mhurhangee/ep-ind-claims huggingface dataset:
A latch mechanism (10, 210) comprising: a handle (14, 214), a linkage (16, 216), a hook (12, 212) including a hook body (13, 213) and a hook end (11, 211) coupled to the hook body (13, 213), the hook body (13, 213) coupled to the linkage (16, 216) and to the handle (14, 214) along a first rotation axis (A, D), and a bushing (18, 218) coupled to the hook body (13, 213), to the linkage (16, 216), and to the handle (14, 214) along a second rotation axis (B, E), the bushing (18, 218) configured to allow mounting of the latch mechanism (10, 210) on a structure and to allow rotation of the latch mechanism (10, 210) relative to the structure about the second rotation axis (B, E), wherein the hook body (13, 213) includes an arm (22, 222) and a bridge (24, 224) coupled to the arm (22, 222), the bridge (24, 224) and the arm (22, 222) at least partially defining an arcuate slot (28, 228) spaced apart from the first rotation axis (A, D) and extending at least partially around the first rotation axis (A, D), the bushing (18, 218) extends into the arcuate slot and is configured to move along the arcuate slot (28, 228) around the first rotation axis (A, D), the handle (14, 214) is rotatable about the first rotation axis (A, D) from a closed position wherein the handle (14, 214) extends along the hook (12, 212) and an opened position where the handle (14, 214) is spaced apart from the hook end (11, 211), and the handle is configured to engage with the bushing to rotate the linkage (16, 216) and the hook (12, 212) about the second rotation axis (B, E). a handle (14, 214), a linkage (16, 216), a hook (12, 212) including a hook body (13, 213) and a hook end (11, 211) coupled to the hook body (13, 213), the hook body (13, 213) coupled to the linkage (16, 216) and to the handle (14, 214) along a first rotation axis (A, D), and a bushing (18, 218) coupled to the hook body (13, 213), to the linkage (16, 216), and to the handle (14, 214) along a second rotation axis (B, E), the bushing (18, 218) configured to allow mounting of the latch mechanism (10, 210) on a structure and to allow rotation of the latch mechanism (10, 210) relative to the structure about the second rotation axis (B, E), wherein the hook body (13, 213) includes an arm (22, 222) and a bridge (24, 224) coupled to the arm (22, 222), the bridge (24, 224) and the arm (22, 222) at least partially defining an arcuate slot (28, 228) spaced apart from the first rotation axis (A, D) and extending at least partially around the first rotation axis (A, D), the bushing (18, 218) extends into the arcuate slot and is configured to move along the arcuate slot (28, 228) around the first rotation axis (A, D), the handle (14, 214) is rotatable about the first rotation axis (A, D) from a closed position wherein the handle (14, 214) extends along the hook (12, 212) and an opened position where the handle (14, 214) is spaced apart from the hook end (11, 211), and the handle is configured to engage with the bushing to rotate the linkage (16, 216) and the hook (12, 212) about the second rotation axis (B, E).
A computer-implemented method performed by a first computing device, the method comprising: determining a key pair comprising a public key and a private key; generating a first shared secret using the private key and a static second device public key; encrypting request data using the first shared secret to obtain encrypted request data; sending a request message including the encrypted request data and the public key to a second computing device; receiving a response message including encrypted response data and a blinded static second device public key from the second computing device, wherein the blinded static second device public key is determined by blinding the static second device public key with a blinding factor; determining a second shared secret using the private key and the blinded static second device public key; and decrypting the encrypted response data using the second shared secret to determine response data. determining a key pair comprising a public key and a private key; generating a first shared secret using the private key and a static second device public key; encrypting request data using the first shared secret to obtain encrypted request data; sending a request message including the encrypted request data and the public key to a second computing device; receiving a response message including encrypted response data and a blinded static second device public key from the second computing device, wherein the blinded static second device public key is determined by blinding the static second device public key with a blinding factor; determining a second shared secret using the private key and the blinded static second device public key; and decrypting the encrypted response data using the second shared secret to determine response data.
A method for providing feature transparency at wireless devices, the method comprising: obtaining, at a feature transparency system, data that is to be delivered to a wireless device that is being transported by a vehicle in a non-terrestrial environment, the data corresponding to a feature provided at the wireless device in a terrestrial environment; determining, by the feature transparency system, whether the received data is allowed or is not allowed to be delivered to the wireless device, the determining based on one or more conditions including at least one of a flight state of the vehicle or a connection state of a non-terrestrial network of the feature transparency system with a ground-based network, and based on a set of rules corresponding to providing the feature at the wireless device in the non-terrestrial environment, and the set of rules being different than another set of rules corresponding to providing another feature at the wireless device in the non-terrestrial environment; causing, by the feature transparency system, the received data to be delivered to the wireless device when the received data is allowed to be delivered to the wireless device; and preventing, by the feature transparency system, the received data from being delivered to the wireless device when the received data is not allowed to be delivered to the wireless device. obtaining, at a feature transparency system, data that is to be delivered to a wireless device that is being transported by a vehicle in a non-terrestrial environment, the data corresponding to a feature provided at the wireless device in a terrestrial environment; determining, by the feature transparency system, whether the received data is allowed or is not allowed to be delivered to the wireless device, the determining based on one or more conditions including at least one of a flight state of the vehicle or a connection state of a non-terrestrial network of the feature transparency system with a ground-based network, and based on a set of rules corresponding to providing the feature at the wireless device in the non-terrestrial environment, and the set of rules being different than another set of rules corresponding to providing another feature at the wireless device in the non-terrestrial environment; causing, by the feature transparency system, the received data to be delivered to the wireless device when the received data is allowed to be delivered to the wireless device; and preventing, by the feature transparency system, the received data from being delivered to the wireless device when the received data is not allowed to be delivered to the wireless device.
A computer-implemented method of modeling a geological body, the method comprising: building, for a volume of interest, a contemporary structural model comprising a plurality of block units (150, 160, 170, 231, 271, 211); generating a paleo-space model by transforming the plurality of block units from contemporary space to paleo-space; constructing a geological body in the paleo-space model using data acquired from a contemporary formation; determining a set of block units (150, 160, 170, 231, 271, 211) containing the geological body in the paleo-space model; constructing, for each block unit of the set of block units, a copy of the closed bounding surface of the geological body; generating a plurality of inverse transformed boundary surfaces (598, 596) by applying an inverse paleo-transform to each copy of the closed bounding surface; trimming the plurality of inverse transformed boundary surfaces (598, 596) to fit the plurality of block units (150, 160, 170, 231, 271, 211) in the contemporary structural model to generate a plurality of clipped pieces; collecting the plurality of clipped pieces in one geometry feature that represents the geological body in a contemporary structural model. building, for a volume of interest, a contemporary structural model comprising a plurality of block units (150, 160, 170, 231, 271, 211); generating a paleo-space model by transforming the plurality of block units from contemporary space to paleo-space; constructing a geological body in the paleo-space model using data acquired from a contemporary formation; determining a set of block units (150, 160, 170, 231, 271, 211) containing the geological body in the paleo-space model; constructing, for each block unit of the set of block units, a copy of the closed bounding surface of the geological body; generating a plurality of inverse transformed boundary surfaces (598, 596) by applying an inverse paleo-transform to each copy of the closed bounding surface; trimming the plurality of inverse transformed boundary surfaces (598, 596) to fit the plurality of block units (150, 160, 170, 231, 271, 211) in the contemporary structural model to generate a plurality of clipped pieces; collecting the plurality of clipped pieces in one geometry feature that represents the geological body in a contemporary structural model.
A copper-releasing contraceptive device, which device comprises a vertical plastic stem (91, 101) and a flexible plastic retention arm, said arm being suitable for engaging a uterine cavity and thereby retaining the device within said cavity, and said arm being centrally provided with a vertical extension from which the vertical stem (91, 101) extends, wherein an upper, hollow, copper tube is connected to the vertical extension, wherein a number of further, hollow, copper tubes (92, 102) are threaded onto the stem (91, 101), and wherein a bottom, hollow, copper tube is prevented from sliding off said stem (91, 101), through crimping said bottom tube onto said stem, and/or by means of a thickening of said stem, and wherein the stem is further provided with a separate removal tail (94, 104) for removal of said device, characterized in that the stem (91, 101) has a diameter substantially smaller than an internal diameter of the tubes (92, 102) threaded onto the stem (91, 101), allowing said tubes (92, 102) to freely rotate around the stem (91, 101), and to move up and down the stem (91, 101), thereby allowing release of copper ions from the outside as well as from the inside of the tubes, wherein in case the bottom tube is crimped onto the stem, said bottom tube therein affixes said removal tail, and in case said thickening is provided for preventing said bottom tube from sliding off said stem, the removal tail is tied to said thickening.
A DNA vaccine for use in preventing, delaying the onset of, or treating rejection of a skin allograft or a skin allogeneic transplant, wherein the DNA vaccine comprises (a) a first plasmid comprising a polynucleotide encoding secreted glutamic acid decarboxylase 55 (sGAD55) under the control of a promoter which expresses the polynucleotide encoding sGAD55, and comprising a plurality of CpG motifs, where the CpG motifs are methylated sufficiently to diminish the recipient's immune response to unmethylated CpG motifs, and wherein at least some of the plurality of CpG motifs are methylated and resistant to digestion by restriction endonuclease Hpa II, and (b) a second plasmid comprising a polynucleotide encoding Bax under the control of a promoter which expresses the polynucleotide encoding BAX; and wherein the use comprises: (i) selecting a recipient in need of a graft or transplant and an allograft or allogeneic transplant donor; (ii) grafting tissue or transplanting skin from the donor to the recipient; and (iii) intradermally administering to the recipient one or more than one dose of the DNA vaccine. (i) selecting a recipient in need of a graft or transplant and an allograft or allogeneic transplant donor; (ii) grafting tissue or transplanting skin from the donor to the recipient; and (iii) intradermally administering to the recipient one or more than one dose of the DNA vaccine.
Absolute position measuring apparatus comprising an absolute position encoding (1, 10), comprising a plurality of code sequences (A, B, C) of different lengths (L A, L B, L C), which in combination unambiguously effect absolute encoding of a measurement range, wherein the lengths (L A, L B, L C) are defined in each case by the number of code elements of a code sequence (A, B, C), the code elements in each case have the same size, and the plurality of code sequences (A, B, C) are arranged in a common track by virtue of the fact that code elements of the plurality of code sequences (A, B, C) are arranged according to a predefined succession which forms a segment which in turn is arranged repeatedly one after another within the measurement range, wherein each of said segments comprises a portion of the plurality of code sequences (A, B, C) and also at least three code elements; a detector arrangement (2, 20) for scanning the position encoding (1, 10) and for generating code words (w), and a decoding device (3, 30) for decoding the code words (w) which arise in each case upon the scanning of the code sequences (A, B, C) and the cyclic continuation thereof and for generating position values.
Electrical connection terminal having a first connection device, which is connected to a first isolating contact by means of an associated current bar, and having at least one second connection device, which is connected to a second isolating contact by means of an associated current bar, wherein a movable isolating device is provided, which is moveable from a bridging position into at least one isolating position, characterized in that the isolating device has at least one contact tap.
Surgical holder (10; 210; 310) for surgical instruments and/or implants for a surgical container, in particular, a sterile container or perforated basket, comprising a storage device (20; 216) for holding and/or storing surgical instruments and/or implants and an attachment device (46; 232) for attaching the holder (10; 210; 310) to the container, wherein the storage device comprises at least one storage element for holding and/or storing surgical instruments and/or implants and at least one holding part for holding the at least one storage element and wherein the at least one holding part is transferable from a holding position, the at least one storage element being held on the at least one holding part in said holding position, into a removal position, the at least one storage element and the at least one holding part being detachable from one another in said removal position, wherein the at least one holding part comprises at least two holding members for holding the at least one storage element in the holding position and wherein the at least two holding members are arranged so as to be movable relative to one another, characterized in that the at least two holding members are connected firmly to one another and are arranged so as to be pivotable relative to one another.
Material Measure with an area position code pattern for an area to be encoded in absolute terms, comprising an arrangement of code marks in a basic grid, at least one portion of said area position code pattern being readable by a matrix sensor for determining positions in at least two degrees of freedom, characterized in that a first absolute code sequence in a stringing-together of the code marks in a first line direction of the basic grid is embodied as first line on the area to be encoded, and the code marks are encoded in the first line direction with a second absolute code sequence along a second line which follows the first line, which second absolute code sequence is codeword-distinct with respect to the first absolute code sequence, wherein the first line and the second line form a line pair, and the two absolute code sequences are each arranged with an offset in the first line-direction in the basic grid in a subsequent line pair.
A method of differentiating a vertebrate embryonic stem cell into a vertebrate oligodendrocyte precursor cell, the method comprising culturing the vertebrate embryonic stem cell in a culture medium comprising 3,5-diiodothyropropionic acid (DITPA) at a concentration which is effective to cause the vertebrate embryonic stem cell to differentiate into an oligodendrocyte precursor cell.
Damping device for damping vibrations of a cable, the damping device comprising: - a plurality of damping cylinders; - a tube case forming a case of the cable in a region of the damping device and fixed with respect to an anchor block, the tube case internally delimiting a central passage wherein a base and the damping cylinders are received; and - the base configured to mechanically couple the cable to the damping cylinders, the base comprising a through-orifice for receiving the cable, the through-orifice extending along at least one longitudinal axis, the tube case internally delimiting a central passage wherein the base and the damping cylinders are received, each of the damping cylinders being connected to the tube case by one end of said damping cylinder opposite the base, characterised in that the plurality of damping cylinders comprise: - at least a first cylinder connected to the base and inclined with respect to the longitudinal axis at an angle (α i) other than 90°, and - a complementary cylinder connected to the base and inclined with respect to the longitudinal axis at an angle (α' i) other than 90°, the first cylinder and the complementary cylinder being arranged on either side of a plane orthogonal to the longitudinal axis, the orthogonal plane containing a centre of the base located along the longitudinal axis. - a plurality of damping cylinders; - a tube case forming a case of the cable in a region of the damping device and fixed with respect to an anchor block, the tube case internally delimiting a central passage wherein a base and the damping cylinders are received; and - the base configured to mechanically couple the cable to the damping cylinders, the base comprising a through-orifice for receiving the cable, the through-orifice extending along at least one longitudinal axis, - at least a first cylinder connected to the base and inclined with respect to the longitudinal axis at an angle (α i) other than 90°, and - a complementary cylinder connected to the base and inclined with respect to the longitudinal axis at an angle (α' i) other than 90°, the first cylinder and the complementary cylinder being arranged on either side of a plane orthogonal to the longitudinal axis, the orthogonal plane containing a centre of the base located along the longitudinal axis.
A tracked vehicle (10; 11) comprising a vehicle body (30, 32; 30), at least one track assembly and a suspension device (S; S1), wherein said track assembly is arranged to be supported by said vehicle body (30, 32; 30) by means of said suspension device (S; S1), said track assembly comprising a track support beam for supporting a plurality of road wheels (23, 23a), an endless track being disposed around said road wheels, wherein said suspension device (S; S1) comprises a bogie arrangement (50; 150) rotatably attached to a single fastening point of said vehicle body (30, 32; 30) about an axis of rotation transversal to the longitudinal extension of said track assembly and attached to said track support beam in connection to at least two fastening points (P1, P2) so that the track support beam is allowed to rotate in a rotational plane extending along the longitudinal extension of said track support beam about said axis of rotation, wherein said bogie arrangement (50; 150) comprises two bogie arms (52, 54; 152, 154) pivotably connected to each other and rotatably attached to a respective fastening point (P1, P2) of said at least two fastening points (P1, P2) of said track support beam so that said bogie arms (52, 54; 152, 154) are allowed to move relative to each other in said rotational plane, characterised in that said two bogie arms (52, 54; 152, 154) in one of their respective end portions (52a, 54a) are rotatably attached to the vehicle body (30, 32; 30) in said fastening point of the vehicle body (30, 32; 30) such that they are rotatable relative to each other about said axis of rotation and in their respective other end portions (52b, 54b) are rotatably attached to a respective fastening point (P1, P2) of said at least two fastening points (P1, P2) in the track support beam, about a respective axis of rotation (Z1, Z2) transversal to the longitudinal extension of said track assembly, wherein said bogie arrangement (50; 150) comprises distance adjustment means for allowing a distance change between at least one of said fastening points (P1, P2) in the track support beam and said fastening point in the vehicle body (30, 32; 30) for facilitating said allowance of movement of said bogie arms (52, 54; 152, 154) relative to each other in said rotational plane..
An intravascular blood pump, comprising: - a pump casing having a blood flow inlet and a blood flow outlet, - an impeller arranged in said pump casing so as to be rotatable about an axis of rotation, the impeller having blades sized and shaped for conveying blood from the blood flow inlet to the blood flow outlet, and - a drive unit for rotating the impeller, the drive unit comprising a plurality of posts arranged about the axis of rotation, wherein each of the posts includes a shaft portion and a head portion, with the head portion pointing towards the impeller, wherein a coil winding is disposed about the shaft portion of each of the posts, the coil windings being sequentially controllable so as to create a rotating magnetic field, wherein the impeller comprises at least one magnet arranged to interact with the rotating magnetic field so as to cause rotation of the impeller, wherein the drive unit further comprises a back plate which engages ends of the shaft portions of the posts opposite the head portions. - a pump casing having a blood flow inlet and a blood flow outlet, - an impeller arranged in said pump casing so as to be rotatable about an axis of rotation, the impeller having blades sized and shaped for conveying blood from the blood flow inlet to the blood flow outlet, and - a drive unit for rotating the impeller, the drive unit comprising a plurality of posts arranged about the axis of rotation, wherein each of the posts includes a shaft portion and a head portion, with the head portion pointing towards the impeller, wherein a coil winding is disposed about the shaft portion of each of the posts, the coil windings being sequentially controllable so as to create a rotating magnetic field, wherein the impeller comprises at least one magnet arranged to interact with the rotating magnetic field so as to cause rotation of the impeller, wherein the drive unit further comprises a back plate which engages ends of the shaft portions of the posts opposite the head portions.