mhurhangee/ep-ind-claims huggingface dataset:
Riding pad made of a flexible material comprising a seating region, a breast strap and a stomach strap for fastening the riding pad on a horse, characterized in that the riding pad has two shoulder flaps which are spaced apart by a recess, which connect the breast strap to the seating region, wherein the riding pad is configured in such a manner that when the riding pad is fastened on a horse, the entire surface of the seating region rests on the back of the horse in a region behind the withers, wherein the entire surface of the shoulder flaps rest laterally on the withers and the withers of the horse project into the recess.
A method for decoding a codeword with a decoder of low-density parity-check code, so-called LDPC code, said LDPC code being defined by a binary parity matrix having the size M x N, M and N being positive integers, the parity matrix corresponding to a representation of a bipartite graph comprising connections between M parity check nodes (CN m) and N variable nodes (VN n), each line of the parity matrix corresponding to a parity equation associated with a parity check node (CN m), each column of the parity matrix corresponding to a variable associated with a variable node (VN n), each non-zero element of the parity matrix corresponding to a connection between a parity check node (CN m) and a variable node (VN n), the codeword to be decoded corresponding to a set of values respectively taken by said variables, the parity matrix presenting a layered structure, the method comprising the execution of one or more iterations until a stop criterion is met, each iteration comprising the successive processing of the layers of the parity matrix, the processing of one layer comprising: - a calculation of variable messages (α n,m), for the variable nodes (VN n) involved in said layer, on the basis of a posteriori estimation variables (γ n) of the codeword and on the basis of parity check messages (β m,n) calculated during the previous iteration, - a calculation of parity check messages (β m,n), for the parity check nodes (CN m) involved in said layer, on the basis of the variable messages (α n,m), - a calculation of a posteriori estimation variables (γ n) on the basis of the parity check messages (β m,n), - a calculation of a partial syndrome for said layer by applying the parity equations of said layer to the a posteriori estimation variables (γ n), characterized in that an evaluation of the stop criterion comprises checking, for a plurality of successive iterations, whether the number of iterations for which all the partial syndromes are zero subtracted by the number of iterations for which at least one of the partial syndromes is non-zero is greater than or equal to a predetermined stop threshold. - a calculation of variable messages (α n,m), for the variable nodes (VN n) involved in said layer, on the basis of a posteriori estimation variables (γ n) of the codeword and on the basis of parity check messages (β m,n) calculated during the previous iteration, - a calculation of parity check messages (β m,n), for the parity check nodes (CN m) involved in said layer, on the basis of the variable messages (α n,m), - a calculation of a posteriori estimation variables (γ n) on the basis of the parity check messages (β m,n), - a calculation of a partial syndrome for said layer by applying the parity equations of said layer to the a posteriori estimation variables (γ n),
A controlling method of an access point in a geographic routing system, characterized in that the controlling method of the access point in the geographic routing system comprises: receiving a traffic event packet by the access point; and setting a back-off timer of the access point to be a first back-off time value, wherein the first back-off time value is less than a second back-off time value of any on board unit which receives the traffic event packet; and broadcasting the traffic event packet by the access point when the back-off timer is counted down to be zero. receiving a traffic event packet by the access point; and setting a back-off timer of the access point to be a first back-off time value, wherein the first back-off time value is less than a second back-off time value of any on board unit which receives the traffic event packet; and broadcasting the traffic event packet by the access point when the back-off timer is counted down to be zero.
A turbine engine, comprising: a turbine section including a low pressure turbine and a turbine case disposed about an axis; a frame assembly defining an outer cavity and an inner cavity, wherein the outer cavity includes at least one opening configured and adapted to communicate cooling air to the turbine case; and a transfer tube disposed within the outer cavity configured and adapted to receive cooling air delivered thereto, characterized wherein the transfer tube includes an axial portion that extends aft in a direction parallel to the axis, said axial portion transitioning a bend configured to impart circumferential velocity to the cooling air within the outer cavity. a turbine section including a low pressure turbine and a turbine case disposed about an axis; a frame assembly defining an outer cavity and an inner cavity, wherein the outer cavity includes at least one opening configured and adapted to communicate cooling air to the turbine case; and a transfer tube disposed within the outer cavity configured and adapted to receive cooling air delivered thereto, characterized wherein the transfer tube includes an axial portion that extends aft in a direction parallel to the axis, said axial portion transitioning a bend configured to impart circumferential velocity to the cooling air within the outer cavity.
Inflatable craft comprising at least one inflatable sponson forming two substantially parallel members that meet towards the front to form a bow, and a transom linking said members and capable of receiving at least one motor or engine, each of said members comprising, at least in the substantially parallel portion thereof, several tubular compartments (8, 9), each having a substantially circular cross-section, one of which is an upper compartment and one a lower compartment, placed longitudinally next to one another along a lower, circumferential area, facing the other member of said upper compartment, which has a cross-section greater than that of said lower compartment, held against said upper compartment by a flexible side shell, made from cloth or fabric, which at least partially surrounds it and is firmly fixed to said upper compartment, said flexible shell being secured tangentially to said upper and lower compartments on the outer side of the member in question, and a longitudinal keel is placed between a structural element forming a floor, which is held, at least in a transverse direction, along said two members and a structural element forming a watertight bottom, which is connected to the peripheral edges of said floor, said keel tensioning said bottom, giving it the form of a V-shaped hull, characterized in that two flaps, made from waterproof cloth or fabric, are attached in a watertight manner in a tensioned state, substantially symmetrically on either side of said longitudinal keel, each under respectively one of the two rear side portions of said hull, each flap having an outer side edge along which said flap is connected to the lower portion of the lower compartment of the corresponding side or of said shell that covers it, and an inner side edge along which said flap is connected to the bottom, along a line extending from the rear to the front of the flap and of the craft, while being angled towards said lower compartment, the width of said flap tapering gradually from the tensioned, free rear edge thereof between the ends thereof, substantially at said transom, to a front portion of the flap that is connected to said bottom and/or to said lower compartment or to said corresponding shell, at the connection between the upper and lower compartments, each flap thus defining, with said lower compartment and said bottom, a channel converging from the front to the rear and angled towards the rear end of the ridge of the V-shaped hull, and capable of guiding and accelerating a flow of water towards the area situated under the central portion of the transom on the one hand and increasing the lift of the rear portion of the hull on the other hand.
A portable electronic device having one or more proximity sensors, the portable electronic device comprising: a housing; a signal emitter (801, 901) supported by the housing, the signal emitter (801, 901) configured to emit a source signal (809, 903); a reflector (805, 905) having a first reflective surface and a second reflective surface different to the first reflective surface, the reflector (805, 905) having a first position relative to the signal emitter (801, 901), wherein the reflector (805, 905) is configured to, when at the first position, reflect the source signal (809, 903) only at the second reflective surface, to direct the source signal (809, 903) from the signal emitter (801, 901) in a first direction, the reflector (805, 905) having a second position relative to the signal emitter (801, 901), wherein the reflector (805, 905) is configured to, when at the second position, reflect the source signal (809, 903) only at the first reflective surface, to direct the source signal (809, 903) from the signal emitter (801, 901) in a second direction different from the first direction, wherein the reflector (805, 905) is configured to shift from the first position to the second position or from the second position to the first position; and a first signal receiver supported by the housing, the first signal receiver configured to receive a return signal corresponding to the source signal (809, 903) from the first direction; and a second signal receiver supported by the housing, the second signal receiver configured to receive a return signal corresponding to the source signal (809, 903) from the second direction. a housing; a signal emitter (801, 901) supported by the housing, the signal emitter (801, 901) configured to emit a source signal (809, 903); a reflector (805, 905) having a first reflective surface and a second reflective surface different to the first reflective surface, the reflector (805, 905) having a first position relative to the signal emitter (801, 901), wherein the reflector (805, 905) is configured to, when at the first position, reflect the source signal (809, 903) only at the second reflective surface, to direct the source signal (809, 903) from the signal emitter (801, 901) in a first direction, the reflector (805, 905) having a second position relative to the signal emitter (801, 901), wherein the reflector (805, 905) is configured to, when at the second position, reflect the source signal (809, 903) only at the first reflective surface, to direct the source signal (809, 903) from the signal emitter (801, 901) in a second direction different from the first direction, wherein the reflector (805, 905) is configured to shift from the first position to the second position or from the second position to the first position; and a first signal receiver supported by the housing, the first signal receiver configured to receive a return signal corresponding to the source signal (809, 903) from the first direction; and a second signal receiver supported by the housing, the second signal receiver configured to receive a return signal corresponding to the source signal (809, 903) from the second direction.
An X-ray tube comprising a housing; an anode; an electron source arranged to generate a beam of electrons, wherein the housing defines a vacuum chamber and the anode comprises a tubular member which is mounted inside the vacuum chamber, the tubular member is formed so as to have a front face which forms a target surface at which the beam of electrons can be directed; a coolant supply arranged to deliver coolant to flow through the tubular member to cool the anode; and an anode feed-through which extends through the housing and provides an electrical connection to the anode.
A wireless power charging system comprising: a wireless power transmission apparatus for transmitting a power signal from a primary core via a resonant converter by the control of a transmission control unit; and a wireless power receiving apparatus for receiving the power signal transmitted from the primary core of the wireless power transmission apparatus via a secondary core and charging a battery cell by the control of a receiving control unit, wherein the wireless power transmission apparatus further comprises a transmission shield panel in the side of the primary core to shield the electromagnetic field generated from the primary core, and the wireless power receiving apparatus includes a receiving shield panel and an eddy current reducing member in the side of the secondary core to shield an electromagnetic field generated from the secondary core, wherein the transmission shield panel of the wireless power transmission apparatus is made of 35-45 parts by weight of polyurethane for every 55-65 parts by weight of sendust. a wireless power transmission apparatus for transmitting a power signal from a primary core via a resonant converter by the control of a transmission control unit; and a wireless power receiving apparatus for receiving the power signal transmitted from the primary core of the wireless power transmission apparatus via a secondary core and charging a battery cell by the control of a receiving control unit, wherein the wireless power transmission apparatus further comprises a transmission shield panel in the side of the primary core to shield the electromagnetic field generated from the primary core, and the wireless power receiving apparatus includes a receiving shield panel and an eddy current reducing member in the side of the secondary core to shield an electromagnetic field generated from the secondary core, wherein the transmission shield panel of the wireless power transmission apparatus is made of 35-45 parts by weight of polyurethane for every 55-65 parts by weight of sendust.
A downhole device delivery and drive transfer system comprising: a sub arranged to attach to a drill string; a tool configured to travel through a drill string and into the sub when the sub is attached to the drill string; and a guide mechanism operable between the sub and the tool to guide the tool to a known rotational orientation relative to the sub as the tool travels into the sub, at which the tool is able to releasably couple to the sub, whereby the sub and the tool together form a torque transmission system so that torque imparted to the drill string is transferred by the sub to the tool, the tool further being arranged to carry one or more devices for performing one or more downhole functions, wherein the guide mechanism comprises a guide surface supported by the sub, and a key on the tool, the key being arranged to engage with the guide surface, wherein the tool is able to rotate about its longitudinal axis on engagement of the key with the guide surface, thereby to guide the tool to the known rotational orientation relative to the sub wherein the sub comprises a body of tubular structure with an uphole edge and a downhole edge, wherein the guide surface is formed as the uphole edge of the tubular structure, and characterized in that the downhole edge is provided with a plurality of circumferentially spaced recesses forming a castellated end. a sub arranged to attach to a drill string; a tool configured to travel through a drill string and into the sub when the sub is attached to the drill string; and a guide mechanism operable between the sub and the tool to guide the tool to a known rotational orientation relative to the sub as the tool travels into the sub, at which the tool is able to releasably couple to the sub, whereby the sub and the tool together form a torque transmission system so that torque imparted to the drill string is transferred by the sub to the tool, the tool further being arranged to carry one or more devices for performing one or more downhole functions, wherein the guide mechanism comprises a guide surface supported by the sub, and a key on the tool, the key being arranged to engage with the guide surface, wherein the tool is able to rotate about its longitudinal axis on engagement of the key with the guide surface, thereby to guide the tool to the known rotational orientation relative to the sub
A fingerprint identification system, comprising: a main control unit and a fingerprint module, wherein the fingerprint module is connected to the main control unit, and the fingerprint module comprises: a fingerprint sensor, a match on chip, MOC, and a key member, and the key member is connected to the fingerprint sensor; the key member is configured to generate an interrupt signal according to a touch operation of a user on the key member, to wake up the main control unit; the MOC and/or the fingerprint sensor, when in a power-off state, is configured to receive a first control instruction sent by the main control unit, and enter a power-up state according to the first control instruction; the fingerprint sensor is configured to collect fingerprint information of a verification target, and output the fingerprint information to the MOC; the MOC is configured to authenticate the fingerprint information, and output an authentication result to the main control unit; characterized in that when the MOC performs a fingerprint identification process, the MOC is further configured to control the key member to be in a power-down state; and when the main control unit does not receive the authentication result sent by the MOC within a preset period of time, and at least one of the MOC and/or the fingerprint sensor is in the power-up state, the MOC and/or the fingerprint sensor is further configured to receive a second control instruction sent by the main control unit, and enter the power-down state according to the second control instruction. the key member is configured to generate an interrupt signal according to a touch operation of a user on the key member, to wake up the main control unit; the MOC and/or the fingerprint sensor, when in a power-off state, is configured to receive a first control instruction sent by the main control unit, and enter a power-up state according to the first control instruction; the fingerprint sensor is configured to collect fingerprint information of a verification target, and output the fingerprint information to the MOC; the MOC is configured to authenticate the fingerprint information, and output an authentication result to the main control unit; characterized in that when the MOC performs a fingerprint identification process, the MOC is further configured to control the key member to be in a power-down state; and when the main control unit does not receive the authentication result sent by the MOC within a preset period of time, and at least one of the MOC and/or the fingerprint sensor is in the power-up state, the MOC and/or the fingerprint sensor is further configured to receive a second control instruction sent by the main control unit, and enter the power-down state according to the second control instruction.
A neurosurgical kit comprising a catheter, an intermediate tube and a guide tube, the catheter comprising a distal section of tubing having a distal end with a port or ports for delivering fluid to a target site within the brain, the distal section of tubing having an outer diameter that is smaller than an internal diameter of the guide tube and characterised in that the intermediate tube is arranged to receive the catheter with the catheter extending through the entire length of the intermediate tube and to be received in the guide tube such that a distal end of the intermediate tube is spaced from and contained within the guide tube to define a recess, and the catheter and guide tube are arranged such that, when the catheter is inserted into the guide tube to locate the port or ports at the target site, the recess is provided in a distal end section of the guide tube between the guide tube and the distal section of tubing of the catheter, the recess for retaining brain tissue cored by the guide tube during insertion of the guide tube into the brain with the catheter passing through the brain tissue retained in the recess, the brain tissue acting as a seal against reflux along the guide tube and the catheter of fluid delivered using the catheter.
Bearing arrangement for at least two camshafts arranged next to each other at the cylinder head of a combustion engine, with webs arranged on the outside of a wall of a cylinder head housing, between which a channel substantially provided for housing the camshafts extends, wherein the camshafts are rotatably disposed in bores of bearing brackets mounted with flanges at their edge on bearing surfaces formed by the webs, the bores extending in the longitudinal direction of the channel, wherein a bearing dome arranged in the channel is associated with each bearing bracket (5, 5', 5"), the bearing dome supporting each bearing bracket with an additional bearing surface between adjacent bores abutting the bearing bracket (5, 5', 5"), wherein the bearing brackets (5, 5', 5") are, on the one hand, detachably connected or screwed to the webs and, on the other hand, detachably connected or screwed to the respective bearing dome, wherein the bores extend through beads of the brackets which are arranged substantially aligned with the bores, characterized in that the beads are arranged on the channel side of the bearing brackets (5, 5', 5") and the bearing brackets (5, 5', 5") form a substantially planar surface on the side facing away from the channel.
A display apparatus comprising: a display panel; a guide member supporting a peripheral area of a back surface of the display panel; an adhesion member fixing the guide member to the display panel; and a case for reinforcing strength of the guide member, wherein a stepped area is provided on the outer surface of the side surface part of the guide member, and the case contacts the outer surface of the side surface part of the guide member on the stepped area, characterized by a bottom cover supporting a lower portion of the guide member, and in that a groove in which an upper end of the bottom cover is seated is defined in a bottom surface of the guide member, wherein the groove defined in the guide member has a width greater than that of the upper end of the bottom cover. a display panel; a guide member supporting a peripheral area of a back surface of the display panel; an adhesion member fixing the guide member to the display panel; and a case for reinforcing strength of the guide member, wherein a stepped area is provided on the outer surface of the side surface part of the guide member, and the case contacts the outer surface of the side surface part of the guide member on the stepped area, characterized by a bottom cover supporting a lower portion of the guide member, and in that a groove in which an upper end of the bottom cover is seated is defined in a bottom surface of the guide member, wherein the groove defined in the guide member has a width greater than that of the upper end of the bottom cover.
A method for trapping and/or attracting a female crustacean, said method comprising delivering an effective amount of a semiochemical selected from the group consisting of: 2-phenylethylamine and dopamine to an aquatic environment.