filter device through which fluid from the fluid inflow channel is filtered into the filtrate area, wherein the fluid inflow channel and the fluid outflow channel each have an inlet opening and an outlet opening which are formed to be able to slot into each other, with the result that in each case a common fluid channel (14, 16) is formed from a plurality of filter modules, and wherein the filter modules have at least one runner element, on which the filter module can be supported, and a bearing support in which the plurality of filter modules is received and secured, wherein the bearing support has at least one first guide rail, in which the filter modules are movably guided and supported by means of the runner elements, characterized in that a filter module comprises two or more runner elements, which are arranged at at least two locations spaced apart from each other and which interact with a second or further guide rails. a plurality of filter modules, wherein a filter module has a filtrate area, a fluid inflow channel connected to the filtrate area, a fluid outflow channel connected to the filtrate area and a filter device through which fluid from the fluid inflow channel is filtered into the filtrate area, wherein the fluid inflow channel and the fluid outflow channel each have an inlet opening and an outlet opening which are formed to be able to slot into each other, with the result that in each case a common fluid channel (14, 16) is formed from a plurality of filter modules, and wherein the filter modules have at least one runner element, on which the filter module can be supported, and a bearing support in which the plurality of filter modules is received and secured, wherein the bearing support has at least one first guide rail, in which the filter modules are movably guided and supported by means of the runner elements, characterized in that a filter module comprises two or more runner elements, which are arranged at at least two locations spaced apart from each other and which interact with a second or further guide rails.
A method performed by a network node for setting the size of a control region of a subframe that comprises the control region and a data region which follows the control region, the method comprising: a) the network node selecting an initial size for the control region of the subframe; b) the network node determining whether the initial size for the control region is less than a predetermined maximum control region size; c) in response to determining that the initial size is less than the predetermined maximum control region size, the network node selecting a final size for the control region of the subframe based on a data region load; and d) after selecting the final size for the control region, the network node transmitting the subframe, wherein the control region of the subframe comprises information identifying the selected final size, and the size of the control region is equal to the selected final size. a) the network node selecting an initial size for the control region of the subframe; b) the network node determining whether the initial size for the control region is less than a predetermined maximum control region size; c) in response to determining that the initial size is less than the predetermined maximum control region size, the network node selecting a final size for the control region of the subframe based on a data region load; and d) after selecting the final size for the control region, the network node transmitting the subframe, wherein the control region of the subframe comprises information identifying the selected final size, and the size of the control region is equal to the selected final size.
An alkali aluminosilicate glass, the alkali aluminosilicate glass comprising from 0.5 mol% to 4 mol% B 2 O 3, less than 1 mol% Li 2 O, and from 1 mol% to 7 mol% ZnO, wherein the alkali aluminosilicate glass has a softening point of 790°C or less and a high temperature coefficient of thermal expansion of 35 x 10 -6 /K or less, and wherein the alkali aluminosilicate glass is formable into a three-dimensional non-planar shape and is ion exchangeable, with the proviso that the glass is not the glass of samples 31 and 33 of WO 2015/130587 Al..
A medicament for use in a method of treating a disease due to a dysfunction of the macrophage, said disease being selected from mycobacteriosis, AIDS, Chlamydiosis, tuberculosis, toxoplasmosis, malaria, cancer, Crohn's disease and rheumatoid, said medicament comprising PLGA [poly(lactic acid/glycolic acid)copolymer] with a molecular weight of 5,000 to 10,000, which enhances the phagocytic activity of macrophages and exterminates all or a part of the pathogens present in the macrophages.
Light emitting diode chip comprising a semiconductor layer sequence, which has an active layer suitable for generating electromagnetic radiation, wherein - the light emitting diode chip has a radiation exit area at a front side, - the light emitting diode chip has, at a rear side lying opposite the radiation exit area, at least in regions, a mirror layer containing silver, - a functional layer is arranged on the mirror layer, - a material from which the functional layer is formed is also distributed in the entire mirror layer, wherein the material of the functional layer has a concentration gradient in the mirror layer, - the concentration of the material of the functional layer in the mirror layer, decreases proceeding from the functional layer in the direction toward the semiconductor layer sequence, and - the mirror layer directly adjoins the semiconductor layer sequence, characterized in that - the functional layer, for reducing corrosion and/or improving adhesion of the mirror layer, has a thickness of between 10 nm and 100 nm. - the light emitting diode chip has a radiation exit area at a front side, - the light emitting diode chip has, at a rear side lying opposite the radiation exit area, at least in regions, a mirror layer containing silver, - a functional layer is arranged on the mirror layer, - a material from which the functional layer is formed is also distributed in the entire mirror layer, wherein the material of the functional layer has a concentration gradient in the mirror layer, - the concentration of the material of the functional layer in the mirror layer, decreases proceeding from the functional layer in the direction toward the semiconductor layer sequence, and - the mirror layer directly adjoins the semiconductor layer sequence, - the functional layer, for reducing corrosion and/or improving adhesion of the mirror layer, has a thickness of between 10 nm and 100 nm.
A method comprising: vertically separating one or more groups of carbon fiber tows onto one or more elevations, respectively, and spreading the carbon fiber tows within each group; stabilizing the one or more groups of carbon fiber tows together at their respective elevations (a) with a stabilizing resin and (b) in-line with a commercial carbon fiber production process to form one or more semi-finished tapes; and impregnating the one or more semi-finished tapes with a matrix resin in a process offline of the carbon fiber production process to form a prepreg. vertically separating one or more groups of carbon fiber tows onto one or more elevations, respectively, and spreading the carbon fiber tows within each group; stabilizing the one or more groups of carbon fiber tows together at their respective elevations (a) with a stabilizing resin and (b) in-line with a commercial carbon fiber production process to form one or more semi-finished tapes; and impregnating the one or more semi-finished tapes with a matrix resin in a process offline of the carbon fiber production process to form a prepreg.
A fusing device comprising: a fusing belt that is rotatable; a pressing member disposed to face the fusing belt and form a fusing nip with the fusing belt; a heat source (125, 225, 325, 425, 525, 625, 725) disposed inside the fusing belt and at a side of the fusing nip; a guide member (130, 230, 330, 430, 530, 630, 730) including a heat source seat (132, 232, 332, 432, 532, 632, 732), on which the heat source is mountable, and configured to guide a rotation of the fusing belt; and a pressing support member (150, 250, 350, 450, 750) at one side of the heat source seat and configured to press the heat source toward an other side of the heat source seat that is opposite the one side of the heat source seat, characterised in that the heat source seat includes a plurality of protrusions formed protruding from an inner surface thereof on which the heat source is mounted. a fusing belt that is rotatable; a pressing member disposed to face the fusing belt and form a fusing nip with the fusing belt; a heat source (125, 225, 325, 425, 525, 625, 725) disposed inside the fusing belt and at a side of the fusing nip; a guide member (130, 230, 330, 430, 530, 630, 730) including a heat source seat (132, 232, 332, 432, 532, 632, 732), on which the heat source is mountable, and configured to guide a rotation of the fusing belt; and a pressing support member (150, 250, 350, 450, 750) at one side of the heat source seat and configured to press the heat source toward an other side of the heat source seat that is opposite the one side of the heat source seat, characterised in that the heat source seat includes a plurality of protrusions formed protruding from an inner surface thereof on which the heat source is mounted.