mhurhangee/ep-ind-claims huggingface dataset:
Extractor hood device having an assembly for fixing the extractor hood device to an extraction duct arranged in a ceiling, comprising a support element which can be fixed to the ceiling and in the opening of which a coupling member of the extractor hood device is arranged in order to connect the extraction duct to the extracted air pipe of the extractor hood device, both the coupling member on the support element, and the support element on the ceiling surface allowing a flue housing of the extractor hood device that is fastened to the support element to be oriented relative to a cooker surface, characterised in that, in order to pre-assemble the flue housing comprising a hood, a holding element in the form of a base frame is arranged between the support element and the flue housing, on which holding element the flue housing is held so as to be movable from a first lower pre-assembled position into a second upper end position, and the flue housing being lockable to the support element in the second upper end position in order to form a shadow gap between the flue housing and the ceiling surface.
An osteosynthesis assembly formed by a plate and at least one screw provided with a head and an under-head threading, designed to maintain said plate by crossing through an orifice of said plate to fasten it to a bone, said plate having as many orifices as there are screws, at least one of said orifices of said plate having over at least a portion of its periphery a collar, at the level of which the nominal diameter of the orifice is reduced to a value (d) below said nominal diameter, characterized in that: - said collar is made from metal, ceramic or polymer; - said under-head threading is conical or curved; - the collar and the thread bottom of the under-head threading have, in at least one section of the screw, a tightening (v 1 -d) of at least 0.01 mm if the collar is made from metal or ceramic and at least 0.05 mm if the collar is made from polymer, so as to create a hard spot toward the end of the placement of the screw, said hard spot remaining after the screw has been placed. - said collar is made from metal, ceramic or polymer; - said under-head threading is conical or curved; - the collar and the thread bottom of the under-head threading have, in at least one section of the screw, a tightening (v 1 -d) of at least 0.01 mm if the collar is made from metal or ceramic and at least 0.05 mm if the collar is made from polymer, so as to create a hard spot toward the end of the placement of the screw, said hard spot remaining after the screw has been placed.
An information sending method, wherein the method is applied to a terminal device comprising a first operating system and a second operating system, wherein the first operating system has a higher security level than the second operating system, the first operating system is a trusted executive, TEE, environment, the second operating system is a Rich environment; a first application is running in the first operating system, the first operating system comprises a first network interface configured to communicate with an external network; a second application is running in the second operating system, and the second operating system comprises a second network interface configured to communicate with an application server corresponding to the second application, the method comprising: receiving (S101, S202, S302, S402, S502, S1201), by the first application, request information sent by the second application, wherein the request information carries association information of the second application; receiving (S102, S203, S303, S403, S503, S1202), by the first application, a first message from the external network by using the first network interface; and extracting, by the first application, first information from the first message according to the association information of the second application, and sending (SI03, S204, S304, S404, S504) the first information to the second application, so that the second application sends, by using the second network interface, the first information to the application server corresponding to the second application, wherein the first application is a trusted short message service, SMS, application, the second application is a client service application, the first message is a SMS message, the first information is a SMS verification code. receiving (S101, S202, S302, S402, S502, S1201), by the first application, request information sent by the second application, wherein the request information carries association information of the second application; receiving (S102, S203, S303, S403, S503, S1202), by the first application, a first message from the external network by using the first network interface; and extracting, by the first application, first information from the first message according to the association information of the second application, and sending (SI03, S204, S304, S404, S504) the first information to the second application, so that the second application sends, by using the second network interface, the first information to the application server corresponding to the second application, wherein the first application is a trusted short message service, SMS, application, the second application is a client service application, the first message is a SMS message, the first information is a SMS verification code.
A gripper assembly for battery charging/discharging, electrically connected to a battery electrode to apply current during battery charging/discharging operation, the gripper assembly comprising: a first electrode lead gripper comprising a first electrode gripper body disposed to correspond to a first electrode lead of the battery, and a first contact member coupled to one side of the first electrode gripper body and pressed to contact a surface of the first electrode lead; and a second electrode lead gripper comprising a second electrode gripper body disposed to correspond to a second electrode lead of the battery, and a second contact member coupled to a side of the second electrode gripper body and attached to contact a surface of the second electrode lead, characterized in that the first contact member is formed of a metallic material, and the second contact member is formed of a conductive resin. a first electrode lead gripper comprising a first electrode gripper body disposed to correspond to a first electrode lead of the battery, and a first contact member coupled to one side of the first electrode gripper body and pressed to contact a surface of the first electrode lead; and a second electrode lead gripper comprising a second electrode gripper body disposed to correspond to a second electrode lead of the battery, and a second contact member coupled to a side of the second electrode gripper body and attached to contact a surface of the second electrode lead,
A locking unit for a seat belt retractor, which locking unit is provided at one end of a seat belt spool of the seat belt retractor, on which a safety belt is retracted, so that when the seat belt is quickly unrolled a locking arm of a locking lever is locked with an internal gearwheel, as a result of which the seat belt spool is locked, wherein the locking unit has the following elements: the locking lever with a centre of rotation arranged spaced apart from the centre of the seat belt spool, an actuator arm and the locking arm; a triggering unit having an inertia weight, a counter-pressure spring and a transmission arm, which engages with the actuator arm, wherein the triggering unit is formed to rotate the locking lever about the centre of rotation and to lock the locking arm with the stationary internal gearwheel that is arranged about the locking lever in the case of a fast acceleration of the unrolling of the safety belt, conditioned by the inertia force of the inertia weight acting against the spring force of the counter-pressure spring, characterized in that a cover ring is provided between the locking lever and the internal gearwheel, which cover ring can be rotated into a covering position when the seat belt is retracted, in which covering position the cover ring at least partially covers the region between the locking arm and the internal gearwheel in order to prevent locking, and which can be rotated into a release position when the seat belt is unrolled, in which release position the cover ring releases the region between the locking arm and the internal gearwheel in order to permit locking. the locking lever with a centre of rotation arranged spaced apart from the centre of the seat belt spool, an actuator arm and the locking arm; a triggering unit having an inertia weight, a counter-pressure spring and a transmission arm, which engages with the actuator arm, wherein the triggering unit is formed to rotate the locking lever about the centre of rotation and to lock the locking arm with the stationary internal gearwheel that is arranged about the locking lever in the case of a fast acceleration of the unrolling of the safety belt, conditioned by the inertia force of the inertia weight acting against the spring force of the counter-pressure spring, characterized in that a cover ring is provided between the locking lever and the internal gearwheel, which cover ring can be rotated into a covering position when the seat belt is retracted, in which covering position the cover ring at least partially covers the region between the locking arm and the internal gearwheel in order to prevent locking, and which can be rotated into a release position when the seat belt is unrolled, in which release position the cover ring releases the region between the locking arm and the internal gearwheel in order to permit locking.
A method for updating network-enabled devices with new identity data, comprising: obtaining a first identifier for each network-enabled device from a first database and a second identifier for each network-enabled device from a second database; consolidating into a whitelist the first and second identifiers associated with network-enabled devices that are authorized to be upgraded with new identity data; generating a plurality of new identity data records; encrypting the new identity data records using a key previously installed in each respective network-enabled device; loading the new identity data records onto an update server; receiving at the update server a request for new identity data from at least one network-enabled device having a previously assigned identity linked to the first identifier; authorizing the at least one network-enabled device for the new identity data based on the whitelist; linking the previously assigned identifier to a new identifier linked to one of the new identity data records; and securely delivering one or more new identity data records to the network-enabled device. obtaining a first identifier for each network-enabled device from a first database and a second identifier for each network-enabled device from a second database; consolidating into a whitelist the first and second identifiers associated with network-enabled devices that are authorized to be upgraded with new identity data; generating a plurality of new identity data records; encrypting the new identity data records using a key previously installed in each respective network-enabled device; loading the new identity data records onto an update server; receiving at the update server a request for new identity data from at least one network-enabled device having a previously assigned identity linked to the first identifier; authorizing the at least one network-enabled device for the new identity data based on the whitelist; linking the previously assigned identifier to a new identifier linked to one of the new identity data records; and securely delivering one or more new identity data records to the network-enabled device.
An isolated, latently infected SUPT1 cell line comprising a latent HIV-1 derived NL4-3 hemigenomic plasmid vector provirus comprising an in-frame insertion of a secretable alkaline phosphatase ( seap) gene open reading frame in place of the HIV-1 env gene start codon, an inactivation of the vpu gene start codon, a deletion of about 2500 base pairs of the HIV-1 pol gene, and an insertion of an egfp gene coding sequence about 10 base pairs upstream from the nef gene start codon, which provirus, upon activation of late viral gene expression, expresses SEAP as a secretable marker for late viral gene expression, and which provirus, upon activation of early viral gene expression, expresses EGFP as a marker for early viral gene expression.
A method for routing a data packet through an explicit path in a data communication network, the data packet having a path_id corresponding to the explicit path, the method comprising: receiving the data packet from the prior hop at the current hop in the network device; performing a look-up function into the routing table using an index based on the path_id to determine a routing table entry related to the output interface to which the data packet should be forwarded; extracting the NHpath_id which is a path ID seen from the perspective of the next hop; replacing the path_id with the NHpath_id in the data packet wherein path_id is calculated by performing a hash function on the list of the ID's of nodes along the path; and forwarding the data packet to the output interface.
A method for automatically controlling the gain from a Doppler signal processor during ultrasound imaging comprising: inputting returned ultrasound signals; demodulating the returned ultrasound signals; wall-filtering the returned ultrasound signals producing Doppler flow signals; performing spectral analysis on the Doppler flow signals producing a Doppler spectrum; setting a high level signal threshold; setting a low level signal threshold; setting a noise floor level threshold; detecting a peak Doppler spectrum level and a Doppler spectrum maximum noise floor from the Doppler flow signals; increasing Doppler flow signal gain if the peak Doppler spectrum amplitude is less than the low level signal threshold until the peak Doppler spectrum amplitude equals the high level signal threshold whereby if a noise floor is present and was raised commensurately above the noise floor level threshold with the peak Doppler spectrum amplitude, the Doppler flow gain signal is adjusted, reducing the Doppler flow gain such that the noise floor is equal to or less than the noise floor level threshold; and decreasing the Doppler flow signal gain if the peak Doppler spectrum amplitude is greater than the high level signal threshold until the peak Doppler spectrum amplitude equals the high level signal threshold whereby if a noise floor is present and is greater than the noise floor level threshold, the Doppler flow signal gain is adjusted, reducing the Doppler flow gain such that the noise floor is equal to or less than the noise floor level threshold. inputting returned ultrasound signals; demodulating the returned ultrasound signals; wall-filtering the returned ultrasound signals producing Doppler flow signals; performing spectral analysis on the Doppler flow signals producing a Doppler spectrum; setting a high level signal threshold; setting a low level signal threshold; setting a noise floor level threshold; detecting a peak Doppler spectrum level and a Doppler spectrum maximum noise floor from the Doppler flow signals; increasing Doppler flow signal gain if the peak Doppler spectrum amplitude is less than the low level signal threshold until the peak Doppler spectrum amplitude equals the high level signal threshold whereby if a noise floor is present and was raised commensurately above the noise floor level threshold with the peak Doppler spectrum amplitude, the Doppler flow gain signal is adjusted, reducing the Doppler flow gain such that the noise floor is equal to or less than the noise floor level threshold; and decreasing the Doppler flow signal gain if the peak Doppler spectrum amplitude is greater than the high level signal threshold until the peak Doppler spectrum amplitude equals the high level signal threshold whereby if a noise floor is present and is greater than the noise floor level threshold, the Doppler flow signal gain is adjusted, reducing the Doppler flow gain such that the noise floor is equal to or less than the noise floor level threshold.
A permanent magnet comprising: a composition expressed by a composition formula R p Fe q M r Cu t Co 100-p-q-r-t, where R is at least one element selected from the group consisting of rare earth elements, M is at least one element selected from the group consisting of Zr, Ti, and Hf, p is a number satisfying 10.8 ≤ p ≤ 12.5 atomic percent, q is a number satisfying 25 ≤ q ≤ 40 atomic percent, r is a number satisfying 0.88 ≤ r ≤ 4.3 atomic percent, and t is a number satisfying 3.5 ≤ t ≤ 13.5 atomic percent; and a metallic structure including a main phase having a Th 2 Zn 17 crystal phase, the main phase having crystal grains, 5% or less of the crystal grains having a grain diameter equal to or smaller than 10 μm, characterised in that 40% or less of the crystal grains having a crystal orientation perpendicular to a plane of the Th 2 Zn 17 crystal phase in a direction deviated 30 degrees or more relative to an axis of easy magnetization. a composition expressed by a composition formula R p Fe q M r Cu t Co 100-p-q-r-t, where R is at least one element selected from the group consisting of rare earth elements, M is at least one element selected from the group consisting of Zr, Ti, and Hf, p is a number satisfying 10.8 ≤ p ≤ 12.5 atomic percent, q is a number satisfying 25 ≤ q ≤ 40 atomic percent, r is a number satisfying 0.88 ≤ r ≤ 4.3 atomic percent, and t is a number satisfying 3.5 ≤ t ≤ 13.5 atomic percent; and a metallic structure including a main phase having a Th 2 Zn 17 crystal phase, the main phase having crystal grains, 5% or less of the crystal grains having a grain diameter equal to or smaller than 10 μm, characterised in that 40% or less of the crystal grains having a crystal orientation perpendicular to a plane of the Th 2 Zn 17 crystal phase in a direction deviated 30 degrees or more relative to an axis of easy magnetization. 5% or less of the crystal grains having a grain diameter equal to or smaller than 10 μm, characterised in that 40% or less of the crystal grains having a crystal orientation perpendicular to a plane of the Th 2 Zn 17 crystal phase in a direction deviated 30 degrees or more relative to an axis of easy magnetization.
Gutter element comprising a U-shaped gutter body made of concrete or polymer concrete, the two vertical legs of the gutter body forming the side walls (14, 16) which are connected via a gutter bottom forming the horizontal section of the gutter body, the gutter body enclosing a water course, a gutter cover being held at the upper ends of the side walls (14, 16), wherein a water-permeable plate (26; 34) extends horizontally between the side walls (14, 16) at a distance from the gutter bottom, on which plate a filter substrate is arranged, characterized in that the water-permeable plate (26; 34) is a drain concrete plate which has a thickness of between 2 and 8 cm, in particular between 3 and 5 cm.
A method for the diagnosis of gaseous fluid leakages in a circuit feeding gaseous fuel, whether consisting of LPG, CNG (methane), H2 (hydrogen) or mixtures of these gases, into an internal combustion engine through at least one corresponding injector, said circuit comprising in addition to said injector a tank for said fluid in which it is contained at high pressure, a reducer member for said pressure which is disposed in a connection line between said tank and said injector and which divides it into a high pressure branch and a low pressure branch, there being disposed in said line upstream of the reducer member a controlled valve member to interrupt the fluid flow to the injector and a pressure measurement device positioned in the low pressure branch, said measurement device, each injector and said valve member being connected to a command and control unit, said method comprising closing the valve member, closing each injector and evaluating the variation of the fluid pressure in the line with time by means of said measurement device in order to determine any leakages of said circuit downstream of the valve member, characterised in that said evaluation is carried out during a phase in which the engine is under acceleration, the reducer member being a two stage reducer.
A combination of a pad for a brake caliper of a disc brake and one or more pins of the brake caliper, wherein the pad is suitable to be clamped against the braking band of the brake disc of said disc brake, said pad being provided with one or more eyelets suitable for receiving corresponding said one or more pins, in which said pins define pin outlines, and said eyelets define eyelet outlines, said pin outlines having one or more curved pin contact portions with pin curvature radii (Rp), and said eyelet outlines having one or more curved eyelet contact portions with eyelet curvature radii (Ro), so that the contact between pad and pins can occur at least partially at said pin and eyelet contact portions, wherein the eyelet curvature radii (Ro) are greater than the pin curvature radii (Rp), characterized in that said eyelet outlines have an essentially rectangular or squared shape, with an outer upper corner, an outer lower corner, an inner lower corner, and an inner upper corner which are rounded, one or more of said rounded corners (30, 31, 32, 33) forming said eyelet contact portions, and said eyelet outlines of each eyelet have a single one of said eyelet contact portions arranged at said rounded outer upper corner, and the ratio between the height of each eyelet and the eyelet curvature radius (Ro) of said single eyelet contact portion ranges between 2-2.1, and said pad comprising two eyelets, the eyelet outlines of said two eyelets are mutually symmetric relative to a median axis of the pad passing through upper and lower edges thereof.
An apparatus for treating floors, in particular a scrubber dryer apparatus for floors comprising a floor-contact part equipped with at least one tool for treating a floor, and a guide part connected to said floor-contact part, at least one motor member to suck an operating fluid from said floor, a cooling circuit to cool said motor member by means of a flow of cooling air, said circuit cooling comprising a filter member for filtering said flow of cooling air, said floor-contact part and said guide part being mutually connected by means of an articulation assembly which enables said guide part to be oriented in different positions with respect to said floor-contact part, said guide part being provided with at least one handle characterised in that it comprises a collection circuit of said operating fluid present on the floor to be treated, said operating fluid comprising at least a portion of air, and a further filter member positioned at said collection circuit, to filter said portion of air separated from said collected operating fluid, said collection circuit comprising a suction opening, through which said operating fluid is sucked from said floor, a collection pipe connected, at one end, to said suction opening and, at the other end, to a collection tank of said apparatus arranged in the guide part of the apparatus, and a return duct, which connects the top of said collecting tank in use with said floor-contact part, so that the air separated from the sucked operating fluid flows out, said further filter member being arranged in said return duct, in order to filter out any contaminating particles present in the air separated from the aspirated operating fluid.