mhurhangee/ep-ind-claims huggingface dataset:
A soldering tip fastening sleeve comprising: a soldering device fastening portion having an internal measurement and an external measurement; and a soldering tip fastening portion which also has an internal measurement and an external measurement as well as a collar holder provided on a first subsector of a circumference of the soldering tip fastening sleeve, wherein the soldering tip fastening portion and the soldering device fastening portion are associated with different ends of the soldering tip fastening sleeve, and wherein the soldering tip fastening sleeve includes a second subsector, which does not have provided thereon any collar holder, characterized in that the soldering tip fastening sleeve is provided with a recess at a transition between the first and second subsectors (17, 18). a soldering device fastening portion having an internal measurement and an external measurement; and a soldering tip fastening portion which also has an internal measurement and an external measurement as well as a collar holder provided on a first subsector of a circumference of the soldering tip fastening sleeve, wherein the soldering tip fastening portion and the soldering device fastening portion are associated with different ends of the soldering tip fastening sleeve, and wherein the soldering tip fastening sleeve includes a second subsector, which does not have provided thereon any collar holder, characterized in that the soldering tip fastening sleeve is provided with a recess at a transition between the first and second subsectors (17, 18).
A kit for treating a treatment area in the vasculature, comprising: a first, pre-dilatation catheter having a first shaft including a first distal portion adapted for positioning at the treatment area and a first proximal portion including a first marking at a first location; and a second, dilatation catheter having a second shaft including a second distal portion adapted for positioning at the treatment area and a second proximal portion including a second marking at a second location substantially matching the first location of the first marking, wherein one or more of the markings comprises a notch, bump, ridge, recess, or any combination of the foregoing. a first, pre-dilatation catheter having a first shaft including a first distal portion adapted for positioning at the treatment area and a first proximal portion including a first marking at a first location; and a second, dilatation catheter having a second shaft including a second distal portion adapted for positioning at the treatment area and a second proximal portion including a second marking at a second location substantially matching the first location of the first marking, wherein one or more of the markings comprises a notch, bump, ridge, recess, or any combination of the foregoing.
A foam application device configured to apply a foam generated from at least any one of a liquid and a gel to a receiving member, the foam application device comprising: a foam generation unit configured to generate the foam; an application unit configured to apply the generated foam to the receiving member; and a foam supplying path configured to supply the generated foam from the foam generation unit, through the foam supplying path, to the application unit; characterised by: a unit comprising an opening/closing valve, with which the foam supplying path is provided, configured to reduce a pressure in the foam supplying path; wherein the foam application device is configured to open the opening/closing valve so as to reduce the pressure in the foam supplying path when stopping the supply of the foam to the application unit. a foam generation unit configured to generate the foam; an application unit configured to apply the generated foam to the receiving member; and a foam supplying path configured to supply the generated foam from the foam generation unit, through the foam supplying path, to the application unit; characterised by: a unit comprising an opening/closing valve, with which the foam supplying path is provided, configured to reduce a pressure in the foam supplying path; wherein the foam application device is configured to open the opening/closing valve so as to reduce the pressure in the foam supplying path when stopping the supply of the foam to the application unit. a unit comprising an opening/closing valve, with which the foam supplying path is provided, configured to reduce a pressure in the foam supplying path; wherein the foam application device is configured to open the opening/closing valve so as to reduce the pressure in the foam supplying path when stopping the supply of the foam to the application unit.
A method for obtaining a water-in-oil emulsion of the spreadable fats type, said method comprising the steps of: (i) Preparing a fatty phase, (ii) Preparing an aqueous phase, (iii) Incorporating the aqueous phase obtained in step (ii) in the fatty phase obtained in step (i) under stirring in order to create an emulsion, (iv) Pasteurizing the emulsion obtained in step (iii); (v) Crystallizing the emulsion pasteurized in step (iv), and (vi) Overruning the emulsion during or after step (v) in such a way as to obtain an overrun rate: - Comprised between 6% and 9%, or - Greater than 50%. (i) Preparing a fatty phase, (ii) Preparing an aqueous phase, (iii) Incorporating the aqueous phase obtained in step (ii) in the fatty phase obtained in step (i) under stirring in order to create an emulsion, (iv) Pasteurizing the emulsion obtained in step (iii); (v) Crystallizing the emulsion pasteurized in step (iv), and (vi) Overruning the emulsion during or after step (v) in such a way as to obtain an overrun rate: - Comprised between 6% and 9%, or - Greater than 50%. - Comprised between 6% and 9%, or - Greater than 50%.
A cap including: - a first portion made of a plastic material, forming a bottom for covering a container neck and a protective side wall for surrounding the container neck, and - a second portion made of a flexible material that is compatible with the plastic material of the first portion and separate from the plastic material of the first portion, the second portion being annular and consisting of a flexible seal, which projects from the bottom toward the interior of the side wall and which is welded to the first portion, characterized in that the first portion includes two annular grooves (48, 50) separated by an annular protuberance, the second portion being welded to the annular protuberance. - a first portion made of a plastic material, forming a bottom for covering a container neck and a protective side wall for surrounding the container neck, and - a second portion made of a flexible material that is compatible with the plastic material of the first portion and separate from the plastic material of the first portion, the second portion being annular and consisting of a flexible seal, which projects from the bottom toward the interior of the side wall and which is welded to the first portion,
An apparatus of an eNodeB operable to configure a physical random access channel, PRACH, to enable uplink communications by a user equipment, UE, the apparatus comprising one or more processors and memory configured to: allocate, at the eNodeB, a PRACH subframe configuration for a plurality of UEs that utilizes a Block Interleaved Frequency Division Multiple Access, B-IFDMA, subframe structure, wherein the B-IFDMA subframe structure comprises interlaced resource blocks, RBs, assigned to each of the plurality of UEs over a selected number of symbols; and decode, at the eNodeB, a PRACH waveform received via the PRACH subframe configuration from one of the plurality of UEs; characterised in that the B-IFDMA subframe structure utilizes a randomized interlace structure to reduce ambiguities in a timing estimation, wherein resource blocks for each interlace are configured for one or more UEs using a non-equidistance resource block pattern. allocate, at the eNodeB, a PRACH subframe configuration for a plurality of UEs that utilizes a Block Interleaved Frequency Division Multiple Access, B-IFDMA, subframe structure, wherein the B-IFDMA subframe structure comprises interlaced resource blocks, RBs, assigned to each of the plurality of UEs over a selected number of symbols; and decode, at the eNodeB, a PRACH waveform received via the PRACH subframe configuration from one of the plurality of UEs; characterised in that the B-IFDMA subframe structure utilizes a randomized interlace structure to reduce ambiguities in a timing estimation, wherein resource blocks for each interlace are configured for one or more UEs using a non-equidistance resource block pattern.
An electromagnetic valve, in particular for purposes of closing a bypass in a coolant circuit of an internal combustion engine, with an energisable winding and an armature that can be displaced by energising the winding in the direction of a core, which applies a force to a valve stem when the winding is energised in the direction of a closure position, in particular against the spring force of a return spring, wherein a pin is provided, which, when the armature is energised, can be displaced together with the armature for purposes of displacing the valve stem in the direction of the closure position, and to which a spring force is applied by a pressure limiting spring in the direction of the closing position of the valve stem, and which by way of the valve stem in an axial movement of the valve stem can be moved against the spring force of the pressure limiting spring out of its closure position for purposes of opening the electromagnetic valve, despite the armature being displaced in the direction of the core, characterised in that, the pin and the pressure limiting spring are arranged in a cage between the armature and the valve stem for purposes of limiting the maximum elongation of the pressure limiting spring, and in that on the side facing away from the pin the pressure limiting spring is supported on an abutment element, in particular a bushing, fixed on and/or in the cage, by means of the axial position of which relative to a pin stop in the cage the preloading of the pressure limiting spring can be and/or is adjusted.
A disengageable axial thrust bearing for a rotary machine, the thrust bearing comprising an inner ring arranged around a rotary shaft in radially non-interfering manner on said shaft, a synchronization element mounted on said rotary shaft to drive rotation of said inner ring selectively, an outer ring comprising first and second outer half-rings (114A, 114B) centered in a casing and clamped in the axial direction between firstly a stationary thrust member and secondly a first pre-loading system exerting a first predetermined axial force, and oblique-contact rolling elements, the thrust bearing being characterized in that it further comprises a second pre-loading system inserted in the axial direction between said first and second outer half-rings and exerting a second predetermined axial force less than the first predetermined axial force such that, so long as the axial load exerted on the axial thrust bearing via the synchronization element is greater than a determined threshold value, each of the rolling elements presents a single line with two points of contact (130A, 130B) respectively with the inner ring and with the first outer half-ring, the second outer half-ring being spaced apart from the first by the second predetermined axial force exerted by the second pre-loading system, and such that the inner ring is driven in rotation by said synchronization element, whereas, when the axial load exerted on the axial thrust bearing becomes less than this determined threshold value, a second line with two additional points of contact (132A, 132B) is created between each of the rolling elements and respectively the inner ring and the second outer half-ring such that the axial thrust bearing is disengaged, with rotation of the inner ring stopping as a result of inertia and friction internal to the thrust member via the four points of contact between each rolling element and the inner ring and the first and second outer half-rings (114A, 114B).
An osteosynthesis device for treating the spine comprising: a fork head which is U-shaped in a side view, has two fork legs (111, 112) in the proximal direction with an internal thread, and in which a connecting rod can be received, and a locking element is guided in the internal thread, and the fork head has a spherical head receiving area and is detachably connected to a bone anchor, and the bone anchor is pivotably mounted in a spherical seat of the spherical head receiving area, wherein the fork head has slots which are open in the distal direction at the spherical head receiving area and at least two deflectable legs are thereby formed; and a locking ring mounted at least partially around the spherical head receiving area, and the locking ring is rotatable about a central axis relative to the fork head, and a first rotational position can be set in which the spherical head receiving area can be deflected with its legs radially outwards, so that the bone anchor can be removed and/or inserted, characterized in that a second rotational position can be set, in which the spherical head receiving area with its legs is blocked in its deflectability, so that the bone anchor is held fixed but pivotable. a fork head which is U-shaped in a side view, has two fork legs (111, 112) in the proximal direction with an internal thread, and in which a connecting rod can be received, and a locking element is guided in the internal thread, and the fork head has a spherical head receiving area and is detachably connected to a bone anchor, and the bone anchor is pivotably mounted in a spherical seat of the spherical head receiving area, wherein the fork head has slots which are open in the distal direction at the spherical head receiving area and at least two deflectable legs are thereby formed; and a locking ring mounted at least partially around the spherical head receiving area, and the locking ring is rotatable about a central axis relative to the fork head, and a first rotational position can be set in which the spherical head receiving area can be deflected with its legs radially outwards, so that the bone anchor can be removed and/or inserted, characterized in that a second rotational position can be set, in which the spherical head receiving area with its legs is blocked in its deflectability, so that the bone anchor is held fixed but pivotable.
Method for determining a dynamic fingerprint of at least one biological molecule of interest in a sample by spectroscopy under physiological conditions comprising: a) exposing the sample to a light source in the near infrared spectrum, b) measuring at various wavelengths the light intensity transmission of water molecules surrounding the biological molecule of interest and performing spectroscopy analysis to determine a fingerprint, c) repeating step b) at different sample temperatures to obtain several fingerprints determined at the different sample temperatures, d) determining the dynamic fingerprint of said biological molecule of interest by comparison of the several fingerprints taken at different sample temperatures, characterized in that the different sample temperatures are within a highly controlled temperature range including positive and negative temperatures and that the different sample temperatures include -37°C and 37°C. a) exposing the sample to a light source in the near infrared spectrum, b) measuring at various wavelengths the light intensity transmission of water molecules surrounding the biological molecule of interest and performing spectroscopy analysis to determine a fingerprint, c) repeating step b) at different sample temperatures to obtain several fingerprints determined at the different sample temperatures, d) determining the dynamic fingerprint of said biological molecule of interest by comparison of the several fingerprints taken at different sample temperatures, characterized in that the different sample temperatures are within a highly controlled temperature range including positive and negative temperatures and that the different sample temperatures include -37°C and 37°C.
An apparatus for improving the performance of an electrical system of a vehicle having an internal combustion engine provided with a start/stop system enabling shutoff of the internal combustion engine while vital electrical systems of the vehicle are running, the electrical system further comprising a primary battery which is selectively connectible to a starter motor for the internal combustion engine via a starter solenoid, a secondary battery, an alternator and additional vehicle electrical loads arranged in parallel with each other and selectively connectible in parallel with the primary battery via a charge switch, characterized in that: in parallel with the secondary battery is further arranged a DC/DC converter (DC/DC) in series with a third source of electrical energy. in parallel with the secondary battery is further arranged a DC/DC converter (DC/DC) in series with a third source of electrical energy.
Process for manufacturing a composite automobile part by overmoulding, over at least one surface of an insert comprising a first plastic material, a layer of a second thermoplastic material, said process comprising the following successive steps: a) a step of positioning said insert in a mould, and b) a step of moulding said second thermoplastic material over said insert; at least one of said first and second materials comprising an additive, said additive comprising a polymer to which carboxylic anhydride monomers are grafted; said first and second materials being respectively based on polyamide and based on polypropylene, or vice versa; and said second material comprising talc as mineral filler; said process being characterised in that said second material is made of a polymer comprising a P/E copolymer based on propylene and polyethylene comprising 12 % by weight of talc and 10 % by weight of an EPR type elastomer material, from 0.2 % to 0.5 % by weight of SEBS and from 5 % to 10 % by weight of polypropylene grafted with maleic anhydride monomers. a) a step of positioning said insert in a mould, and b) a step of moulding said second thermoplastic material over said insert;
Use of a composition comprising umbilical cord blood-derived mesenchymal stem cells (UCB-MSCs) for inducing differentiation and proliferation of neural precursor cells or neural stem cells to neural cells in vitro, comprising co-culturing UCB-MSCs with neural precursor cells or neural stem cells.
An image forming apparatus comprising: a body a recording device supported by the body and configured to form an image on a recording medium; two rollers (17; 18) provided to the body and configured to rotate on the recording medium while the body is moved in a scanning direction for image formation; and characterised by switching means (73; 72; 75; 700; 702) for switching a state of the image forming apparatus between: a roller contact state in which the image forming apparatus is configured such that the rollers (17; 18) are in contact with the recording medium during image formation; and a roller contactless state in which the image forming apparatus is configured such that the rollers (17; 18) are contactless with the recording medium during image formation. a body a recording device supported by the body and configured to form an image on a recording medium; two rollers (17; 18) provided to the body and configured to rotate on the recording medium while the body is moved in a scanning direction for image formation; and characterised by switching means (73; 72; 75; 700; 702) for switching a state of the image forming apparatus between: a roller contact state in which the image forming apparatus is configured such that the rollers (17; 18) are in contact with the recording medium during image formation; and a roller contactless state in which the image forming apparatus is configured such that the rollers (17; 18) are contactless with the recording medium during image formation. a roller contact state in which the image forming apparatus is configured such that the rollers (17; 18) are in contact with the recording medium during image formation; and a roller contactless state in which the image forming apparatus is configured such that the rollers (17; 18) are contactless with the recording medium during image formation.
A method for controlling electric heating of an air conditioner compressor, comprising: when monitoring to learn that a shutdown duration of the air conditioner compressor exceeds a third preset duration threshold, acquiring weather forecast data; and generating, according to the weather forecast data, a control strategy to control the air conditioner compressor to start and stop electric heating. when monitoring to learn that a shutdown duration of the air conditioner compressor exceeds a third preset duration threshold, acquiring weather forecast data; and generating, according to the weather forecast data, a control strategy to control the air conditioner compressor to start and stop electric heating.
A pharmaceutical composition for use in delaying the onset of pulmonary fibrosis and/or treating pulmonary fibrosis, comprising an active ingredient selected from the group consisting of a compound of formula, a compound of formula, a pharmaceutically acceptable salt thereof, and combinations thereof:
A variable efficiency refrigeration system having a variable efficiency screw compressor with an inlet port to draw a refrigerant into the compressor, a pair of helically grooved rotors in fluid communication with the inlet port to compress the refrigerant from a first low pressure to a second higher pressure, a discharge port in fluid communication with a rotating rotor that receives the refrigerant at the second higher pressure and discharge the refrigerant, a power source powering the compressor, the system further including a control panel modulating the power source, a condenser in fluid communication with the compressor that condenses the pressurized refrigerant gas to a pressurized liquid, an evaporator in fluid communication with the condenser and with the compressor, an expansion valve positioned between the condenser and the evaporator, wherein the expansion valve receives condensed pressurized refrigerant liquid and expands it to a lower pressure mist of gas and liquid for the evaporator, characterized by: a plug positioned with the discharge port and movable within the discharge port from a first position to a second position, the plug providing the discharge port with a variable volume, in which the volume is at a maximum in the first position and in which the volume is at a minimum in the second position, the plug being movable to any position between the first position and the second position to provide an intermediate volume. a plug positioned with the discharge port and movable within the discharge port from a first position to a second position, the plug providing the discharge port with a variable volume, in which the volume is at a maximum in the first position and in which the volume is at a minimum in the second position, the plug being movable to any position between the first position and the second position to provide an intermediate volume.