mhurhangee/ep-ind-claims huggingface dataset:
Wheel tube for complete covering on a rim, which is not closed in itself but has two ends, the wheel tube comprising: (i) a tube having two open ends and two end caps each having a rounded curvature, the curvature corresponding to a blunt tube end terminated with a circular end plate, the two end caps each being connected to a separate tube section by vulcanization, wherein (ii) the end caps are joined to the tube butt to butt via the respective tube section as a connecting element by vulcanization, characterized in that (a) the two end caps and/or (b) the tube have a non-constant wall thickness, so that they deviate from the circular shape in relation to their external cross section in the inflated state and the outer cross-section of the end caps has a slightly oval shape and the inner cross-section has a round shape. (i) a tube having two open ends and two end caps each having a rounded curvature, the curvature corresponding to a blunt tube end terminated with a circular end plate, the two end caps each being connected to a separate tube section by vulcanization, wherein (ii) the end caps are joined to the tube butt to butt via the respective tube section as a connecting element by vulcanization, (a) the two end caps and/or (b) the tube have a non-constant wall thickness, so that they deviate from the circular shape in relation to their external cross section in the inflated state and the outer cross-section of the end caps has a slightly oval shape and the inner cross-section has a round shape.
A process for the synthesis of spheroidal magnesium alkoxide having improved mechanical strength and narrow particle size distribution, the process comprising reacting magnesium metal, in the presence of iodine, with a mixture of alcohols by step-wise heating first in the range of 40°C to 65°C for a period of 2 hours and then in the range of 65°C to 80°C for a period of 1 hour, further by maintaining reaction temperature at 80°C for a period of 6 to 10 hours, the vapours of the mixture produced during the reaction being condensed in an overhead condenser, hydrogen gas produced during the reaction being vented off and the mixture of alcohols left after the reaction being filtered and reused, and wherein the mixture of alcohols is selected from the group consisting of methanol, ethanol, propanol, isopropanol, butanol and isobutanol.
An outer rotor motor comprising: a rotor rotating about an axis having a cup-shaped fan connecting member including a cylindrical part with a cylindrical axis coinciding with the axis and a circular disc part perpendicular to the axis; a ring-shaped yoke provided over the inner peripheral surface of the cylindrical part and having a whole surface of a radially outer side covered by said cup shaped fan connecting member; a ring-shaped rotor magnet with magnetic poles alternately changing in a circumferential direction and fixed to a fixing slot defined in the radially inner surface of the yoke, wherein the yoke covers a radially outer surface and part on a radially outer side of an axially-directed surface (126u, 126d) of said rotor magnet; and a stator having teeth that face a radially inner surface of said rotor magnet, and coils wound around each said teeth, characterised in that a whole surface of axially both sides of said yoke is covered by said member, said member is a resin member and yokes are fixed to fixing slots defined in a radially inner surface of the rotor magnet. a rotor rotating about an axis having a cup-shaped fan connecting member including a cylindrical part with a cylindrical axis coinciding with the axis and a circular disc part perpendicular to the axis; a ring-shaped yoke provided over the inner peripheral surface of the cylindrical part and having a whole surface of a radially outer side covered by said cup shaped fan connecting member; a ring-shaped rotor magnet with magnetic poles alternately changing in a circumferential direction and fixed to a fixing slot defined in the radially inner surface of the yoke, the yoke covers a radially outer surface and part on a radially outer side of an axially-directed surface (126u, 126d) of said rotor magnet; and a stator having teeth that face a radially inner surface of said rotor magnet, and coils wound around each said teeth, characterised in that a whole surface of axially both sides of said yoke is covered by said member, said member is a resin member and yokes are fixed to fixing slots defined in a radially inner surface of the rotor magnet.
A therapeutic composition, comprising an isolated asparaginyl aminoacyl-tRNA synthetase (AsnRS) polypeptide of 100 to 500 amino acids in length and comprising an amino acid sequence that is at least 90%, 95%, 98%, or 100% identical to SEQ ID NO:38, 24, 26, 28, 36, or 40, wherein the polypeptide has an extracellular signaling activity and a solubility of at least 5 mg/mL in a liquid solvent, and wherein the composition has a purity of at least 95% on a protein basis and less than 10 EU endotoxin / mg protein.
Pivoting-motor camshaft adjuster having a hydraulic valve which has a bush and a hollow piston which can be displaced axially within said bush by means of an actuator counter to the force of a helical compression spring and has a piston head, against which the actuator bears, a sleeve which is fixed to the bush being arranged within the hollow piston such that it can be displaced relative to the latter, the wall of which sleeve has an aperture which leads to at least one opening of the hollow piston, which opening can conduct a supply pressure which prevails within the sleeve alternatively to two pressure chambers (9, 10) of the pivoting-motor camshaft adjuster, the sleeve having a sleeve bottom which closes the inner space of the hollow piston, characterized in that, at its end which faces away from the actuator, the sleeve has a radial play with respect to the bush, which radial play is bridged by means of an elastically deformable seal, with the result that a gap between the sleeve and the bush is sealed, the sleeve (55, 155) having a limited axial displaceability with respect to the bush (52, 152).
A composite material comprising a warp-knitted textile panel having wales corresponding to the warp direction and courses corresponding to the weft direction, and first and second opposite faces, said first face being covered with a layer of at least one polymer material, each one of said wales comprises first stitches formed on every other course with a first yarn (12, 18, 21, 24, 31, 32), and second stitches formed on every other course with a second yarn (13, 19, 22, 25, 29, 30), the first and second stitches being alternated on every other course and being in opposition, and said textile panel comprises weft yarns inserted in the weft direction on every n out of p courses, n and p being integers, with n being less than or equal to p, said textile panel comprising first and second stitches which are chain stitches, and that extend along a wale, or said textile panel comprising first stitches which are chain stitches, and second stitches which are tricot stitches extending along at least two adjacent wales, and characterized in that said knitted textile panel is substantially plane.
A method for accessing media content on a device, the method comprising: receiving, from a first set of servers, a media storage structure storing a plurality of encrypted media portions corresponding to a particular presentation of content; receiving, from a second, different set of servers, at least two individual decryption keys (1130, 1132) that are each for decrypting a corresponding one of the encrypted media portions (1145, 1155) in the media storage structure that the device has permission to access, wherein a first encrypted media portion of the encrypted media portions comprises a first type of content for the particular presentation of content and a second encrypted media portion of the encrypted media portions comprises a second type of content for the particular presentation of content; merging the received decryption keys (1130, 1132) with the received media storage structure in a merged media file; storing the merged media file in a content library of the device; and using a particular one of the individual decryption keys (1130, 1132) to decrypt and access the encrypted media portion (1145, 1155) to which the particular individual decryption key (1130, 1132) corresponds. receiving, from a first set of servers, a media storage structure storing a plurality of encrypted media portions corresponding to a particular presentation of content; receiving, from a second, different set of servers, at least two individual decryption keys (1130, 1132) that are each for decrypting a corresponding one of the encrypted media portions (1145, 1155) in the media storage structure that the device has permission to access, wherein a first encrypted media portion of the encrypted media portions comprises a first type of content for the particular presentation of content and a second encrypted media portion of the encrypted media portions comprises a second type of content for the particular presentation of content; merging the received decryption keys (1130, 1132) with the received media storage structure in a merged media file; storing the merged media file in a content library of the device; and using a particular one of the individual decryption keys (1130, 1132) to decrypt and access the encrypted media portion (1145, 1155) to which the particular individual decryption key (1130, 1132) corresponds.
Medical kit for use in negative pressure therapy of endoluminal wound sites in the gastrointestinal tract, comprising at least two absorbent bodies (10, 20, 30, 40, 50, 60, 70), wherein each of the at least two absorbent bodies (10, 20, 30, 40, 50, 60, 70) comprises a sponge body and a suction hose connected non-detachably to the sponge body by means of adhesive, wherein each of the sponge bodies is substantially cylindrical, in particular in the form of a vertical circular cylinder, wherein each of the sponge bodies has a diameter d and a length 1, wherein at least one opening is present in the suction hose, and wherein each of the sponge bodies present in the kit differs, in at least one of the sizes chosen from diameter d and/or length 1, from every other of the sponge bodies present in the kit, characterized in that at least two of the sponge bodies present in the kit differ, in only a single size chosen from diameter d or length 1, from each of the other sponge bodies present in the kit, wherein the kit comprises at least two sponge bodies that have an identical length 1 and a different diameter d. comprising at least two absorbent bodies (10, 20, 30, 40, 50, 60, 70), wherein each of the at least two absorbent bodies (10, 20, 30, 40, 50, 60, 70) comprises a sponge body and a suction hose connected non-detachably to the sponge body by means of adhesive, wherein each of the sponge bodies is substantially cylindrical, in particular in the form of a vertical circular cylinder, wherein each of the sponge bodies has a diameter d and a length 1, wherein at least one opening is present in the suction hose, and wherein each of the sponge bodies present in the kit differs, in at least one of the sizes chosen from diameter d and/or length 1, from every other of the sponge bodies present in the kit, characterized in that at least two of the sponge bodies present in the kit differ, in only a single size chosen from diameter d or length 1, from each of the other sponge bodies present in the kit, wherein the kit comprises at least two sponge bodies that have an identical length 1 and a different diameter d.
A printer for printing on a roll paper, comprising: a sheet holding section configured to hold the roll paper formed by rolling a printing target sheet, a pair of pressing sections configured to hold the roll paper from both side ends, characterized in that, a holding section provided in each of the pressing sections, the holding section being displaceable to a first position where the holding section projects to a side opposed to a side end portion of the roll paper and a second position where the holding section does not project, whereby in the first position the holding section is entering a cylindrical portion in a rolling center of the roll paper to hold the roll paper. a sheet holding section configured to hold the roll paper formed by rolling a printing target sheet, a pair of pressing sections configured to hold the roll paper from both side ends, characterized in that, a holding section provided in each of the pressing sections, the holding section being displaceable to a first position where the holding section projects to a side opposed to a side end portion of the roll paper and a second position where the holding section does not project, whereby in the first position the holding section is entering a cylindrical portion in a rolling center of the roll paper to hold the roll paper.
A system for controlling the movement of a cursor relative to an image of a target displayed on one or more display devices (21, 25, 31), the system comprising: a. a tracking means for tracking movement of an operator relative to the target, the tracking means operable to generate motion detection data as determined movement of the operator; b. a processing means for linking the motion detection data and at least one signal taken from the target to generate linked data, wherein the linked data serves to control movement (43, 51) of the cursor relative to the image of the target on the one or more display devices characterized in that the tracking means comprises two or more different motion detection modalities; and the processing means is capable of selectively linking motion detection data from only one motion detection modality or linking a combination of motion detection data from the two or more different motion detection modalities. a. a tracking means for tracking movement of an operator relative to the target, the tracking means operable to generate motion detection data as determined movement of the operator; b. a processing means for linking the motion detection data and at least one signal taken from the target to generate linked data, wherein the linked data serves to control movement (43, 51) of the cursor relative to the image of the target on the one or more display devices
A method for sharing resources between devices, comprising: receiving, by a first device, from a second device, a sharing request including a credential identifying the second device; providing, to the second device, from the first device, data representative of a first resource locally available to the first device, wherein the first resource is not locally available to the second device and wherein the resources locally available to the first device comprise an accelerometer; controlling, by the first device, use of the first resource in accordance with a control instruction transmitted to the first device from the second device, wherein this control instruction is similar to a control instruction that would be transmitted by a service and/or application layer of the second device if the first resource were locally available to the second device; generating, by the first resource, data in response to executing the control instruction; and transmitting said data from the first device to the second device in the same form as generated by the first resource, so that when a service and/or application layer of the second device receives the data, the data appears to have come directly from a local resource of the second device, wherein the method further comprises: stopping, by the first device, sharing of the first resource with the second device when the geographic distance between the first device and the second device exceeds a threshold. receiving, by a first device, from a second device, a sharing request including a credential identifying the second device; providing, to the second device, from the first device, data representative of a first resource locally available to the first device, wherein the first resource is not locally available to the second device and wherein the resources locally available to the first device comprise an accelerometer; controlling, by the first device, use of the first resource in accordance with a control instruction transmitted to the first device from the second device, wherein this control instruction is similar to a control instruction that would be transmitted by a service and/or application layer of the second device if the first resource were locally available to the second device; generating, by the first resource, data in response to executing the control instruction; and transmitting said data from the first device to the second device in the same form as generated by the first resource, so that when a service and/or application layer of the second device receives the data, the data appears to have come directly from a local resource of the second device, wherein the method further comprises: stopping, by the first device, sharing of the first resource with the second device when the geographic distance between the first device and the second device exceeds a threshold.
An ophthalmologic microscope comprising: an illuminating optical system for illuminating a subject's eye; an observation optical system that comprises an observation optical system for left eye and an observation optical system for right eye to observe the subject's eye illuminated by the illuminating optical system; an objective lens through which an optical axis of the observation optical system for left eye (O-400L) and an optical axis of the observation optical system for right eye (O-400R) of the observation optical system commonly penetrate; and an OCT optical system for scanning a measuring light to test the subject's eye with Optical Coherence Tomography, wherein the observation optical system, the objective lens, and the OCT optical system are placed in such a way that the optical axis of the OCT optical system (O-500) does not penetrate through the objective lens through which the optical axis of the observation optical system (O-400) penetrates, and the optical axis of the observation optical system and the optical axis of the OCT optical system are non-coaxial; and it further comprises a SLO optical system that scans a light ray which is a visible ray, a near infrared ray, or an infrared ray and guides the light to the subject's eye so as to become substantially coaxial with the optical axis of the OCT optical system, and it can observe an area including a section of the subject's where the OCT optical system scans, with the SLO optical system. an illuminating optical system for illuminating a subject's eye; an observation optical system that comprises an observation optical system for left eye and an observation optical system for right eye to observe the subject's eye illuminated by the illuminating optical system; an objective lens through which an optical axis of the observation optical system for left eye (O-400L) and an optical axis of the observation optical system for right eye (O-400R) of the observation optical system commonly penetrate; and an OCT optical system for scanning a measuring light to test the subject's eye with Optical Coherence Tomography, wherein the observation optical system, the objective lens, and the OCT optical system are placed in such a way that the optical axis of the OCT optical system (O-500) does not penetrate through the objective lens through which the optical axis of the observation optical system (O-400) penetrates, and the optical axis of the observation optical system and the optical axis of the OCT optical system are non-coaxial; and it further comprises a SLO optical system that scans a light ray which is a visible ray, a near infrared ray, or an infrared ray and guides the light to the subject's eye so as to become substantially coaxial with the optical axis of the OCT optical system, and it can observe an area including a section of the subject's where the OCT optical system scans, with the SLO optical system.
A method, performed by a base station subsystem, BSS, in a GSM EDGE Radio Access Network, GERAN, that employs an extended E-UTRA Absolute Radio Frequency Channel Number, EARFCN, value range obtained by extending a legacy 16-bit EARFCN by two bits, of informing multi-RAT-capable User Equipment, UE, of neighboring Evolved Universal Mobile Telecommunications System Radio Access Network, E-UTRAN, cells (12, 14, 16) the method characterised by: generating a System Information, SI, 23 message including E-UTRAN neighbor cell (12, 14, 16) lists, using the extended EARFCN value range; broadcasting the SI23 message in the GERAN network; updating extended EARFCN information broadcast in the SI23 message; setting a SI_CHANGE_FIELD field of a SI13 Rest Octets Information Element, IE, to a value indicating that the SI23 message has extended EARFCN information; and broadcasting a SI13 message including the set SI_CHANGE_FIELD field in the GERAN network. generating a System Information, SI, 23 message including E-UTRAN neighbor cell (12, 14, 16) lists, using the extended EARFCN value range; broadcasting the SI23 message in the GERAN network; updating extended EARFCN information broadcast in the SI23 message; setting a SI_CHANGE_FIELD field of a SI13 Rest Octets Information Element, IE, to a value indicating that the SI23 message has extended EARFCN information; and broadcasting a SI13 message including the set SI_CHANGE_FIELD field in the GERAN network.
An ice skate comprising: a) a boot; b) a holder having at least one substantially enclosed chamber and at least one aperture visible from a side view of the holder; c) a blade system with a lower surface of a first defined curvature and a first blade system engagement portion; d) the blade system comprising a blade along the lower surface; e) a rotary retention latch pivotally mounted to the holder and substantially located in the enclosed chamber of the holder for movement between a blade securing position and a blade releasing position; f) the rotary retention latch having an attachment engagement portion accessible through a first opening in the holder to the chamber and a release lever that is configured to be placed within the at least one aperture and to project into the at least one aperture, the release lever is accessible through the at least one aperture to move the rotary retention latch between the blade securing position and the blade releasing position; and g) at least one biasing device that biases the rotary retention latch to the blade securing position; wherein the blade system is retained in the holder via the first blade system engagement portion, when extended through the first opening in the holder, detachably mating with the attachment engagement portion of the rotary retention latch when the rotary retention latch is in the blade securing position. a) a boot; b) a holder having at least one substantially enclosed chamber and at least one aperture visible from a side view of the holder; c) a blade system with a lower surface of a first defined curvature and a first blade system engagement portion; d) the blade system comprising a blade along the lower surface; e) a rotary retention latch pivotally mounted to the holder and substantially located in the enclosed chamber of the holder for movement between a blade securing position and a blade releasing position; f) the rotary retention latch having an attachment engagement portion accessible through a first opening in the holder to the chamber and a release lever that is configured to be placed within the at least one aperture and to project into the at least one aperture, the release lever is accessible through the at least one aperture to move the rotary retention latch between the blade securing position and the blade releasing position; and g) at least one biasing device that biases the rotary retention latch to the blade securing position; wherein the blade system is retained in the holder via the first blade system engagement portion, when extended through the first opening in the holder, detachably mating with the attachment engagement portion of the rotary retention latch when the rotary retention latch is in the blade securing position.