mhurhangee/ep-ind-claims huggingface dataset:
A solvent-free 1K reactive lamination polyurethane adhesive comprising a NCO terminated prepolymer having reactive isocyanate groups, free diisocyanate monomer content lower than 0.1% by weight and characterized by viscosity at 40°C ranging from 800 mPas to 20000 mPas, said polyurethane adhesive being obtained by a process which comprises: A. reaction between a diisocyanate monomer and a polyols mixture consisting of 50-90% w/w polyethylene glycols with molecular weight < 600 g/mol and from 10 to50% w/w of polypropylene glycols with molecular weight <5000 g/molin a NCO/OH ratio higher than 2.5, optionally in the presence of a catalyst and optionally in the presence of an acidic compound, to obtain an NCO terminated prepolymer; B. subjecting the NCO terminated prepolymer obtained in step A to one or more stripping steps using a series of one or more thin layer evaporators and molecular evaporators. A. reaction between a diisocyanate monomer and a polyols mixture consisting of 50-90% w/w polyethylene glycols with molecular weight < 600 g/mol and from 10 to50% w/w of polypropylene glycols with molecular weight <5000 g/molin a NCO/OH ratio higher than 2.5, optionally in the presence of a catalyst and optionally in the presence of an acidic compound, to obtain an NCO terminated prepolymer; B. subjecting the NCO terminated prepolymer obtained in step A to one or more stripping steps using a series of one or more thin layer evaporators and molecular evaporators.
A latch assembly comprising: a coupling member with a first end and a second end, the first end couplable to a back portion of a seat; a latch body coupled to the second end of the coupling member such that the latch body is movable between a first position and a second position relative to the coupling member; and a spring coupled to the latch body for biasing the latch body into the first position; characterized in that: a back section of the latch body extends substantially perpendicular to a longitudinal axis of the coupling member and comprises a channel housing the second end of the coupling member and the spring, such that the latch body is slidable around the second end of the coupling member and the spring for said movement between the first position and the second position. a coupling member with a first end and a second end, the first end couplable to a back portion of a seat; a latch body coupled to the second end of the coupling member such that the latch body is movable between a first position and a second position relative to the coupling member; and a spring coupled to the latch body for biasing the latch body into the first position;
Swimming pool water heating system, comprising: - a heat pump with a compressor; - means configured for controlling the compressor of said heat pump according to one zero power level and three non-zero power levels, as a function of a predetermined set of control setpoints, each control setpoint corresponding to a specific heating strategy to reach a same predetermined setpoint temperature within a certain time, each control setpoint covering a control of the heat pump according to at least two power levels, one of the at least two power levels being the zero power level; and - means for a user to command the start-up of one of the control setpoints. - a heat pump with a compressor; - means configured for controlling the compressor of said heat pump according to one zero power level and three non-zero power levels, as a function of a predetermined set of control setpoints, each control setpoint corresponding to a specific heating strategy to reach a same predetermined setpoint temperature within a certain time, each control setpoint covering a control of the heat pump according to at least two power levels, one of the at least two power levels being the zero power level; and - means for a user to command the start-up of one of the control setpoints.
A femoral base plate assembly comprising: a plate having a bone contacting surface configured to approximate a topography of an exterior of a femur, the plate including a first plurality of orifices angled with respect to the bone contacting surface and configured to orient a respective fastener in a predetermined angular orientation, the plate including a second plurality of orifices, at least one of the first plurality of orifices being threaded, where each of the orifices extending through the bone contacting surface and through a top surface opposite the bone contacting surface; and a stem mounted to the plate via a distal adapter, the stem also including a proximal coupling configured to engage an inertial measurement unit. a plate having a bone contacting surface configured to approximate a topography of an exterior of a femur, the plate including a first plurality of orifices angled with respect to the bone contacting surface and configured to orient a respective fastener in a predetermined angular orientation, the plate including a second plurality of orifices, at least one of the first plurality of orifices being threaded, where each of the orifices extending through the bone contacting surface and through a top surface opposite the bone contacting surface; and a stem mounted to the plate via a distal adapter, the stem also including a proximal coupling configured to engage an inertial measurement unit.
Domestic appliance comprising at least one processing chamber, a sensor device which comprises a radio transmission device for wirelessly transmitting signals, and a coupling device at least for transmitting electromagnetic radiation to the processing chamber, the coupling device being used to transmit signals from an evaluation device to the sensor device and/or vice versa, the coupling device being arranged in an auxiliary chamber and the auxiliary chamber being separated from the processing chamber by means of at least one partition, and the coupling device being designed to generate an electromagnetic field between a first metallic wall and an adjacent second metallic wall, characterised in that the coupling device is connected to a suitable transmitting and/or receiving unit by means of a core and a shield of a coaxial connection in that the first wall is capacitively connected to the core or to the shield, and the second wall is correspondingly capacitively connected to the shield or to the core, and in that at least one opening is provided, by means of which at least the electromagnetic radiation is transmitted to the processing chamber.
A method comprising: receiving data characterizing an alarm event report associated with a first industrial machine generated by a first user via a first web-based graphical user interface, the first web-based GUI associated with an enterprise monitoring system of an industrial enterprise that includes the first industrial machine, the enterprise monitoring system being configured to monitor the operations of industrial machines across the industrial enterprise, wherein the alarm event report includes at least a portion of an event dataset including information of an alarm event associated with the first industrial machine, and an identity of a second user assigned to work on the alarm event report by the first user, wherein the event dataset is stored in a database associated with the enterprise monitoring system; providing the alarm event report to a second web-based graphical user interface associated with the enterprise monitoring system; receiving, via a first GUI of a first monitoring system configured to monitor the first industrial machine, data characterizing additional information associated with the alarm event and/or edits to the event dataset; and storing data characterizing additional information associated with the alarm event in the event dataset in the database and/or editing the event dataset in the database. receiving data characterizing an alarm event report associated with a first industrial machine generated by a first user via a first web-based graphical user interface, the first web-based GUI associated with an enterprise monitoring system of an industrial enterprise that includes the first industrial machine, the enterprise monitoring system being configured to monitor the operations of industrial machines across the industrial enterprise, wherein the alarm event report includes at least a portion of an event dataset including information of an alarm event associated with the first industrial machine, and an identity of a second user assigned to work on the alarm event report by the first user, wherein the event dataset is stored in a database associated with the enterprise monitoring system; wherein the alarm event report includes at least a portion of an event dataset including information of an alarm event associated with the first industrial machine, and an identity of a second user assigned to work on the alarm event report by the first user, wherein the event dataset is stored in a database associated with the enterprise monitoring system; providing the alarm event report to a second web-based graphical user interface associated with the enterprise monitoring system; receiving, via a first GUI of a first monitoring system configured to monitor the first industrial machine, data characterizing additional information associated with the alarm event and/or edits to the event dataset; and storing data characterizing additional information associated with the alarm event in the event dataset in the database and/or editing the event dataset in the database.
Stretcher comprising: - a frame, - a resting surface supported on the frame with an opening in correspondence with the area intended to support the user's trunk, characterized in that the stretcher additionally comprises: - a support element arranged in the opening which has a contact surface (6, 60) adaptable in height to the shape of the user's trunk, - a height adjustment device (5, 50) of the contact surface (6, 60) of the support element, - one or more pressure sensor/s located on the contact surface (6, 60) of the support element, intended to detect the pressure exerted by the support element on the user's trunk, and - a control unit which receives signals from the pressure sensors and, depending on them, acts on the height adjustment device (5, 50) of the contact surface (6, 60), modifying the height of the contact surface (6, 60) of the support element as a function of the pressure and therefore of the shape of the user's trunk. - a frame, - a resting surface supported on the frame with an opening in correspondence with the area intended to support the user's trunk, characterized in that the stretcher additionally comprises: - a support element arranged in the opening which has a contact surface (6, 60) adaptable in height to the shape of the user's trunk, - a height adjustment device (5, 50) of the contact surface (6, 60) of the support element, - one or more pressure sensor/s located on the contact surface (6, 60) of the support element, intended to detect the pressure exerted by the support element on the user's trunk, and - a control unit which receives signals from the pressure sensors and, depending on them, acts on the height adjustment device (5, 50) of the contact surface (6, 60), modifying the height of the contact surface (6, 60) of the support element as a function of the pressure and therefore of the shape of the user's trunk. - a support element arranged in the opening which has a contact surface (6, 60) adaptable in height to the shape of the user's trunk, - a height adjustment device (5, 50) of the contact surface (6, 60) of the support element, - one or more pressure sensor/s located on the contact surface (6, 60) of the support element, intended to detect the pressure exerted by the support element on the user's trunk, and - a control unit which receives signals from the pressure sensors and, depending on them, acts on the height adjustment device (5, 50) of the contact surface (6, 60), modifying the height of the contact surface (6, 60) of the support element as a function of the pressure and therefore of the shape of the user's trunk.
In vitro method for monitoring the development of a bone tumour in a subject, from biological samples comprising osteoblasts obtained via bone biopsy of said tumour at a time t0 and a time t1, characterized in that it comprises a step of determining the concentration or of determining quantitatively the expression of HLA-G1 and HLA-G5 isoforms in said biological samples: - an increase in the concentration or in the level of expression of at least one of said HLA-G isoforms between times t0 and t1 being an indication of progression of said bone tumour in said subject; - a decrease in the concentration or in the level of expression of at least one of said HLA-G isoforms between times t0 and t1 being an indication of remission of said bone tumour in said subject. - an increase in the concentration or in the level of expression of at least one of said HLA-G isoforms between times t0 and t1 being an indication of progression of said bone tumour in said subject; - a decrease in the concentration or in the level of expression of at least one of said HLA-G isoforms between times t0 and t1 being an indication of remission of said bone tumour in said subject.
Device for holding in position and/or protecting at least two fingers or toes, enabling said fingers or toes to be totally or partly immobilised relative to one another, the device comprising: a strip which is in the form of a loop which defines an accommodation space intended to receive and surround said fingers or toes, the strip being configured to follow the shape of the fingers or toes when said fingers or toes are inserted in the accommodation space, said strip being terminated by two ends (5,6) which form two portions (5,6) of a closure system for the loop, the two portions comprising complementary fastening parts (7,11) which co-operate to enable the loop to be adjusted and closed, wherein the strip is made of rigid polymer material and is provided at one of its ends with projections and at the other end with openings, which form the fastening parts of the closure system. a strip which is in the form of a loop which defines an accommodation space intended to receive and surround said fingers or toes, the strip being configured to follow the shape of the fingers or toes when said fingers or toes are inserted in the accommodation space, said strip being terminated by two ends (5,6) which form two portions (5,6) of a closure system for the loop, the two portions comprising complementary fastening parts (7,11) which co-operate to enable the loop to be adjusted and closed, wherein the strip is made of rigid polymer material and is provided at one of its ends with projections and at the other end with openings, which form the fastening parts of the closure system.
Optical indicating device unit serving for use in an external application unit, the external application unit being a hand-held power tool, and having at least one first housing, which has at least one illumination device and/or at least one optical indicating device, wherein the one illumination device and/or the optical indicating device is designed to visually indicate information, wherein the optical indicating device unit has a mechanical interface, for connecting the first housing to a second housing, and a data interface, which transmits information to the illumination device and/or to the optical indicating device, wherein the second housing is disposed on the hand-held power tool, characterized in that the illumination device comprises at least a light source and a light conductor, wherein an environment close to the tool, for example a work region, is able to be illuminated, wherein the light conductor is in the form of a light bar, wherein light at an angle a can illuminate the environment close to the tool, the angle a being greater than 0° and less than 270°.
A switched reluctance motor comprising: a rotor having a plurality of rotor poles; a stator rotatably receiving said rotor and said stator having at least one field winding generating a first magnetomotive force between said rotor and said stator, and having at least one armature winding adapted to carry electrical current varying in synchronism with rotation of said rotor relative to said stator to generate a varying second magnetomotive force having a component transverse to said first magnetomotive force while said first magnetomotive force is generated; and control means controlling supply of electrical current to the or each said armature winding; characterized in that said switched reluctance motor comprises a position sensing means detecting at least one induced first electrical signal dependent on rotational position of said rotor relative to said stator, the or each said first electrical signal being induced in at least one said field or armature winding (202, 204) by a voltage across at least one respective armature or field winding, (204, 202) said voltage being a requirement of normal operation of the switched reluctance motor to energise the armature or field winding (204, 202) to convert electrical energy into mechanical energy, to thereby supply at least one second electrical signal to said control means representative of the rotational position of said rotor relative to said stator to control supply of electrical current to the or each said armature winding. a rotor having a plurality of rotor poles; a stator rotatably receiving said rotor and said stator having at least one field winding generating a first magnetomotive force between said rotor and said stator, and having at least one armature winding adapted to carry electrical current varying in synchronism with rotation of said rotor relative to said stator to generate a varying second magnetomotive force having a component transverse to said first magnetomotive force while said first magnetomotive force is generated; and control means controlling supply of electrical current to the or each said armature winding; characterized in that said switched reluctance motor comprises a position sensing means detecting at least one induced first electrical signal dependent on rotational position of said rotor relative to said stator, the or each said first electrical signal being induced in at least one said field or armature winding (202, 204) by a voltage across at least one respective armature or field winding, (204, 202) said voltage being a requirement of normal operation of the switched reluctance motor to energise the armature or field winding (204, 202) to convert electrical energy into mechanical energy, to thereby supply at least one second electrical signal to said control means representative of the rotational position of said rotor relative to said stator to control supply of electrical current to the or each said armature winding.
Component for detecting the presence of one or several solutes in a liquid stream, which is mainly formed of a tube section or which should be placed in a tube section through which the liquid stream is to be applied and whereby the component is provided with at least one detection sensor having a surface that can be put into contact with the liquid stream, whereby the component is further provided with precipitation means for changing the physical state of the liquid stream in the vicinity of the surface of the detection sensor so that a precipitation or deposit of the substance or substances to be detected on the surface of the detection sensor can be achieved or accelerated, i.e. in the presence of that particular substance or substances in the liquid stream; in that a detection parameter (Td) which is influenced by the presence of precipitated material on the surface can be measured with the detection sensor; and in that the component is provided with alarm means for generating an alarm when a certain degree of modification of the detection parameter (Td) concerned is altered or exceeded to indicate that the presence of the substance or substances concerned has been detected, characterised in that the component additionally comprises a reference sensor, having a surface that can be put into contact with the liquid stream, whereby aforesaid precipitation means are not provided however to modify the physical state of the liquid stream in the vicinity of the surface of the reference sensor and whereby a detection parameter (Tr) which is not influenced by the presence of precipitation material on the detection sensor can be measured with the reference sensor and whereby the component is provided with a comparator circuit for comparing the measurements of the detection parameter (Td) concerned originating from the detection sensor with the measurements (Tr) originating from the reference sensor in order to generate an input signal for the alarm means.
A method of forming a medical lead for implantation comprising: forming a plurality of non-ground electrodes (20/22/24/26), at least one non-ground electrode having a plurality of electrode segments (20a/b/c, 22a/b/c, 24a/b/c, 26a/b/c); characterized in that the method further comprises, forming overmold portions for the at least one of the plurality of non-ground electrodes (20/22/24/26), the overmold portions comprising keys and tabs; attaching one of a plurality of conductors to one electrode segment of the at least one non-ground electrode using the keys and tabs; assembling the non-ground electrodes (20/22/24/26) and plurality of conductors into electrode assembly; reflowing the overmold portions; and grinding the reflowed electrode assembly to form the medical lead, wherein the conductors are attached to specific locations of the electrode segments (20a/b/c, 22a/b/c, 24a/b/c, 26a/b/c), the specific location determined at least in part by the relative radial location of the keys and tabs. forming overmold portions for the at least one of the plurality of non-ground electrodes (20/22/24/26), the overmold portions comprising keys and tabs; attaching one of a plurality of conductors to one electrode segment of the at least one non-ground electrode using the keys and tabs; assembling the non-ground electrodes (20/22/24/26) and plurality of conductors into electrode assembly; reflowing the overmold portions; and grinding the reflowed electrode assembly to form the medical lead, wherein the conductors are attached to specific locations of the electrode segments (20a/b/c, 22a/b/c, 24a/b/c, 26a/b/c), the specific location determined at least in part by the relative radial location of the keys and tabs.