mhurhangee/ep-ind-claims huggingface dataset:
An electrical connector comprising a connector body and at least one terminal, the connector body having at least one terminal cavity that extends through the connector body from an opening at an insertion end to an opening at a mating end of the connector body, the connector body having a first rigid terminal lock nib that projects inward into the terminal cavity from a rigid wall for retaining the terminal in the connector body and a flexible beam opposite the first rigid lock nib for pushing the terminal against the rigid wall and into retaining engagement with the first rigid lock nib, the flexible beam being attached at each end to longitudinally spaced rigid spaced wall portions (40, 42) of the connector body that are opposite the rigid wall, wherein the flexible beam has a second rigid lock nib for retaining engagement with the terminal in the connector body to enhance terminal retention wherein the first rigid terminal lock nib comprises a ramp that slopes inwardly and forwardly toward the mating end of the connector body and leads to a first lock shoulder, wherein the second rigid lock nib comprises a second ramp that slopes inwardly and forwardly toward the mating end of the connector body and leads to a second lock shoulder, characterized in that the terminal comprises a forward contact portion having laterally spaced lock surfaces (56, 58) behind which the rigid lock nibs (28, 32) engage respectively and in that the flexible beam includes a pressure pad forwardly of the second lock shoulder.
Detergent composition comprising at least one enzyme having an amino acid sequence having at least 95% sequence identity to the amino acid sequence of SEQ ID NO: 12, Wherein the at least one enzyme has mannan degrading activity.
Device for transferring workpieces or workpiece carriers, having a carrying subassembly which is fastenable to a higher-level conveying device, wherein provision is made of a guide subassembly which comprises a first and a second endless traction means (41; 42) which are arranged parallel to one another, defining a conveying direction, wherein provision is made of at least one lifting drive by way of which the guide subassembly can be moved relative to the carrying subassembly with regard to a lifting direction which is oriented perpendicularly to the conveying direction, wherein a transverse direction is oriented perpendicularly to the conveying direction and to the lifting direction, wherein the at least one lifting drive comprises at least one first spring which keeps the latter in a middle position in an unactuated state, characterized in that provision is made of an adjustable first stop for the first spring, wherein a separate connecting part (80a; 80b; 80c) is firmly connected to an associated lifting drive, wherein an adjusting screw, which forms the first stop for the first spring, is screwed into the connecting part (80a; 80b; 80c), wherein provision is made of at least one first profiled body which extends in the conveying direction with a constant cross-sectional shape, wherein the first and/or the second traction means (41; 42) surrounds an associated first profiled body and is mounted in a movable manner thereon, wherein at least one lifting drive is firmly connected to the first profiled body via the associated connecting part (80a; 80c).
Multifunction injector (10, 11, 12) comprising a De Laval nozzle adapted to act as a burner at subsonic or supersonic speed, combined with a plurality of nozzles (31, 32) for fuel and comburant respectively, arranged in two rings, concentric and co-axial to said De Laval nozzle, characterised in that said plurality of nozzles (31,32) are externally protected by a specifically conical shaped protection cavity, wherein the comburant nozzles are arranged on a second external ring around a first ring comprising the fuel nozzles and wherein the external ring of comburant nozzles has ducts provided on a slope in relation to the central axis, wherein said ducts are arranged in a spiral form to cause a swirl rotation of oxidizing gases.
A treatment device that is configured to pass a high frequency current through a bone defect generated in a root canal treatment,, the treatment device comprising: a holder that holds an electrode to be located at the bone defect; a power supply unit that is configured to pass a high frequency current through the electrode; and a controller that is configured to control a frequency of the high frequency current to be passed through the electrode from the power supply unit, the controller controlling the frequency of the high frequency current to be passed through the electrode to fall within a range of 1.001 MHz to 11.700 MHz; wherein the high frequency current is configured to promote bone regeneration in the bone defect. a holder that holds an electrode to be located at the bone defect; a power supply unit that is configured to pass a high frequency current through the electrode; and a controller that is configured to control a frequency of the high frequency current to be passed through the electrode from the power supply unit, the controller controlling the frequency of the high frequency current to be passed through the electrode to fall within a range of 1.001 MHz to 11.700 MHz; wherein the high frequency current is configured to promote bone regeneration in the bone defect.
A tractor comprising: front wheels; rear wheels; an engine; a hood that covers the engine; an exhaust gas treatment unit that purifies exhaust gas from the engine, the exhaust gas treatment unit being placed laterally outside right or left side of the hood and behind one of the front wheels, a direction of forward travel of the tractor being referred to as a front side, and a direction opposite to the direction of forward travel of the tractor being referred to as a rear side; a circular cylindrical heat shielding plate that covers an outer circumferential surface of the exhaust gas treatment unit; a plurality of vent holes that are formed in the heat shielding plate; a support member that supports the exhaust gas treatment unit; a placement member that places the exhaust gas treatment unit on the support member, characterized in that the tractor further comprises: a heat-releasing opening in the placement member. front wheels; rear wheels; an engine; a hood that covers the engine; an exhaust gas treatment unit that purifies exhaust gas from the engine, the exhaust gas treatment unit being placed laterally outside right or left side of the hood and behind one of the front wheels, a direction of forward travel of the tractor being referred to as a front side, and a direction opposite to the direction of forward travel of the tractor being referred to as a rear side; a circular cylindrical heat shielding plate that covers an outer circumferential surface of the exhaust gas treatment unit; a plurality of vent holes that are formed in the heat shielding plate; a support member that supports the exhaust gas treatment unit; a placement member that places the exhaust gas treatment unit on the support member, characterized in that the tractor further comprises: a heat-releasing opening in the placement member. a heat-releasing opening in the placement member.
An electrode additive for a secondary battery electrode in which an electro-conductive coating material is coated on the surface of a core particle that is added to electrode material comprising an electrode active material, wherein the core particle is a material of Formula 1 that is added to battery electrodes for improving high temperature storage characteristics: M x A y wherein M is a metal, and A is selected from the group consisting of OH, O and CO 3, and x represents the oxidation number of A, and y represents the valence of M.
A method for processing bearer control, comprising: routing, by a first control entity, a call which is routed from a Time Division Multiplexing, TDM, bearer based network domain or originated by an intra-office Plain Ordinary Telephone Service, POTS, subscriber to an internet protocol, IP, bearer based network domain; receiving, by a second control entity, the call which is routed back from said IP bearer based network domain, wherein the call is destined to a TDM bearer based network domain or an intra-office POTS subscriber; determining, by the second control entity, that a media stream that enters into and exists from the IP bearer based network domain is exchanged on a same media gateway, and controlling by the first control entity and/or the second control entity, the media gateway to directly connect TDM circuit ports or subscriber line ports at both originating and terminating sides to transmit the media stream. routing, by a first control entity, a call which is routed from a Time Division Multiplexing, TDM, bearer based network domain or originated by an intra-office Plain Ordinary Telephone Service, POTS, subscriber to an internet protocol, IP, bearer based network domain; receiving, by a second control entity, the call which is routed back from said IP bearer based network domain, wherein the call is destined to a TDM bearer based network domain or an intra-office POTS subscriber; determining, by the second control entity, that a media stream that enters into and exists from the IP bearer based network domain is exchanged on a same media gateway, and controlling by the first control entity and/or the second control entity, the media gateway to directly connect TDM circuit ports or subscriber line ports at both originating and terminating sides to transmit the media stream.
A wet-dry face seal seat configured to rotate about an axis, comprising: a main body having a mating face configured to mate with a sealing member, an outer diameter surface, and an axial face, characterised by the main body defining a pool feed passage that extends to the mating face and a cooling hole that extends to the outer diameter surface, wherein the main body defines an oil pool on the mating face in fluid communication with the pool feed passage; and an oil capture scoop having an axial portion extending away from the main body, and a radial portion extending radially inward from the axial portion, the axial portion of the oil capture scoop, the radial portion of the oil capture scoop, and the axial face of the main body defining an oil volume, the axial face of the main body further defining a pool feed inlet in fluid communication with the pool feed passage, and the axial portion of the oil capture scoop defining a cooling inlet in fluid communication with the cooling hole. a main body having a mating face configured to mate with a sealing member, an outer diameter surface, and an axial face, characterised by the main body defining a pool feed passage that extends to the mating face and a cooling hole that extends to the outer diameter surface, wherein the main body defines an oil pool on the mating face in fluid communication with the pool feed passage; and an oil capture scoop having an axial portion extending away from the main body, and a radial portion extending radially inward from the axial portion, the axial portion of the oil capture scoop, the radial portion of the oil capture scoop, and the axial face of the main body defining an oil volume, the axial face of the main body further defining a pool feed inlet in fluid communication with the pool feed passage, and the axial portion of the oil capture scoop defining a cooling inlet in fluid communication with the cooling hole.
A test and measurement system comprising: an input port structured to receive an input signal via a channel suffering from inter-symbol interference; and a processor characterized by being configured to: determine bit sequences encoded in the input signal; assign portions of the input signal into sets based on the corresponding bit sequences; apply a Decision Feedback Equalizer to graphs for each set by employing a DFE slicer pattern corresponding to each set in order to obtain DFE adjusted graphs that accurately capture jitter suppression; and normalize and combine the DFE adjusted graphs. an input port structured to receive an input signal via a channel suffering from inter-symbol interference; and a processor characterized by being configured to: determine bit sequences encoded in the input signal; assign portions of the input signal into sets based on the corresponding bit sequences; apply a Decision Feedback Equalizer to graphs for each set by employing a DFE slicer pattern corresponding to each set in order to obtain DFE adjusted graphs that accurately capture jitter suppression; and normalize and combine the DFE adjusted graphs. determine bit sequences encoded in the input signal; assign portions of the input signal into sets based on the corresponding bit sequences; apply a Decision Feedback Equalizer to graphs for each set by employing a DFE slicer pattern corresponding to each set in order to obtain DFE adjusted graphs that accurately capture jitter suppression; and normalize and combine the DFE adjusted graphs.
A light emitting device package comprising: a first lead frame and a second lead frame; a light emitting device electrically connected to each of the first lead frame and the second lead frame, the light emitting device having a first electrode pad asymmetrically formed on a top surface thereof; and a reflective member disposed around the light emitting device to reflect light emitted from the light emitting device, wherein the reflective member is configured such that a reflective surface of a first area and a second area are curved surfaces, a standard deviation of tilts of a reflective surface of the first area, in which the first electrode pad is disposed, is greater than a standard deviation of tilts of a reflective surface of the second area opposite to the first area. a first lead frame and a second lead frame; a light emitting device electrically connected to each of the first lead frame and the second lead frame, the light emitting device having a first electrode pad asymmetrically formed on a top surface thereof; and a reflective member disposed around the light emitting device to reflect light emitted from the light emitting device, wherein the reflective member is configured such that a reflective surface of a first area and a second area are curved surfaces, a standard deviation of tilts of a reflective surface of the first area, in which the first electrode pad is disposed, is greater than a standard deviation of tilts of a reflective surface of the second area opposite to the first area.
Rewinding machine comprising - a winding zone in which a continuous strip is wound around a core; - a movement unit of said continuous strip defining a sliding surface for said continuous strip; - a support unit defining a support surface for said core; said support surface being opposite and spaced from said sliding surface so as to define a sliding channel suitable to guide said core in said winding zone; - wherein it comprises - a contrast unit defining a contrast surface; - at least one tearing tooth suitable to press said continuous strip against said contrast surface causing the tearing of said continuous strip; - and in that - said sliding surface is interposed between said support surface and said contrast surface; - characterised in that - the speed of said contrast surface is different from the speed of said sliding surface; and said tearing tooth is suitable to press said continuous strip against said contrast surface by rotating with a tangential speed substantially equal to said speed of said contrast surface. - a winding zone in which a continuous strip is wound around a core; - a movement unit of said continuous strip defining a sliding surface for said continuous strip; - a support unit defining a support surface for said core; said support surface being opposite and spaced from said sliding surface so as to define a sliding channel suitable to guide said core in said winding zone; - wherein it comprises - wherein it comprises - a contrast unit defining a contrast surface; - at least one tearing tooth suitable to press said continuous strip against said contrast surface causing the tearing of said continuous strip; - and in that - and in that - said sliding surface is interposed between said support surface and said contrast surface; - characterised in that - characterised in that - the speed of said contrast surface is different from the speed of said sliding surface; and said tearing tooth is suitable to press said continuous strip against said contrast surface by rotating with a tangential speed substantially equal to said speed of said contrast surface.
An apparatus for transmitting beamformed signals using implicit channel sounding, comprising: means for causing the apparatus to compute a channel estimate based on one or more sounding signals; means for causing the apparatus to apply frequency offset compensation to the channel estimate; means for causing the apparatus to compute a precoding matrix based on the frequency offset compensated channel estimate to reduce interference between beams specified by the precoding matrix for other apparatuses; and means for causing the apparatus to transmit a beamformed signal using the precoding matrix. means for causing the apparatus to compute a channel estimate based on one or more sounding signals; means for causing the apparatus to apply frequency offset compensation to the channel estimate; means for causing the apparatus to compute a precoding matrix based on the frequency offset compensated channel estimate to reduce interference between beams specified by the precoding matrix for other apparatuses; and means for causing the apparatus to transmit a beamformed signal using the precoding matrix.
A method for monitoring traffic in a network, wherein a monitoring activity of at least two monitoring probes of the network is coordinated by a coordinating means, wherein at least two nodes of the network are able to operate as coordinating means, wherein the responsibility for coordinating the monitoring activity of the monitoring probes is splitted between the nodes according to a compressed representation of flow parameter keys and wherein the nodes belong to a peer-to-peer system.
A method performed by a terminal in a wireless communication system, the method comprising: identifying that a random access problem has occurred, in case that a number of transmissions of a random access preamble by the terminal is greater than a maximum transmission number; performing a first procedure in case that the random access preamble is transmitted on a primary cell of a first cell group and the random access problem has occurred, the first cell group being a set of serving cells controlled by a first base station that controls the primary cell; and performing a second procedure in case that the random access preamble is transmitted on a cell configured with a physical uplink control channel, PUCCH, of a second cell group and the random access problem has occurred, the second cell group being a set of serving cells controlled by a second base station that does not control the primary cell, wherein performing the first procedure further comprises initiating a radio resource control, RRC, connection re-establishment procedure, and wherein performing the second procedure comprises: transmitting, on the first cell group, information to report a problem associated with a connection of the second cell group, the information including a type of the problem. identifying that a random access problem has occurred, in case that a number of transmissions of a random access preamble by the terminal is greater than a maximum transmission number; performing a first procedure in case that the random access preamble is transmitted on a primary cell of a first cell group and the random access problem has occurred, the first cell group being a set of serving cells controlled by a first base station that controls the primary cell; and performing a second procedure in case that the random access preamble is transmitted on a cell configured with a physical uplink control channel, PUCCH, of a second cell group and the random access problem has occurred, the second cell group being a set of serving cells controlled by a second base station that does not control the primary cell, wherein performing the first procedure further comprises initiating a radio resource control, RRC, connection re-establishment procedure, and wherein performing the second procedure comprises: transmitting, on the first cell group, information to report a problem associated with a connection of the second cell group, the information including a type of the problem.
Manual machine tool having a drive motor, a gearbox arranged on a gearbox holding structure, in particular a gearbox housing and a tool holder, wherein a motor output of the drive motor with a gearbox drive of the gearbox and a gearbox output of the gearbox which can be rotated about a rotational axis are coupled to the tool holder in a manner which permits rotation, wherein the gearbox can be switched between at least two switch positions (S1, S2, S3, S4) in which the speed ratios between the gearbox drive and the gearbox output are different to one another, wherein the gearbox comprises a first gear wheel arrangement and at least a second gear wheel arrangement, each of which has at least one gear wheel (52, 104A, 105A) and a switching gear element (61, 62, 102, 103), wherein the two gear wheel arrangements (104, 105) can roll the at least one gear wheel on the switching gear element of the gear wheel arrangement (104, 105) and/or the switching gear element on the at least one gear wheel of the gear wheel arrangement and the respective switching gear element is mounted in a locally adjustable manner between at least two setting positions (P1, P2) in order to adjust the switch positions (S1, S2, S3, S4) of the gearbox on the gearbox holding structure and/or is adjustable between an immobile position and a mobile position relative to the gearbox holding structure, characterised in that in order to switch the gearbox between at least two of the switch positions (S1, S2, S3, S4) the switching gear element of the first gear wheel arrangement forms a switch actuator for the second gear wheel arrangement which can be switched between a first setting position and at least a second setting position, in which a movement of the switching gear element of the second gear wheel arrangement) is different relative to the gearbox holding structure and/or the switch actuator is disengaged and engaged with the at least one gear wheel of the second gear wheel arrangement.
A pull-type body turning aid for turning a patient comprising at least one slide rail unit (4, 4') and a drive mechanism, wherein said at least one slide rail unit (4, 4') is configured to be disposed above the patient and has at least one slide rail assembly (42, 42'), said slide rail assembly (42, 42') including a slide rail (421, 421') having a length configured to extend across the patient, and a sliding block (422, 422') slidable along said slide rail (421, 421') and configured to be connected to one side of the patient; wherein said drive mechanism is connected to said slide rail assembly (42, 42') and is configured to drive said sliding block (422, 422') to move along said slide rail (421, 421') from the one side of the patient to the other side thereof for turning the patient to the other side thereof, and characterized in that said slide rail unit (4, 4') includes two said slide rail assemblies (42, 42'), said slide rail (421, 421') of each of said slide rail assemblies (42, 42') having one end configured to be proximate to the patient, and the other opposite end configured to be distal from the patient and higher than said one end, said slide rails (421, 421') of said slide rail assemblies (42, 42') being inclined relative to each other.