mhurhangee/ep-ind-claims huggingface dataset:
A system, comprising a first spacer sized and configured to be received within a joint space of a first bone, the first spacer defining a body extending between a first surface and a second surface; and an adjustable guide comprising a guide adapter and a guide body, wherein the guide adapter is configured to couple the adjustable guide to the first spacer, and wherein the guide body is adjustable along a first axis with respect to the guide adapter, wherein the guide body comprises a first leg and a second leg extending from the guide body on the first axis and spaced apart to define a slot sized and configured to receive a coupling element extending from the guide adapter, and comprising a locking element configured to be received on the coupling element to apply a locking force to the first and second legs of the guide body, and characterised in that the guide adapter comprises a flat body and the first spacer defines a complementary slot sized and configured to receive the flat body at least partially therein. a first spacer sized and configured to be received within a joint space of a first bone, the first spacer defining a body extending between a first surface and a second surface; and an adjustable guide comprising a guide adapter and a guide body, wherein the guide adapter is configured to couple the adjustable guide to the first spacer, and wherein the guide body is adjustable along a first axis with respect to the guide adapter, wherein the guide body comprises a first leg and a second leg extending from the guide body on the first axis and spaced apart to define a slot sized and configured to receive a coupling element extending from the guide adapter, and comprising a locking element configured to be received on the coupling element to apply a locking force to the first and second legs of the guide body, and characterised in that the guide adapter comprises a flat body and the first spacer defines a complementary slot sized and configured to receive the flat body at least partially therein.
One or more computer-readable memory devices storing instructions which, when executed by one or more processors, perform a method for establishing a user account allowing access to one or more protected resources, comprising: establishing user credentials and a shared secret with an access control mechanism associated with the one or more protected resources, wherein establishing the shared secret includes specifying a sequence of states and information that is to be provided during each of the states, the user credentials and shared secret to be presented to the access control mechanism to gain access to the one or more protected resources; storing the one or more user credentials in a first data structure so that the user credentials are accessible to the access control mechanism upon receiving an authentication request from the user requesting access to the one or more protected resources; associating with the user credentials stored in the first data structure a reference indicative to the access control mechanism of a location from which a shared secret executable code is accessible; and storing the shared secret as the shared secret executable code in a second data structure so that the executable code is accessible to the access control mechanism upon receiving an authentication request from the user requesting access to the one or more protected resources. establishing user credentials and a shared secret with an access control mechanism associated with the one or more protected resources, wherein establishing the shared secret includes specifying a sequence of states and information that is to be provided during each of the states, the user credentials and shared secret to be presented to the access control mechanism to gain access to the one or more protected resources; storing the one or more user credentials in a first data structure so that the user credentials are accessible to the access control mechanism upon receiving an authentication request from the user requesting access to the one or more protected resources; associating with the user credentials stored in the first data structure a reference indicative to the access control mechanism of a location from which a shared secret executable code is accessible; and storing the shared secret as the shared secret executable code in a second data structure so that the executable code is accessible to the access control mechanism upon receiving an authentication request from the user requesting access to the one or more protected resources.
Package for administration of medicinal or nutritional substances, comprising an outer bag with a sterile or sterilized inner chamber and, within said chamber, a bottle of medicinal or nutritional substance with a neck and a pierceable cap set in an overturned position and a device for the withdrawal and/or reconstitution of the substance contained in the bottle which is hooked to the neck of the bottle and comprises a needle for the perforation of the cap of the bottle and an outflow tube extending out of the bag and equipped with an openable closure element, wherein said perforation needle is axially movable with respect to the bottle and is passed through longitudinally by a first channel connecting - after axial movement of the needle for perforation of the cap and with the closure element set open - the inside of the bottle to said outflow tube, characterised in that the needle further comprises a second channel with a side opening equipped with a hydrophobic filter configured to allow, after perforation of the cap, only air or other gaseous fluid to flow from inside the bottle into the inner chamber of the bag or vice versa.
A nosecone (64; 200) configured for use with an inlet case (66; 250) having second threading (115; 253) of a gas turbine engine having an axis (A-A'), comprising: a cone portion (100; 201), characterised by the cone portion (100; 201) having first threading (102; 202) configured to mate with the second threading (115; 253) to couple the cone portion (100; 201) to the inlet case (66; 250); and a lock (104; 204) having: an annular ring (106; 206) configured to be positioned about the first threading (102; 202), and a tab (108; 208) extending radially from the annular ring (106; 206), and having a ramped circumferential end (110; 211) and an angled circumferential end (112; 213) such that the ramped circumferential end (110; 211) passes over a detent (114; 252) of the inlet case (66; 250) in response to the cone portion (100; 201) being fastened to the inlet case (66; 250) and the angled circumferential end (112; 213) engages with the detent (114; 252) to resist unfastening of the cone portion (100; 201) from the inlet case (66; 250). a cone portion (100; 201), characterised by the cone portion (100; 201) having first threading (102; 202) configured to mate with the second threading (115; 253) to couple the cone portion (100; 201) to the inlet case (66; 250); and a lock (104; 204) having: an annular ring (106; 206) configured to be positioned about the first threading (102; 202), and a tab (108; 208) extending radially from the annular ring (106; 206), and having a ramped circumferential end (110; 211) and an angled circumferential end (112; 213) such that the ramped circumferential end (110; 211) passes over a detent (114; 252) of the inlet case (66; 250) in response to the cone portion (100; 201) being fastened to the inlet case (66; 250) and the angled circumferential end (112; 213) engages with the detent (114; 252) to resist unfastening of the cone portion (100; 201) from the inlet case (66; 250). an annular ring (106; 206) configured to be positioned about the first threading (102; 202), and a tab (108; 208) extending radially from the annular ring (106; 206), and having a ramped circumferential end (110; 211) and an angled circumferential end (112; 213) such that the ramped circumferential end (110; 211) passes over a detent (114; 252) of the inlet case (66; 250) in response to the cone portion (100; 201) being fastened to the inlet case (66; 250) and the angled circumferential end (112; 213) engages with the detent (114; 252) to resist unfastening of the cone portion (100; 201) from the inlet case (66; 250).
An oligonucleotide which targets a Vascular Endothelial Growth Factor (VEGF) natural antisense transcript for use as a therapeutic compound, wherein the oligonucleotide modulates the expression of Vascular Endothelial Growth Factor (VEGF) and wherein the natural antisense transcript has the nucleic acid sequence as set forth in one of SEQ ID NOs: 2 or 3.
An absorbent article comprising: a stomach-side portion and a back-side portion that are joined to each other with at least one joining portion (5L, 5R), wherein the joining portion (5L, 5R) is formed by joining, with a plurality of fusion portions, an end portion of the stomach-side portion in a lateral direction and an end portion of the back-side portion in the lateral direction that are overlapped on each other such that inner surfaces face each other, the plurality of fusion portions being aligned in a longitudinal direction at intervals, each of the joining portion (5L, 5R) is divided into an upper joining part (P5U) positioned on an upper side and a lower joining part (P5L) positioned on a lower side in the longitudinal direction, the joining portion (5L, 5R) is elastic in the lateral direction, tensile stress in the lateral direction in the upper joining part (P5U) is larger than tensile stress in the lateral direction in the lower joining part (P5L), the joining portion (5L, 5R) includes the fusion portions and a margin present on an outer side of the fusion portions in the lateral direction, a dimension of the margin in the lateral direction in the upper joining part (P5U) is larger than a dimension of the margin in the lateral direction in the lower joining part (P5L), and an area of each of the fusion portions positioned in the upper joining part (P5U) is larger than an area of each of the fusion portions positioned in the lower joining part (P5L). a stomach-side portion and a back-side portion that are joined to each other with at least one joining portion (5L, 5R), wherein the joining portion (5L, 5R) is formed by joining, with a plurality of fusion portions, an end portion of the stomach-side portion in a lateral direction and an end portion of the back-side portion in the lateral direction that are overlapped on each other such that inner surfaces face each other, the plurality of fusion portions being aligned in a longitudinal direction at intervals, each of the joining portion (5L, 5R) is divided into an upper joining part (P5U) positioned on an upper side and a lower joining part (P5L) positioned on a lower side in the longitudinal direction, the joining portion (5L, 5R) is elastic in the lateral direction, tensile stress in the lateral direction in the upper joining part (P5U) is larger than tensile stress in the lateral direction in the lower joining part (P5L), the joining portion (5L, 5R) includes the fusion portions and a margin present on an outer side of the fusion portions in the lateral direction, a dimension of the margin in the lateral direction in the upper joining part (P5U) is larger than a dimension of the margin in the lateral direction in the lower joining part (P5L), and an area of each of the fusion portions positioned in the upper joining part (P5U) is larger than an area of each of the fusion portions positioned in the lower joining part (P5L).
A smearing device for smearing the heels of whole cheeses, with at least two rotary disks that are arranged at distances along an arrangement axis and are rotatable about rotary disk axes and with at least two edge brushes, each of which is assigned to a rotary disk and its rotary disk axis and which are adjustably connected to a support apparatus and can be applied to the heels of the whole cheeses arranged on the rotary disks, characterized in that each of the edge brushes are movable together toward and away from the assigned rotary disk axis within movement ranges along movement lines, wherein the movement lines extend from the relevant rotary axis at an angle of 67.5° to the arrangement axis.
Measuring probe for measuring the thickness of thin layers with a housing, having at least one sensor element, which is received at least slightly moveably along a longitudinal axis and which comprises at least one first winding device, which has a magnetic pot core arranged in the longitudinal axis of the housing, and to whose central pin a first and second coil (70, 71) are allocated, and having a spherical positioning cap on the central pin pointing towards the measuring surface of an object to be measured, which cap comprises a bearing surface for fitting on a measuring surface, characterised in that a second winding device is provided allocated to the spherical positioning cap, which device is formed from a discoidal or annular carrier having at least one Archimedean coil, in that a shield is provided at least partially between the first and second wining device (44, 48), and in that the spherical positioning cap has, in alignment with the bearing surface, a region that is tapered in the periphery, on which a sleeve made from a ferritic material is provided, which forms a shield in the radial direction towards the second winding device.
A lifting and guiding device for handling wind turbine tower sections, comprising a one-piece plate-shaped support part for being connected to a segment of a tower section and a rotatable part which is secured in position to the support part, wherein rotatable part comprises two rollers being attached oppositely at inwardly bent flanges (8, 9) of the support part.
A shower assembly with a support, a shower area comprising a layer material with a thickness of less than 10 mm arranged on the support, a sealing material provided for the assembly around the shower area and a drainage fitting, wherein a completely framed drainage opening for the connection of the drainage fitting is formed inside the shower area offset in the direction of an edge of the shower area, wherein the shower area, proceeding from an edge lying opposite the drainage opening up to the drainage opening, is flat along a longitudinal direction and at right angles thereto up to side edges in a transverse direction (q) and wherein the shower area is formed from steel-enamel with a thickness between 0.5 mm and 5 mm.
An inflatable pool comprising: a pool wall; a pool bottom comprising an outer bottom sheet and an inner bottom sheet, wherein the pool wall and the pool bottom together define a fluid accommodation cavity; a strip comprising a lower rim connected to an outer annular portion of the outer bottom sheet and an upper rim connected to an outer annular portion of the inner bottom sheet; wherein an inner annular portion of the inner bottom sheet is connected to an inner annular portion of the outer bottom sheet, such that a bottom channel is defined by the strip, a portion of the inner bottom sheet between the outer annular portion of the inner bottom sheet and the inner annular portion of the inner bottom sheet, and a portion of the outer bottom sheet between the outer annular portion of the outer bottom sheet and the inner annular portion of the outer bottom sheet; wherein a plurality of holes are formed through both the strip and the inner bottom sheet, in an overlapping region where the strip overlaps with the inner bottom sheet, and the bottom channel is in communication with the fluid accommodation cavity through the plurality of holes. a pool wall; a pool bottom comprising an outer bottom sheet and an inner bottom sheet, wherein the pool wall and the pool bottom together define a fluid accommodation cavity; a strip comprising a lower rim connected to an outer annular portion of the outer bottom sheet and an upper rim connected to an outer annular portion of the inner bottom sheet; wherein an inner annular portion of the inner bottom sheet is connected to an inner annular portion of the outer bottom sheet, such that a bottom channel is defined by the strip, a portion of the inner bottom sheet between the outer annular portion of the inner bottom sheet and the inner annular portion of the inner bottom sheet, and a portion of the outer bottom sheet between the outer annular portion of the outer bottom sheet and the inner annular portion of the outer bottom sheet; wherein a plurality of holes are formed through both the strip and the inner bottom sheet, in an overlapping region where the strip overlaps with the inner bottom sheet, and the bottom channel is in communication with the fluid accommodation cavity through the plurality of holes.
A multimedia system, comprising: decoding means for decoding an audio bitstream, said decoding means comprising generation means, said generation means comprising byte counting means for counting bytes consumed by the decoding means during decoding, and sample counting means for counting the samples output from the decoding means, wherein said generation means is for generating an audio playback time stamp report comprising values determined by the byte counting means and sample counting means, said values determined at instants defined by a call back interval, the call back interval being a function of the number of decoded samples; said multimedia system further comprising processing means for receiving the audio playback time stamp report, said means including a look-up table, LUT, mapping predetermined byte counts and predetermined audio playback times associated with the predetermined byte counts; said processing means further comprising cross referencing means and resynchronizing means for cross referencing the count of the bytes from the audio playback time stamp report and the predetermined byte counts indexed in the LUT and obtaining an actual audio playback time and for resynchronizing the system based on the actual audio playback time. decoding means for decoding an audio bitstream, said decoding means comprising generation means, said generation means comprising byte counting means for counting bytes consumed by the decoding means during decoding, and sample counting means for counting the samples output from the decoding means, wherein said generation means is for generating an audio playback time stamp report comprising values determined by the byte counting means and sample counting means, said values determined at instants defined by a call back interval, the call back interval being a function of the number of decoded samples; said multimedia system further comprising processing means for receiving the audio playback time stamp report, said means including a look-up table, LUT, mapping predetermined byte counts and predetermined audio playback times associated with the predetermined byte counts; said processing means further comprising cross referencing means and resynchronizing means for cross referencing the count of the bytes from the audio playback time stamp report and the predetermined byte counts indexed in the LUT and obtaining an actual audio playback time and for resynchronizing the system based on the actual audio playback time.
A wheel support bearing assembly for rotatably supporting a wheel relative to a vehicle body structure, which assembly comprises an outer member having an inner peripheral surface formed with double rows of raceway surfaces, an inner member having an outer peripheral surface formed with double rows of raceway surfaces in face-to-face relation with the raceway surfaces of the outer member, and also having an outboard portion of the outer peripheral surface formed with a wheel mounting flange, double rows of rolling elements interposed between the opposed raceway surfaces (4,5), and outboard and inboard sealing structures (7, 8) for sealing opposite open ends of an annular bearing space delimited between the outer member and the inner member; wherein the wheel mounting flange is provided with a shielding plate having a tubular wall that is positioned in the vicinity of an outer peripheral surface of an outboard end of the outer member so as to form a labyrinth seal between the tubular wall of the shielding plate and the outer member; wherein the shielding plate is a member of a L-sectioned configuration including the tubular wall and an upright wall extending radially outward from the tubular wall, and the upright wall is secured to an inboard surface of the wheel mounting flange; and wherein the outer peripheral surface of the outer member is provided with a guide structure (1c, 1d, 1e) in a portion of the outer peripheral surface axially covered by the tubular wall of the shielding plate in the labyrinth seal for guiding in a direction downwardly of the outer member, a water flowing into between the shielding plate and the outer member along the flange and the shielding plate and, also, a water flowing in between the shielding plate and the outer member along the outer peripheral surface of the outer member.
Controllable choke coil, comprising at least one choke winding and a magnetic coil core which has a longitudinal extension direction corresponding to the main magnetic flux direction, a first transverse extension direction and a second transverse extension direction, the three extension directions (X, Y, Z) being orientated in pairs perpendicular to one another, the coil core having at least three boreholes, - wherein the boreholes extend substantially along the second transverse direction of extension, - wherein at most one borehole extends in each transverse extension plane of the coil core, which is spanned by the first transverse extension direction and the second transverse extension direction, and - wherein a distance of at least one borehole from an outer edge of the coil core in the first transverse extension direction is greater than a distance (x2, z1) of the borehole from a further outer edge of the coil core, wherein a control winding passes through the boreholes in such a way that a pre-magnetisation of the coil core can be generated by a control current (Is) through the control winding. - wherein the boreholes extend substantially along the second transverse direction of extension, - wherein at most one borehole extends in each transverse extension plane of the coil core, which is spanned by the first transverse extension direction and the second transverse extension direction, and - wherein a distance of at least one borehole from an outer edge of the coil core in the first transverse extension direction is greater than a distance (x2, z1) of the borehole from a further outer edge of the coil core,