mhurhangee/ep-ind-claims huggingface dataset:
A suture holder delivery system comprising: a first block having: a rear surface, a front surface, a bottom surface, and a top surface; a first hole extending therethrough from said rear surface to said front surface; a housing; a delivery needle at least partially slidably received within said housing; a driver rod at least partially slidably received within said housing; and a suture having a first portion followed by a second portion, said first suture portion passing said first hole from said rear surface to said front surface and passing under said first block bottom surface to said rear surface, said second suture portion passing from said bottom surface along said rear surface over said top surface to said bottom surface, said second suture portion passing between said front surface and said first portion having passed the hole before and being held against said first block front surface by said first suture portion. a first block having: a rear surface, a front surface, a bottom surface, and a top surface; a first hole extending therethrough from said rear surface to said front surface; a housing; a delivery needle at least partially slidably received within said housing; a driver rod at least partially slidably received within said housing; and a suture having a first portion followed by a second portion, said first suture portion passing said first hole from said rear surface to said front surface and passing under said first block bottom surface to said rear surface, said second suture portion passing from said bottom surface along said rear surface over said top surface to said bottom surface, said second suture portion passing between said front surface and said first portion having passed the hole before and being held against said first block front surface by said first suture portion. a rear surface, a front surface, a bottom surface, and a top surface; a first hole extending therethrough from said rear surface to said front surface; a housing; a delivery needle at least partially slidably received within said housing; a driver rod at least partially slidably received within said housing; and a suture having a first portion followed by a second portion, said first suture portion passing said first hole from said rear surface to said front surface and passing under said first block bottom surface to said rear surface, said second suture portion passing from said bottom surface along said rear surface over said top surface to said bottom surface, said second suture portion passing between said front surface and said first portion having passed the hole before and being held against said first block front surface by said first suture portion.
Fluid filter for a motor car, having a filter cartridge, which is arranged in a filter housing of the fluid filter, wherein the filter housing comprises a housing pot and a cover element, wherein the filter cartridge has a filter material, and wherein the filter cartridge can be connected to the housing pot of the filter housing by rotation around a longitudinal axis of the filter cartridge, and a retaining element is arranged on an end plate of the filter cartridge with a bar, which protrudes from a wall of the retaining element, characterised in that the wall of the retaining element is formed radially to the longitudinal axis in a spiral shape, and wherein the bar of the retaining element engages behind a retaining bar in a mounting position of the filter cartridge, which retaining bar protrudes at a constant spacing from a spiral-shaped wall, radial to the longitudinal axis, of a counter bearing arranged on the housing pot.
Process for the separation of a hydrocarbon-containing feed stream comprising the steps of: a) cooling said hydrocarbon-containing feed stream using an absorption refrigeration cycle prior to distillation, b) introducing said cooled feed stream into a first distillation zone for subjecting said cooled feed to distillation conditions adapted to remove b1) a bottom stream comprising co-monomer, and b2) an overhead stream comprising hydrocarbon diluent, olefin monomer and further components such as H 2, N 2, O 2, CO, CO 2, and formaldehyde, and c) introducing the overhead stream of step b) in a second distillation zone for subjecting said stream to distillation conditions adapted to remove c1) a bottom stream comprising substantially olefin-free hydrocarbon diluent, c2) a side stream comprising hydrocarbon diluent, and c3) an overhead vapor stream comprising olefin monomer, diluent and further components such as formaldehyde, H 2, N 2, O 2, CO and CO 2, d) cooling the temperature of said removed overhead vapor stream of step c3) using an absorption refrigeration cycle prior to separating said olefin monomer from said diluent in said overhead vapor stream, and, driving said absorption refrigeration cycle of step d) using heat recycled from a reboiler of the first distillation zone. a) cooling said hydrocarbon-containing feed stream using an absorption refrigeration cycle prior to distillation, b) introducing said cooled feed stream into a first distillation zone for subjecting said cooled feed to distillation conditions adapted to remove b1) a bottom stream comprising co-monomer, and b2) an overhead stream comprising hydrocarbon diluent, olefin monomer and further components such as H 2, N 2, O 2, CO, CO 2, and formaldehyde, and c) introducing the overhead stream of step b) in a second distillation zone for subjecting said stream to distillation conditions adapted to remove c1) a bottom stream comprising substantially olefin-free hydrocarbon diluent, c2) a side stream comprising hydrocarbon diluent, and c3) an overhead vapor stream comprising olefin monomer, diluent and further components such as formaldehyde, H 2, N 2, O 2, CO and CO 2, d) cooling the temperature of said removed overhead vapor stream of step c3) using an absorption refrigeration cycle prior to separating said olefin monomer from said diluent in said overhead vapor stream, and,
Tool system for the extraction of a bezel mounted on a middle part of a watch, into which middle part is pressed a crystal, said tool system comprising a holding body arranged for cooperating with an expansion or retraction mechanism for operating a bell-chuck which is arranged to rest on the periphery of a said bezel, said tool system including, mounted coaxial to and inside said bell-chuck, thrust means arranged to rest on a said crystal and to exert on said crystal a thrust force creating a relative displacement of said bell-chuck relative to said crystal, said thrust means comprising, arranged to rest on said crystal, a support member, including a recess towards the centre thereof, so as to best distribute the thrust force by resting on a circle of large diameter of said crystal, said holding body including an inner thread (1 B) which is arranged to cooperate with the external threaded portion of an arbor, one end of said arbor being provided with a handle for exerting a thrust force on said crystal, characterized in that said support member is mounted at the other end of said arbor.
A method for estimating a probability of state change of a node in a network, the method being performed in a network node comprises: determining a set of weights based on attributes of the node; and estimating the probability of state change of the node using the determined set of weights and a set of one or more attribute values related to the node, characterized in that determining the set of weights comprises maximizing an evaluation value associated to the node and associated to the attributes of the node, wherein the determining is performed by adjusting the weights such that the evaluation value is maximized, and wherein the probability of state change is computed using the adjusted weights. determining a set of weights based on attributes of the node; and estimating the probability of state change of the node using the determined set of weights and a set of one or more attribute values related to the node, characterized in that determining the set of weights comprises maximizing an evaluation value associated to the node and associated to the attributes of the node, wherein the determining is performed by adjusting the weights such that the evaluation value is maximized, and wherein the probability of state change is computed using the adjusted weights.
Cooking, smoking and aromatization device which is characterized in that comprises a plurality of sealed compartments (2, 3, 4, 5) communicating with the main cooking chamber by means of a plurality of channels or ducts which are controlled by a plurality of valves (8a, 8b, 8c, 8d), there being at least one for each of the sealed compartments (2, 3, 4, 5) so that the contents of each of said sealed compartments are supplied to the central cooking compartment with a constantly controlled flow; and wherein each of the sealed compartments (2, 3, 4, 5) as well as the central cooking compartment have each one of them, at least, one heat source preferably an electrical-type resistance, the temperature being controlled by thermostats; and where the heat sources (9a, 9b, 9c, 9d) and the stop valves (8a, 8b, 8c, 8d, 12) that close the different compartments or chambers are controlled by control means that are also configured to receive the user instructions with regard to the cooking program like steaming, distillation or others, the temperature and the percentage of aroma/smoke passing from each of the sealed compartments (2,3,4,5) to the central chamber.
A novel lightweight rocker arm frame, comprising: two sidewalls, and two bottom plates, wherein the two sidewalls are connected through the two bottom plates respectively located at two ends; a ball socket protruded upwards is arranged at a bottom plate at one end; a pin shaft hole is formed in the middle of each sidewall without the bottom plates; extruded sidewalls are formed on two sides of a bottom of the bottom plate at the other end; and characterized in that an oil hole is arranged at a bottom plate at one end, and a bottom surface of a bottom plate at the other end is a bearing surface; an outer side of each sidewall where the bearing surface is located is provided with a groove formed through extrusion. two sidewalls, and two bottom plates, wherein the two sidewalls are connected through the two bottom plates respectively located at two ends; a ball socket protruded upwards is arranged at a bottom plate at one end; a pin shaft hole is formed in the middle of each sidewall without the bottom plates; extruded sidewalls are formed on two sides of a bottom of the bottom plate at the other end; and characterized in that an oil hole is arranged at a bottom plate at one end, and a bottom surface of a bottom plate at the other end is a bearing surface; an outer side of each sidewall where the bearing surface is located is provided with a groove formed through extrusion.
An osteoinductive artificial bone consisting of: - a porous body consisting of a lump of titanium or titanium alloy with a porosity of 30 to 80%, which has -- pores communicating in a three-dimensional mesh network with diameters of 100 to 3000 μm and -- holes with a diameter of 50 μm or less at an inner surface of the pores; and - a film formed in the porous body on a surface of the pores and holes which is formed from at least one phase selected from an amorphous titanium oxide phase, an amorphous alkali titanate phase, an anatase phase and a rutile phase aligned with plane. - a porous body consisting of a lump of titanium or titanium alloy with a porosity of 30 to 80%, which has -- pores communicating in a three-dimensional mesh network with diameters of 100 to 3000 μm and -- holes with a diameter of 50 μm or less at an inner surface of the pores; and -- pores communicating in a three-dimensional mesh network with diameters of 100 to 3000 μm and -- holes with a diameter of 50 μm or less at an inner surface of the pores; and - a film formed in the porous body on a surface of the pores and holes which is formed from at least one phase selected from an amorphous titanium oxide phase, an amorphous alkali titanate phase, an anatase phase and a rutile phase aligned with plane.
A system comprising: a server including a processor; memory coupled to the processor, the memory operable to store software executable by the processor to dynamically provision quality of service, QoS, parameters; an access point coupled to the server via a wired network, the access point operable to receive, from a station, a request for authentication of the station to transmit data through the access point in accordance with a high priority access class of a plurality of access classes; a verification engine operable to verify whether a software application is executing on the station, when the software application is not executing on the station, the server is operable to send an instruction to deny the station use of a high priority data transmission queue, and assign a low priority access class of the plurality of access classes to transmit the data; when the software application is executing on the station, the server is operable to assign, in response to the request, the high priority access class, and dynamically provision Quality of Service, QoS, parameters associated with the high priority access class. a server including a processor; memory coupled to the processor, the memory operable to store software executable by the processor to dynamically provision quality of service, QoS, parameters; an access point coupled to the server via a wired network, the access point operable to receive, from a station, a request for authentication of the station to transmit data through the access point in accordance with a high priority access class of a plurality of access classes; a verification engine operable to verify whether a software application is executing on the station, when the software application is not executing on the station, the server is operable to send an instruction to deny the station use of a high priority data transmission queue, and assign a low priority access class of the plurality of access classes to transmit the data; when the software application is executing on the station, the server is operable to assign, in response to the request, the high priority access class, and dynamically provision Quality of Service, QoS, parameters associated with the high priority access class.
A method, comprising: transmitting, by a coordination personal basic service set control point/access point, PCP/AP, in a basic service set, BSS, having two or more personal BSS control PCPs/APs (102a, 102b), at least a first management/extension frame, the management/extension frame including information for channel access by a station, STA (16, 106), within the BSS; receiving, from the STA (16, 106), at least a second management/extension frame; and based on information exchanged between the coordination PCP/AP, C-PCP/AP, and the STA (16,106) via at least the first and second management/extension frames, providing the STA (16,106) with channel access within the BSS by: establishing a communication link for the C-PCP/AP to serve the STA (16,106); or assigning, by the C-PCP/AP, a second PCP/AP in the BSS to serve the STA (16,106); wherein at least one management/extension frame exchanged between the STA (16,106) and the C-PCP/AP or the second PCP/AP includes at least one of: synchronization information, BSS identification, STA identification, beamforming information or scheduling information; characterized in that the scheduling information defines a beacon interval, BI, schedule, including a beacon header interval, BHI (510, 410), and a data transfer interval, DTI (520, 420). transmitting, by a coordination personal basic service set control point/access point, PCP/AP, in a basic service set, BSS, having two or more personal BSS control PCPs/APs (102a, 102b), at least a first management/extension frame, the management/extension frame including information for channel access by a station, STA (16, 106), within the BSS; receiving, from the STA (16, 106), at least a second management/extension frame; and based on information exchanged between the coordination PCP/AP, C-PCP/AP, and the STA (16,106) via at least the first and second management/extension frames, providing the STA (16,106) with channel access within the BSS by: establishing a communication link for the C-PCP/AP to serve the STA (16,106); or assigning, by the C-PCP/AP, a second PCP/AP in the BSS to serve the STA (16,106); wherein at least one management/extension frame exchanged between the STA (16,106) and the C-PCP/AP or the second PCP/AP includes at least one of: synchronization information, BSS identification, STA identification, beamforming information or scheduling information; characterized in that the scheduling information defines a beacon interval, BI, schedule, including a beacon header interval, BHI (510, 410), and a data transfer interval, DTI (520, 420).
A sealant composition for a photoelectric conversion element, comprising: a hydrogenated novolac-type epoxy resin, a cation-polymerizable compound other than the component, and a photo-cationic polymerization initiator, characterized in that the component is (B') an epoxy resin which is in a liquid state at room temperature of 25 °C and is selected from the group consisting of hydrogenated epoxy resins and/or aromatic epoxy resins having no hydroxyl groups in a molecule thereof. a hydrogenated novolac-type epoxy resin, a cation-polymerizable compound other than the component, and a photo-cationic polymerization initiator,
A mold oscillator for oscillating a mold of a continuous casting machine, characterized by comprising: a servo motor; a ball screw unit that includes a ball screw having a threaded shaft and a ball nut, and a nut-side shaft fixed to the ball nut coaxially with the threaded shaft, wherein the ball screw unit is positioned so that a central axis of the ball screw unit extends in a vertical direction; a power transmitting mechanism (24, 25, 26) that transmits rotation of a rotary shaft of the servo motor to a first shaft that is one of the threaded shaft and the nut-side shaft of the ball screw unit that is positioned on a lower side; a casing (28, 33, 80) that surrounds at least part of the ball screw, the casing (28, 33, 80) being configured so as to be able to submerge the ball nut of the ball screw and part of the threaded shaft of the ball screw, on which part the ball nut is engaged with the threaded shaft, in a lubricating oil to lubricate the ball screw with an oil bath; a lubricating oil tank that stores the lubricating oil; a collection pipe for introducing the lubricating oil to the lubricating oil tank, the collection pipe being connected to an outlet port provided in a lower portion of the casing (28, 33, 80); and a supply device (40, 43) for resupplying the lubricating oil in the lubricating oil tank into the casing (28, 33, 80) through an inlet port provided above the outlet port in the casing (28, 33, 80), wherein a second shaft that is the other of the threaded shaft and the nut-side shaft of the ball screw unit is connected to the mold side. a servo motor; a ball screw unit that includes a ball screw having a threaded shaft and a ball nut, and a nut-side shaft fixed to the ball nut coaxially with the threaded shaft, wherein the ball screw unit is positioned so that a central axis of the ball screw unit extends in a vertical direction; a power transmitting mechanism (24, 25, 26) that transmits rotation of a rotary shaft of the servo motor to a first shaft that is one of the threaded shaft and the nut-side shaft of the ball screw unit that is positioned on a lower side; a casing (28, 33, 80) that surrounds at least part of the ball screw, the casing (28, 33, 80) being configured so as to be able to submerge the ball nut of the ball screw and part of the threaded shaft of the ball screw, on which part the ball nut is engaged with the threaded shaft, in a lubricating oil to lubricate the ball screw with an oil bath; a lubricating oil tank that stores the lubricating oil; a collection pipe for introducing the lubricating oil to the lubricating oil tank, the collection pipe being connected to an outlet port provided in a lower portion of the casing (28, 33, 80); and a supply device (40, 43) for resupplying the lubricating oil in the lubricating oil tank into the casing (28, 33, 80) through an inlet port provided above the outlet port in the casing (28, 33, 80), wherein a second shaft that is the other of the threaded shaft and the nut-side shaft of the ball screw unit is connected to the mold side.
A surgical light comprising a light unit which has a plurality of light sources individually accommodated in a housing, wherein the housing has a curved extension, and wherein each light source is arranged and oriented in such way that the light source produces a light beam in an energized state and the light beams are emitted toward a joint light emission side of the housing, further having an anchoring element which is prepared for fastening to a ceiling, a wall or a floor of a room, and a retaining arm system which connects the light unit slidably and/or pivotably to the anchoring element, characterized in that a position detection device comprising a first distance detection sensor is arranged on an upper side of the housing facing away from the light emission side and is arranged and designed in such way that, in the operating state, the position detection device determines a distance of a reference section of the light unit or of the retaining arm system from the ceiling.
An exhaust device that purifies exhaust gas discharged from an engine through an exhaust pipe (31a, 31b), the exhaust device comprising: a chamber that forms an expansion chamber of the exhaust gas at a downstream side of the exhaust pipe (31a, 31b); a partition wall that partitions the expansion chamber into a first expansion chamber and a second expansion chamber; an introduction pipe that enters the second expansion chamber from a downstream end of the exhaust pipe (31a, 3 lb); and a catalyst interposed at an intermediate portion of the introduction pipe in the second expansion chamber, characterized in that the partition wall is formed with a first opening connecting an outlet of the introduction pipe to the first expansion chamber and a second opening connecting the first expansion chamber to the second expansion chamber, and the second opening overlaps with the catalyst when viewed from a side of the first expansion chamber such that the exhaust gas is blown from the second opening to a side surface of the catalyst to warm up the catalyst, and in a plan view, a center line of the catalyst is parallel to the partition wall. a chamber that forms an expansion chamber of the exhaust gas at a downstream side of the exhaust pipe (31a, 31b); a partition wall that partitions the expansion chamber into a first expansion chamber and a second expansion chamber; an introduction pipe that enters the second expansion chamber from a downstream end of the exhaust pipe (31a, 3 lb); and a catalyst interposed at an intermediate portion of the introduction pipe in the second expansion chamber, characterized in that the partition wall is formed with a first opening connecting an outlet of the introduction pipe to the first expansion chamber and a second opening connecting the first expansion chamber to the second expansion chamber, and the second opening overlaps with the catalyst when viewed from a side of the first expansion chamber such that the exhaust gas is blown from the second opening to a side surface of the catalyst to warm up the catalyst, and in a plan view, a center line of the catalyst is parallel to the partition wall.