mhurhangee/ep-ind-claims huggingface dataset:
A node of a telecommunications system configured to exclude, from a mobility robustness optimization operation, a handover issue event that has non-mobility causation, and wherein the handover issue event comprises a radio link failure RLF, a handover failure, HOF, or a handover oscillation, wherein the node comprises: a mobility robustness unit configured to maintain mobility robustness statistics; a handover unit configured to control performance of a handover of a wireless terminal in dependence on a value of a handover parameter; a non-mobility causation filter configured to exclude the handover issue event that has non-mobility causation from statistics maintained by the mobility robustness unit, wherein the mobility robustness unit is configured to adjust the value of the handover parameter in dependence on the statistics, and wherein a handover issue event that is not related to or due to non-mobility causation is included in the statistics maintained by the mobility robustness unit. a mobility robustness unit configured to maintain mobility robustness statistics; a handover unit configured to control performance of a handover of a wireless terminal in dependence on a value of a handover parameter; a non-mobility causation filter configured to exclude the handover issue event that has non-mobility causation from statistics maintained by the mobility robustness unit, wherein the mobility robustness unit is configured to adjust the value of the handover parameter in dependence on the statistics, and wherein a handover issue event that is not related to or due to non-mobility causation is included in the statistics maintained by the mobility robustness unit.
A tool tracking system comprising: a tool; a sensor for generating sensor data indicative of a state of the tool, the state of the tool comprising at least a position of the tool and an orientation of the tool; a camera for providing image data indicative of the state of the tool; first means for generating a first plurality of estimated tool states by using the sensor data; second means for generating a second plurality of estimated tool states by using the image data; and characterized by: means for determining an optimal estimated tool state for each point in a plurality of points in time by combining the first plurality of estimated tool states with the second plurality of estimated tool states as inputs provided to a Bayesian filter. a tool; a sensor for generating sensor data indicative of a state of the tool, the state of the tool comprising at least a position of the tool and an orientation of the tool; a camera for providing image data indicative of the state of the tool; first means for generating a first plurality of estimated tool states by using the sensor data; second means for generating a second plurality of estimated tool states by using the image data; and characterized by: means for determining an optimal estimated tool state for each point in a plurality of points in time by combining the first plurality of estimated tool states with the second plurality of estimated tool states as inputs provided to a Bayesian filter.
A brake assembly for a hydraulic brake system of a handlebar-steered vehicle, the brake assembly comprising: a housing mountable to a handlebar of the vehicle and having a fluid chamber formed therein; a piston assembly received and axially guided within the fluid chamber; a lever pivotally attached to the housing; a cam link on the lever, wherein the cam link includes a cam surface; a follower link pivotally attached to the housing, wherein movement of the lever moves the cam link and the follower link, wherein the cam and follower links (42, 54) interact to produce a variable rate of travel of the piston assembly relative to the travel of the lever; and a pushrod disposed between the follower link and the piston assembly characterized in that the follower link includes a roller positioned to contact the cam surface, and in that the follower link has a first end that is pivotally disposed about a housing pivot and the pushrod is threadably attached to the follower link on a second end. a housing mountable to a handlebar of the vehicle and having a fluid chamber formed therein; a piston assembly received and axially guided within the fluid chamber; a lever pivotally attached to the housing; a cam link on the lever, wherein the cam link includes a cam surface; a follower link pivotally attached to the housing, wherein movement of the lever moves the cam link and the follower link, wherein the cam and follower links (42, 54) interact to produce a variable rate of travel of the piston assembly relative to the travel of the lever; and a pushrod disposed between the follower link and the piston assembly characterized in that the follower link includes a roller positioned to contact the cam surface, and in that the follower link has a first end that is pivotally disposed about a housing pivot and the pushrod is threadably attached to the follower link on a second end.
Engine cowling, comprising: - a housing part, - at least one door element (3; 4), and - a hinge, - the hinge fixing the door element (3; 4) on the housing part such that it can be opened and closed, and - the hinge comprising a first hinge element, a second hinge element and a pin which connects the first hinge element to the second hinge element, - the hinge comprising an adjusting device which can be set in such a way that a relative position of the door element (3; 4) with respect to the housing part can be changed, - the adjusting device being set up to adjust a position of the pin which connects the hinge elements (51, 52) relative to the first or second hinge element (51, 52), - the first hinge element having a first opening for receiving the pin, which first opening receives the pin without play, and the second hinge element having a second opening which receives the pin with play, and - the adjusting device comprising a first rib structure with a multiplicity of first ribs and a multiplicity of second ribs, the first ribs engaging into the second ribs. - a housing part, - at least one door element (3; 4), and - a hinge, - the hinge fixing the door element (3; 4) on the housing part such that it can be opened and closed, and - the hinge comprising a first hinge element, a second hinge element and a pin which connects the first hinge element to the second hinge element, - the hinge comprising an adjusting device which can be set in such a way that a relative position of the door element (3; 4) with respect to the housing part can be changed, - the adjusting device being set up to adjust a position of the pin which connects the hinge elements (51, 52) relative to the first or second hinge element (51, 52), - the first hinge element having a first opening for receiving the pin, which first opening receives the pin without play, and the second hinge element having a second opening which receives the pin with play, and - the adjusting device comprising a first rib structure with a multiplicity of first ribs and a multiplicity of second ribs, the first ribs engaging into the second ribs.
A method comprising: generating, at a client device, a first encryption key based on login information of a user to a platform server and a first identifier corresponding to an information providing server, wherein the information providing server and the client device share the first encryption key; sending, by the client device, a first request message to the platform server, wherein the first request message includes the first identifier and a second identifier of the electronic file; receiving, by the client device from the platform server, the electronic file encrypted by the information providing server using a second encryption key generated by the information providing server, wherein the second encryption key is generated from the first encryption key, the first identifier, and the second identifier; generating, by the client device, a first decryption key according to the first encryption key; and decrypting, by the client device, using the first decryption key, the electronic file encrypted using the second encryption key. generating, at a client device, a first encryption key based on login information of a user to a platform server and a first identifier corresponding to an information providing server, wherein the information providing server and the client device share the first encryption key; sending, by the client device, a first request message to the platform server, wherein the first request message includes the first identifier and a second identifier of the electronic file; receiving, by the client device from the platform server, the electronic file encrypted by the information providing server using a second encryption key generated by the information providing server, wherein the second encryption key is generated from the first encryption key, the first identifier, and the second identifier; generating, by the client device, a first decryption key according to the first encryption key; and decrypting, by the client device, using the first decryption key, the electronic file encrypted using the second encryption key.
Alginate oligosaccharide derivatives as shown by the following formula II or pharmaceutically-acceptable salts thereof, wherein the alginate oligosaccharide is composed of β-D-mannuronic acid linked by α-1,4 glycosidic bonds: wherein, n represents 0 or an integer of 1 to 19.
An oligonucleotide which targets a Tristetraproline natural antisense transcript for use as a therapeutic compound, wherein the oligonucleotide modulates the expression of Tristetraproline and wherein the natural antisense transcript has the nucleic acid sequence as set forth in one of SEQ ID NOs: 3-5.
Hydraulic shock absorber for a vehicle with fluid chambers (16,17) defined in a cylinder by a piston having an aperture and receiving a pushing force from a high-pressure gas chamber, and a cushion rubber (3,6) interposed between a vehicle body side and a wheel side of the vehicle, wherein at least one spring (31,41,42) is disposed in the cylinder for urging the piston in a direction that a piston rod is inserted into the cylinder, the fluid chambers (16,17) comprises an upper fluid chamber and a lower fluid chamber, the upper fluid chamber is formed between the piston and a cylinder cover, the lower fluid chamber is formed between the piston and a free piston, the free piston is formed between the lower fluid chamber and the high-pressure gas chamber, characterized in that the spring (31,41,42) for urging the piston in the direction that the piston rod is received into the cylinder is constructed such that its elastic reaction force under a standard vehicle height state with a passenger on board is generally equal to pushing force generated by a difference in pressure receiving area between one and the other end surfaces of the piston.
A device for tilling soil, which device comprises a first set of rotatable tines for removing a first layer of soil, a drive train for rotating the first set of tines, the drive train comprising a drive or an interface for operative connection to a drive of a towing vehicle which is detachably coupled to the device for tilling soil, a second set of tines for tilling a second layer of soil which has been exposed by removing the first layer of soil, and a guide for applying, on top of the second layer of soil which is to be tilled and / or which has been tilled by the second set of tines, material of the first layer of soil which has been removed by the first set of tines, wherein the guide comprises a first guide means for applying, on top of the second layer of soil which is to be tilled and / or which has been tilled by the second set of tines, a first material of the first layer of soil which has been removed by the first set of tines, and an adjustable second guide means for applying, on top of said first material which has been applied on top of the second layer of soil, a second material of the first layer of soil which has been removed by the first set of tines, characterised in that the second guide means comprises one or more guide plates which can be pivoted in the transverse direction.
A semiconductor device comprising: a support plate having a substantially cylindrical hole formed therein and a conductor formed on a wall surface of the hole; and a power semiconductor element; and a conductive post formed by a columnar conductor having a first end portion at one end, and a second end portion at an other end; characterized in that a shape of an end face of the first end portion is non-analogous to an opening shape of the hole, and a fixing surface between the side surface of the conductive post and the conductor on the wall surface of the hole includes two or more surfaces with approximately same areas, which are arranged approximately symmetrically, the second end portion of the conductive post being connected to the power semiconductor element, the side surface of the conductive post being partially fixed to the conductor on the wall surface of the hole deformed by pressing force of the conductive post on a side closer to the first end portion than the second end portion. a support plate having a substantially cylindrical hole formed therein and a conductor formed on a wall surface of the hole; and a power semiconductor element; and a conductive post formed by a columnar conductor having a first end portion at one end, and a second end portion at an other end; characterized in that a shape of an end face of the first end portion is non-analogous to an opening shape of the hole, and a fixing surface between the side surface of the conductive post and the conductor on the wall surface of the hole includes two or more surfaces with approximately same areas, which are arranged approximately symmetrically, the second end portion of the conductive post being connected to the power semiconductor element, the side surface of the conductive post being partially fixed to the conductor on the wall surface of the hole deformed by pressing force of the conductive post on a side closer to the first end portion than the second end portion.
A cannula comprising: a first circumferential portion; a second circumferential portion; and a seal with a first clamping surface; wherein the first circumferential portion and the second circumferential portion are configured to mutually cooperate to support a circumference of vasculature, and form a second clamping surface; and the first clamping surface and the second clamping surface are configured to cooperate to secure an end of the vasculature between the first clamping surface and the second clamping surface wherein the cannula comprises an optically clear portion configured to allow a user to view at least one of an interior of the vasculature and the seal when the cannula is in a position in which the end of the vasculature is secured wherein the optically clear portion provides optical magnification. a first circumferential portion; a second circumferential portion; and a seal with a first clamping surface; wherein the first circumferential portion and the second circumferential portion are configured to mutually cooperate to support a circumference of vasculature, and form a second clamping surface; and support a circumference of vasculature, and form a second clamping surface; and the first clamping surface and the second clamping surface are configured to cooperate to secure an end of the vasculature between the first clamping surface and the second clamping surface wherein the cannula comprises an optically clear portion configured to allow a user to view at least one of an interior of the vasculature and the seal when the cannula is in a position in which the end of the vasculature is secured wherein the optically clear portion provides optical magnification.
A method of receiving a Relay Physical Downlink Control Channel, R-PDCCH, signal at a relay in a wireless communication system, the method comprising: receiving resource allocation indicating a single Virtual Resource Block, VRB, set for R-PDCCH through a Radio Resource Control, RRC, signaling; receiving evolved Node B, eNB-to-relay transmission symbols, starting from a specific Orthogonal Frequency Division Multiplexing, OFDM, symbol other than a 1 st OFDM symbol of a subframe; monitoring a first VRB set in the 1 st slot of the subframe for a first R-PDCCH containing a downlink assignment; and monitoring a second VRB set in a 2 nd slot of the subframe for a second R-PDCCH containing an uplink assignment, wherein the first VRB set and the second VRB set are configured to be same VRB set in accordance with the single VRB set. receiving resource allocation indicating a single Virtual Resource Block, VRB, set for R-PDCCH through a Radio Resource Control, RRC, signaling; receiving evolved Node B, eNB-to-relay transmission symbols, starting from a specific Orthogonal Frequency Division Multiplexing, OFDM, symbol other than a 1 st OFDM symbol of a subframe; monitoring a first VRB set in the 1 st slot of the subframe for a first R-PDCCH containing a downlink assignment; and monitoring a second VRB set in a 2 nd slot of the subframe for a second R-PDCCH containing an uplink assignment, wherein the first VRB set and the second VRB set are configured to be same VRB set in accordance with the single VRB set.
A grill attachment for receiving grillables arranged on a skewer, said grill attachment being designed for being attached to a grating of a grill, wherein the grill attachment comprises a grill attachment body with a recess for holding the skewer, wherein the grill attachment body is formed as a one-piece sheet metal bending part with a first sheet metal leg and a second sheet metal leg, wherein the two sheet metal legs (10, 11) are designed as supporting elements for attaching the grill attachment body to the grating, characterized in that the first sheet metal leg has a fastening recess for engaging behind the grating in a positively locked manner and that the second sheet metal leg has a supporting region for supporting the grill attachment body on the grating, wherein the fastening recess of the first sheet metal leg is formed by two recesses arranged in the sheet metal leg, wherein a T-shaped head is formed by the recesses.
An auto-cascade refrigeration system including a compressor to compress cooling fluid, a heat exchanger to condense at least some of the fluid and further heat exchangers (8,10,12) in combination with phase separator and metering devices (16,18,20) and an evaporator to evaporate the fluid into a return or suction stream and which re-enters the heat exchangers (8,10,12) and wherein at least one flow metering device is provided with an outlet which leads into the suction side inlet of at least one of the heat exchangers to form an ejector, a sub-cooler is provided and a flow of condensed liquid refrigerant passes from a high pressure side of the sub cooler to a low pressure side of the sub-cooler, the passage of fluid from the high pressure side of the sub-cooler is via two outlets (66,68) with a first outlet passing to the flow metering device and provided such that the liquid fed to the low pressure side is preferentially supplied to the first outlet rather than to the second outlet which is a feed to the evaporator, the sub-cooler acts as both a heat exchanger and a liquid reservoir for cryogenically cooled refrigerant characterised in that the sub-cooler is located below the heat exchanger to which the same is connected such that the sub-cooler collects any condensate formed in the refrigeration process.
Control device for a vehicle, in particular railway vehicle, which is suitable for braking the vehicle on the basis of at least one target brake curve which describes a speed over the respective vehicle location, wherein the control device has a classification device which, after a completed braking process, classifies the success of the braking process as successful or unsuccessful by forming a classification result and outputs the respective classification result, characterised in that the control device has a correction device which can change the target brake curve as a function of the available classification results. wherein the control device has a classification device which, after a completed braking process, classifies the success of the braking process as successful or unsuccessful by forming a classification result and outputs the respective classification result, characterised in that the control device has a correction device which can change the target brake curve as a function of the available classification results.
A device for filling a fuel tank with fuel, comprising: - a tube formed member comprising an opening at a top end thereof for receiving fuel from a fuel nozzle, the tube formed member extending in a longitudinal direction of the device, - a fuel distribution member arranged to be provided inside the fuel tank and being connected to the tube formed member at a bottom end thereof, characterized in that the fuel distribution member comprises first and second plate elements (22, 24) which are spaced apart in the longitudinal direction and extend from the tube formed member in a radial direction thereof so that a space for fuel is formed between the first and second plate elements (22, 24), wherein at least one of the first and second plate elements (22, 24) comprises perforations located in an area radially outside of the tube formed member for allowing fuel to enter the fuel tank and wherein a surface of the device defining a bottom of the tube formed member, such as a bottom surface of the fuel distribution member which is aligned with the tube formed member, is free from perforations, such as solid, so as to prevent unauthorized removal of fuel from the fuel tank during use. - a tube formed member comprising an opening at a top end thereof for receiving fuel from a fuel nozzle, the tube formed member extending in a longitudinal direction of the device, - a fuel distribution member arranged to be provided inside the fuel tank and being connected to the tube formed member at a bottom end thereof, the fuel distribution member comprises first and second plate elements (22, 24) which are spaced apart in the longitudinal direction and extend from the tube formed member in a radial direction thereof so that a space for fuel is formed between the first and second plate elements (22, 24), wherein at least one of the first and second plate elements (22, 24) comprises perforations located in an area radially outside of the tube formed member for allowing fuel to enter the fuel tank and wherein a surface of the device defining a bottom of the tube formed member, such as a bottom surface of the fuel distribution member which is aligned with the tube formed member, is free from perforations, such as solid, so as to prevent unauthorized removal of fuel from the fuel tank during use.
A medical retainer for sealing a fluid, the retainer being retained in a gastrointestinal track of a patient, the medical retainer comprising: a sealing section for sealing the fluid, the sealing section making contact with a wall of the gastrointestinal tract (4, 5); a main body (7; 7, 43, 46) having a passageway; and a directional valve (24; 41) disposed in the passageway; characterized in that the directional valve (24; 41) disposed in the passageway is adapted to allow flow of the fluid only from downstream to upstream in an insertion direction of the retainer, wherein the directional valve (24; 41) is defined as a first one-way valve. a sealing section for sealing the fluid, the sealing section making contact with a wall of the gastrointestinal tract (4, 5); a main body (7; 7, 43, 46) having a passageway; and a directional valve (24; 41) disposed in the passageway; the directional valve (24; 41) disposed in the passageway is adapted to allow flow of the fluid only from downstream to upstream in an insertion direction of the retainer, wherein the directional valve (24; 41) is defined as a first one-way valve.