mhurhangee/ep-ind-claims huggingface dataset:
A method for in vitro determining the prognosis of chronic myelomonocytic leukaemia in a human patient suffering thereof, comprising the following steps: a) measuring the expression level of the five genes G6PD (SEQ ID NO:2 or 3), 6PGD (SEQ ID NO:4), TKT (SEQ ID NO:9 or 10), CEACA M4 (SEQ ID NO:11) and ELANE (SEQ ID NO:23), in a test sample which is a sample of peripheral blood mononuclear cells (PBMC) of said human patient, b) comparing said expression levels to the expression level of said at least five genes in a control sample of a known healthy human subject, c) predicting the outcome of the chronic myelomonocytic leukaemia in said patient. a) measuring the expression level of the five genes G6PD (SEQ ID NO:2 or 3), 6PGD (SEQ ID NO:4), TKT (SEQ ID NO:9 or 10), CEACA M4 (SEQ ID NO:11) and ELANE (SEQ ID NO:23), in a test sample which is a sample of peripheral blood mononuclear cells (PBMC) of said human patient, b) comparing said expression levels to the expression level of said at least five genes in a control sample of a known healthy human subject, c) predicting the outcome of the chronic myelomonocytic leukaemia in said patient.
A device for producing a spun yarn from a fiber strand comprising a fiber delivery channel with a fiber guide surface for guiding the fibers of the fiber strand into an intake mouth of a yarn guide channel and a fluid device for generating an eddy current around the intake mouth of the yarn guide channel, wherein the yarn guide channel has a middle line at least in the region of the intake mouth, wherein the fiber guide surface has a fiber dispensing edge and the fiber delivery channel is situated entirely on one side of an imaginary plane, which includes the middle line of the yarn guide channel, characterized in that the fiber delivery channel passes close by the intake mouth of the yarn guide channel, so that during operation, the fibers leaving the fiber delivery channel enter the region of the eddy current directly, and at least a portion of the fiber strand is deflected on the fiber dispensing edge to arrive from the fiber delivery channel into the yarn guide channel, wherein the propagation of the yarn twist upstream from the fiber-dispensing edge is thereby prevented or is at least substantially diminished.
An interconnect for use with a headpiece, comprising: a coaxial cable including a center conductor and an outer shield; a plug including a center conductor and an outer conductor; and a crimp pin crimped to the cable center conductor and secured to the plug center conductor, characterized in that the crimp pin is soldered directly to the plug center conductor. a coaxial cable including a center conductor and an outer shield; a plug including a center conductor and an outer conductor; and a crimp pin crimped to the cable center conductor and secured to the plug center conductor,
A bougie for shaping a wall of a body cavity to receive suture from within the bougie that extends along a longitudinal axis of the bougie, the bougie being configured for release of a sutured portion of the suture after suturing, the bougie comprising: (a) a lumenal wall; (b) a wall opening open to the exterior of the bougie, configured to receive suction from within the bougie, said wall opening extending along the lumenal wall and the longitudinal axis; (c) at least one longitudinally extended construction, a portion of which forms a divider, which divider, when in a blocking position, passes transverse to the longitudinal axis and between two regions of the bougie dividing the wall opening into a plurality of separated fenestrations, the divider thereby blocking intrusion of tissue into the wall opening upon the wall opening receiving suction; and characterized in that: said longitudinally extended construction is bendable with a bending radius of 1-2 mm or less; and said bougie comprises: (d) a loop anchor operable to release the divider from the blocking position to allow release from the bougie and from the divider of the sutured portion of the suture extending both along the longitudinal axis and across the divider. (a) a lumenal wall; (b) a wall opening open to the exterior of the bougie, configured to receive suction from within the bougie, said wall opening extending along the lumenal wall and the longitudinal axis; (c) at least one longitudinally extended construction, a portion of which forms a divider, which divider, when in a blocking position, passes transverse to the longitudinal axis and between two regions of the bougie dividing the wall opening into a plurality of separated fenestrations, the divider thereby blocking intrusion of tissue into the wall opening upon the wall opening receiving suction; and said longitudinally extended construction is bendable with a bending radius of 1-2 mm or less; and said bougie comprises: (d) a loop anchor operable to release the divider from the blocking position to allow release from the bougie and from the divider of the sutured portion of the suture extending both along the longitudinal axis and across the divider.
Pot holder for gas ovens, having a metallic base body containing a mounting frame, and a plurality of elastic supports connected to the lower side of the mounting frame, said supports being made from elastic material and each having a base part and a fastening part that protrudes over the base part, wherein a number of engaging grooves corresponding to the number of elastic supports are provided on the lower side of the mounting frame, and the fastening part corresponds in shape to the engaging groove and engages into it, wherein the elastic support further comprises at least one side flank that is arranged in the region of the side edge of the base part and the outer edge of which projects over a respective frame part (2a, 2b) of the mounting frame when the fastening part engages into the engaging groove, characterised in that a projection is integrally moulded in each corner on the lower side of the mounting frame, wherein the inner side surface of the adjoining side flanks is assigned to the two adjacent side edges of the elastic support of the side surface of the projection facing the respective corner of the mounting frame.
A method for supporting a Co-Located Coexistence, hereinafter called CLC, mode in a Mobile Station, hereinafter called MS, the method comprising: transmitting, by the MS which is in the CLC mode, a handover request message to a first Base Station BS to initiate a handover process; receiving, form the first BS, a handover command message acknowledging the handover request message; transmitting, by the MS to a second BS, a ranging request message at network reentry after handover; and receiving, from the second BS, a ranging response message comprising CLC start time information that is set by the second BS. transmitting, by the MS which is in the CLC mode, a handover request message to a first Base Station BS to initiate a handover process; receiving, form the first BS, a handover command message acknowledging the handover request message; transmitting, by the MS to a second BS, a ranging request message at network reentry after handover; and receiving, from the second BS, a ranging response message comprising CLC start time information that is set by the second BS.
Structure of an opening panel of a motor vehicle, comprising, on the one hand, an inner lining made from a plastic material arranged, depending on the thickness of the structure, on a side of the structure that is intended to face towards the passenger compartment of the vehicle, and, on the other hand, an outer structural reinforcement made from a plastic material arranged, depending on the thickness of the structure, on a side of the structure that is opposite the passenger compartment relative to the inner lining, the inner lining and the outer structural reinforcement being configured and assembled together so as to delimit between them a hollow body providing the opening panel with resistance to external impacts, in particular to frontal and lateral impacts applied to the side door, the structure being characterized in that the hollow body is closed over the entire periphery of the opening panel.
A method for predicting a short-term flight path of an aircraft, the flight path of the aircraft being associated at each time moment with a vector including at least one component from among a position of the aircraft, attitudes of the aircraft and order 1 and 2 time derivatives of said position and attitudes, the short-term flight path being the flight path of the aircraft for a time period up to 30 seconds from a computation date of said flight path, the method being characterized in that it includes: - an acquisition step for acquiring a control signal representative of a displacement of a primary control member (3, 8, 10) of the aircraft; - a prediction step for predicting, on a subsequent prediction date (T'), at least one component of the short-term flight path of the aircraft, the prediction step being carried out on the computation date; the prediction step further including computing, from the control signal, an estimate, between the computation date and a subsequent prediction date (T'), of at least one time derivative of at least one predicted component, the or each estimated time derivative depending on the subsequent prediction date (T') and on the displacement of each primary control member (3, 8, 10). - an acquisition step for acquiring a control signal representative of a displacement of a primary control member (3, 8, 10) of the aircraft; - a prediction step for predicting, on a subsequent prediction date (T'), at least one component of the short-term flight path of the aircraft, the prediction step being carried out on the computation date;
A mobile platform, comprising: a chassis configured to house one or more medical devices; an omnidirectional wheel system including an omnidirectional wheel coupled to the chassis; a battery housed in the chassis, the battery configured to supply power to drive the omnidirectional wheel system and/or supply power to operate the one or more medical devices; a battery management system housed in the chassis, where the battery management system is configured to facilitate wired and/or wireless charging of the battery; and a drive controller configured to receive inputs from a user and control operation of the omnidirectional wheel system in response thereto, wherein the drive controller includes instructions stored in memory executable to determine a stability parameter of a current configuration of the mobile platform and limit motion of the omnidirectional wheel system in response to the determined stability parameter. a chassis configured to house one or more medical devices; an omnidirectional wheel system including an omnidirectional wheel coupled to the chassis; a battery housed in the chassis, the battery configured to supply power to drive the omnidirectional wheel system and/or supply power to operate the one or more medical devices; a battery management system housed in the chassis, where the battery management system is configured to facilitate wired and/or wireless charging of the battery; and a drive controller configured to receive inputs from a user and control operation of the omnidirectional wheel system in response thereto, wherein the drive controller includes instructions stored in memory executable to determine a stability parameter of a current configuration of the mobile platform and limit motion of the omnidirectional wheel system in response to the determined stability parameter.
An apparatus, comprising: a device, including: a processor comprising a trusted execution environment and at least one other execution environment; a first memory; a first bus master that is configured to operate with secure code; a first input/output, I/O, subsystem that is configured to control input and output functions; and a first firewall being set up such that code from the at least one other execution environment is prevented from configuring the first firewall and such that communication from the first I/O subsystem upon boot of the device is blocked until the first firewall has been configured, and further configured to: receive a secure-code configuration from the bus master; execute the secure-code configuration from the bus master to configure the first firewall subsequent to boot such that the first firewall has an effect that non-secure code is prevented from configuring the first firewall; and after configuration of the first firewall, selectively allow the first I/O subsystem access to the first memory based on a range of addresses of the first memory configured as accessible to the first I/O subsystem. a processor comprising a trusted execution environment and at least one other execution environment; a first memory; a first bus master that is configured to operate with secure code; a first input/output, I/O, subsystem that is configured to control input and output functions; and a first firewall being set up such that code from the at least one other execution environment is prevented from configuring the first firewall and such that communication from the first I/O subsystem upon boot of the device is blocked until the first firewall has been configured, and further configured to: receive a secure-code configuration from the bus master; execute the secure-code configuration from the bus master to configure the first firewall subsequent to boot such that the first firewall has an effect that non-secure code is prevented from configuring the first firewall; and after configuration of the first firewall, selectively allow the first I/O subsystem access to the first memory based on a range of addresses of the first memory configured as accessible to the first I/O subsystem. receive a secure-code configuration from the bus master; execute the secure-code configuration from the bus master to configure the first firewall subsequent to boot such that the first firewall has an effect that non-secure code is prevented from configuring the first firewall; and after configuration of the first firewall, selectively allow the first I/O subsystem access to the first memory based on a range of addresses of the first memory configured as accessible to the first I/O subsystem.
A filter element comprising interlaced weft, and warp yarns and laid-in yarns, wherein: the filter element comprises two layers of weft yams; with the laid-in yarns located between said layers of weft yams; the laid-in yarns do not interlace with the weft yarns and run substantially parallel to the warp yams; the weft yarns run substantially perpendicular to the warp yarns, and wherein; the ratio of the laid-in yarns to warp yarns is at least 1:4. the filter element comprises two layers of weft yams; with the laid-in yarns located between said layers of weft yams; the laid-in yarns do not interlace with the weft yarns and run substantially parallel to the warp yams; the weft yarns run substantially perpendicular to the warp yarns, and wherein; the ratio of the laid-in yarns to warp yarns is at least 1:4.
A drive, having a transmission, the input shaft of which can be driven by an electric motor, wherein an adapter is arranged between the electric motor and transmission, which adapter has as housing parts a motor adapter and a transmission adapter, wherein the input shaft is mounted in a housing part of the adapter, by means of a bearing accommodated in the housing part, characterised in that the transmission adapter is connected in oil-tight manner to the transmission housing by means of a seal, in particular O-ring or flat seal, wherein the motor adapter and the transmission adapter are connected together by means of screw connections, wherein a seal arranged between the motor adapter and transmission adapter, in particular O-ring or flat seal, brings about the oil-tightness, wherein the motor housing is likewise screw-connected in oil-tight manner to the motor adapter, wherein a coupling is surrounded at least in part in protected manner by the motor adapter and/or transmission adapter, wherein the oil level in the adapter is arranged higher than the highest-located bearing of the transmission and higher than the highest in the region of engagement of two sets of gearing of the transmission which are engaged with each other [sic], wherein a venting means is arranged in the transmission adapter above the oil level, wherein the venting means vents from the internal air region of the adapter to the outer surroundings, wherein the venting means has a membrane which is air-permeable, wherein the adapter acts as an oil reservoir.
A supporting frame (1000, 2000) for supporting a display device, the supporting frame comprising: a base; a shaft having a shaft head and a shaft body being formed with the shaft head, wherein the shaft body is disposed on the base; a cantilever arm having a first end and a second end opposite to the first end, the cantilever arm being pivoted on the shaft head and being able to rotate between a lowest position and a highest position; at least one cam being formed on the first end of the cantilever arm; an elastic module having an elastic body, the elastic body being sleeved on the shaft for providing an elastic force to the cam; and a mounting unit holding the display device and being pivoted with the second end of the cantilever arm; wherein when the cantilever arm rotates with respect to the shaft head to cause the cam rotating simultaneously so as to deform the elastic module into various levels, the display device is able to stop at any height between the highest position and the lowest position. a base; a shaft having a shaft head and a shaft body being formed with the shaft head, wherein the shaft body is disposed on the base; a cantilever arm having a first end and a second end opposite to the first end, the cantilever arm being pivoted on the shaft head and being able to rotate between a lowest position and a highest position; at least one cam being formed on the first end of the cantilever arm; an elastic module having an elastic body, the elastic body being sleeved on the shaft for providing an elastic force to the cam; and a mounting unit holding the display device and being pivoted with the second end of the cantilever arm; wherein when the cantilever arm rotates with respect to the shaft head to cause the cam rotating simultaneously so as to deform the elastic module into various levels, the display device is able to stop at any height between the highest position and the lowest position.
A multi-component absorbable/disintegratable, fiber-reinforced, radiopaque composite, non-migrating stent for a urinogenital conduit, the stent comprising an absorbable, highly compliant, hydrowettable, tubular matrix, the matrix being reinforced with a load-bearing, radiopaque central coil, said coil comprising an absorbable polyester/inorganic radiopaque hybrid composition, and said coil being shrouded with a knitted mesh construction comprising an absorbable multifilament yarn, wherein the matrix comprises an absorbable, segmented, polyaxial copolyester and a high molecular weight, hydrophilic polymeric additive having a molecular weight of 1 to 70 kDa, the additive being polyethylene glycol, wherein the stent exhibits a one- to ten-week, radiomodulated absorption/disintegration and strength retention profile.
A human monoclonal antibody or antigen-binding fragment thereof for use in a method for treating chronic asthma in a patient in need thereof, wherein the method comprises administering, to the patient, an antibody or antigen-binding fragment thereof that binds human interleukin 33 (IL-33), and comprises a heavy chain variable region (HCVR) comprising the amino acid sequence of SEQ ID NO: 274 and a light chain variable region (LCVR) comprising the amino acid sequence of SEQ ID NO: 282.
An electrospray ion source operated at essentially atmospheric pressure and coupled to an inlet capillary of a mass spectrometer, the ion source having an essentially closed spray chamber into which gas is drawn solely by a drawing effect of a gas flow through the inlet capillary into a vacuum of the mass spectrometer, characterized by a pre-channel to lead gas-entrained ions from the closed spray chamber to an entrance of the inlet capillary of the mass spectrometer, wherein the pre-channel is directed off-axis to an impingement area beside the entrance of the inlet capillary.
Installation for preparing a water/diesel fuel emulsion comprising: - at least one water feeding unit; - at least one activator feeding unit; - at least one diesel fuel feeding unit; - at least one pre-mixing tank; characterized by comprising a mixing device downstream of said pre-mixing tank comprising: - at least one tubular duct defining an extension direction (X-X); - at least one first helical channel arranged inside the tubular duct for generating a turbulent flow of the mixture of water, activator and diesel fuel inside said tubular element; - at least one first baffle, arranged perpendicularly to said extension direction X-X and downstream of said first helical channel; said first baffle comprising a plurality of holes arranged with an axis of extension parallel to the axis X-X; - at least one inlet element comprising a tapered portion at an end thereof and a plurality of holes arranged with an axis of extension substantially parallel to the axis X-X and adapted to let the inlet fluid into the first helical channel. - at least one water feeding unit; - at least one activator feeding unit; - at least one diesel fuel feeding unit; - at least one pre-mixing tank; characterized by comprising a mixing device downstream of said pre-mixing tank comprising: - at least one tubular duct defining an extension direction (X-X); - at least one first helical channel arranged inside the tubular duct for generating a turbulent flow of the mixture of water, activator and diesel fuel inside said tubular element; - at least one first baffle, arranged perpendicularly to said extension direction X-X and downstream of said first helical channel; said first baffle comprising a plurality of holes arranged with an axis of extension parallel to the axis X-X; - at least one inlet element comprising a tapered portion at an end thereof and a plurality of holes arranged with an axis of extension substantially parallel to the axis X-X and adapted to let the inlet fluid into the first helical channel.