mhurhangee/ep-ind-claims huggingface dataset:
A device for a valve comprising a fixed part (2; 6) provided with at least one fluid port (214; 634) and a rotatable sleeve (3; 7) provided with at least one bore (33; 72), wherein: - the sleeve (3; 7) is structured in a manner allowing it to rotate the bore (33; 72) in-line with the fluid port (214; 634) in order to allow a fluid to flow through the fluid port (214; 634) and the bore (33; 72) when the sleeve (3; 7) is in an open position; - the sleeve (3; 7) is structured in a manner allowing it to rotate the bore (33; 72) away from the fluid port (214; 634) in order not to allow a fluid to flow through the fluid port (214; 634) when the sleeve (3; 7) is in a closed position; - the fixed part (2; 6) and the sleeve (3; 7) form an annulus (92; 94) between the fixed part (2; 8) and the sleeve (3; 7); and - the annulus (92; 94) is restricted axially by two circumferential ring shaped packer elements (37; 69) in the axial directions of the sleeve (3; 7) and the fixed part (2; 6), wherein one of the two packer elements (37; 69) is located at one side of the at least one fluid port (214; 634), and the other of the two packer elements (37; 69) is located at the opposite side of the at least one fluid port (214; 634), characterzed in that the annulus (92; 94) is adapted to be filled with fluid from the fluid port (214; 634) of the fixed part (2; 6). - the sleeve (3; 7) is structured in a manner allowing it to rotate the bore (33; 72) in-line with the fluid port (214; 634) in order to allow a fluid to flow through the fluid port (214; 634) and the bore (33; 72) when the sleeve (3; 7) is in an open position; - the sleeve (3; 7) is structured in a manner allowing it to rotate the bore (33; 72) away from the fluid port (214; 634) in order not to allow a fluid to flow through the fluid port (214; 634) when the sleeve (3; 7) is in a closed position; - the fixed part (2; 6) and the sleeve (3; 7) form an annulus (92; 94) between the fixed part (2; 8) and the sleeve (3; 7); and - the annulus (92; 94) is restricted axially by two circumferential ring shaped packer elements (37; 69) in the axial directions of the sleeve (3; 7) and the fixed part (2; 6), wherein one of the two packer elements (37; 69) is located at one side of the at least one fluid port (214; 634), and the other of the two packer elements (37; 69) is located at the opposite side of the at least one fluid port (214; 634), characterzed in that the annulus (92; 94) is adapted to be filled with fluid from the fluid port (214; 634) of the fixed part (2; 6).
Arrangement of a hot stamping apparatus and a plurality of separate and independent decorative sheet pieces adapted to be fixed to at least one decoration object so as to be in direct contact therewith, the hot stamping apparatus comprising: a chamber which includes an upper chamber and a lower chamber; a placing table which is disposed inside the lower chamber and on which at least one decoration object is placed; a heater configured to heat the decorative sheet pieces; a partition sheet which is fixed to cover an opening portion of either the upper chamber or the lower chamber and is disposed above the decorative sheet pieces; at least one pressing body being an elastic body for pressing the decorative sheet piece or the decorative sheet pieces against the at least one decoration object; and a vacuum pump configured to reduce a pressure in the chamber, wherein the arrangement is configured in that by increasing the pressure from the upper chamber side, a pressure is applied to the partition sheet and the pressing body, so that the decorative sheet pieces are brought into tight contact with the at least one decoration object. a chamber which includes an upper chamber and a lower chamber; a placing table which is disposed inside the lower chamber and on which at least one decoration object is placed; a heater configured to heat the decorative sheet pieces; a partition sheet which is fixed to cover an opening portion of either the upper chamber or the lower chamber and is disposed above the decorative sheet pieces; at least one pressing body being an elastic body for pressing the decorative sheet piece or the decorative sheet pieces against the at least one decoration object; and a vacuum pump configured to reduce a pressure in the chamber, wherein the arrangement is configured in that by increasing the pressure from the upper chamber side, a pressure is applied to the partition sheet and the pressing body, so that the decorative sheet pieces are brought into tight contact with the at least one decoration object.
Use of inhibiting calcium carbonate as an additive for a composition containing at least one polymer different from cellulose in an implant, characterized in that the inhibiting calcium carbonate is obtained by a method in which calcium carbonate particles are coated with a composition that contains, each relative to its total weight, a mixture of at least 0.1 wt.-% of at least one calcium complexing agent and/or at least one conjugate base which is an alkali metal salt or calcium salt of a weak acid, together with at least 0.1 wt.-% of at least one weak acid.
A packaging machine for making a package which includes a bag of flexible material filled with a dose of loose product and coupled with a respective spout, the machine being configured to receive the empty bag with an open top end, and the respective spout and to move them along a packaging path, characterized in that the packaging machine comprises: - a sealing device movable along the packaging path and configured to seal the bag along its open top end, around the spout; - a dispensing device movable along the packaging path, wherein the dispensing device is configured to fill the dose of product into the sealed product into the sealed bag through the spout. - a sealing device movable along the packaging path and configured to seal the bag along its open top end, around the spout; - a dispensing device movable along the packaging path,
A work vehicle comprising an engine mounted on a travelling machine body; an exhaust filter arranged in an exhaust gas path of the engine; and a driving operation display device for displaying a driving operation situation of the travelling machine body; a regeneration switch configured to cause a reset regeneration control of the exhaust filter to be executed, and an engine controller for controlling a drive of the engine, wherein the engine controller is configured to execute the reset regeneration control in which the exhaust gas temperature is raised with post-injection, characterized in that: the engine controller is further configured to execute, when a cumulative drive time is less than a setting time, an assist regeneration control in which when a clogging state of the exhaust filter reaches a prescribed level or higher, the exhaust gas temperature is automatically raised by use of an increase in load of the engine, wherein when the cumulative drive time of the engine is more than said setting time, a reset regeneration control request warning is displayed on the driving operation display device, the reset regeneration control being executed when the regeneration switch is turned on for a predetermined period of time, which is a longer period of time than an operating time during which it can be determined whether the operation for the regeneration switch is based on the manual operation of an operator or based on an operational error, wherein only when the regeneration switch is manually operated after display of the regeneration control request warning, the reset regeneration control of the exhaust filter is started. the engine controller is further configured to execute, when a cumulative drive time is less than a setting time, an assist regeneration control in which when a clogging state of the exhaust filter reaches a prescribed level or higher, the exhaust gas temperature is automatically raised by use of an increase in load of the engine, wherein when the cumulative drive time of the engine is more than said setting time, a reset regeneration control request warning is displayed on the driving operation display device, the reset regeneration control being executed when the regeneration switch is turned on for a predetermined period of time, which is a longer period of time than an operating time during which it can be determined whether the operation for the regeneration switch is based on the manual operation of an operator or based on an operational error, wherein only when the regeneration switch is manually operated after display of the regeneration control request warning, the reset regeneration control of the exhaust filter is started.
A touch control system suitable for use in a household appliance which comprises at least one body; at least one chamber provided in an interior part of the body; at least one door which controls access to the chamber by being opened and closed and has a front surface facing the outer environment and a rear surface facing the chamber; at least one control panel controlling functions of the household appliance and embedded in the door; and at least one mounting hole provided at a front part of the control panel facing the front surface thereof; the touch control system comprising: - at least one mounting unit adapted to be located at the mounting hole; - at least one control module fixed to the mounting unit, having at least one capacitive sensor that senses the touch of a user and at least one light indicator that provides feedback associated with the appliance, adapted to be connected to the control panel, and sending the control commands which are received by a user touch to the control panel so as to perform said functions; the touch control system characterized by comprising: - at least one front panel made of a transparent material and being adapted to cover the whole front surface of the door; - at least one elastic unit which enables the control module to be fixed to the mounting unit such that the control module is pushed towards the front surface of the door and contacts with the front panel; and - at least one film which is semi-transparent and insulating, and provided between the front panel and the control module. - at least one mounting unit adapted to be located at the mounting hole; - at least one control module fixed to the mounting unit, having at least one capacitive sensor that senses the touch of a user and at least one light indicator that provides feedback associated with the appliance, adapted to be connected to the control panel, and sending the control commands which are received by a user touch to the control panel so as to perform said functions; - at least one front panel made of a transparent material and being adapted to cover the whole front surface of the door; - at least one elastic unit which enables the control module to be fixed to the mounting unit such that the control module is pushed towards the front surface of the door and contacts with the front panel; and - at least one film which is semi-transparent and insulating, and provided between the front panel and the control module.
A reverse transcriptase having improved thermostability by substitution of the 306th threonine with leucine (T306L) of the amino acid sequence of M-MLV originated reverse transcriptase represented by SEQ. ID. NO: 1.
A touchscreen controller comprising: a touch input interface for connecting to a touch-sensitive overlay of a touchscreen display; a touch output interface (284, 285), the touch output interface providing an output in dependence on touch input received via the touch input interface; an orientation sensor control output interface for connecting to one or more orientation sensors (251a, 251b); and an embedded processor coupled with the touch input interface, the touch output interface and the orientation sensor control output interface, the embedded processor configured to generate an interrupt output signal for output on the orientation sensor control output interface, the interrupt output signal being configured to deactivate the orientation sensor for at least a period of time when the touch-sensitive overlay is activated with touch input. a touch input interface for connecting to a touch-sensitive overlay of a touchscreen display; a touch output interface (284, 285), the touch output interface providing an output in dependence on touch input received via the touch input interface; an orientation sensor control output interface for connecting to one or more orientation sensors (251a, 251b); and an embedded processor coupled with the touch input interface, the touch output interface and the orientation sensor control output interface, the embedded processor configured to generate an interrupt output signal for output on the orientation sensor control output interface, the interrupt output signal being configured to deactivate the orientation sensor for at least a period of time when the touch-sensitive overlay is activated with touch input.
A method for switching between multiple security certificates by a wireless device to support different functions for different industry sectors, the method comprising: by the wireless device: detecting a request to provision a higher layer operating system, OS, bundle for a first industry sector; selecting, from the multiple security certificates, a wireless device security certificate associated with the first industry sector; sending a request to a network entity to provision the higher layer OS bundle, the request including an identifier for the first industry sector and a first signature generated based on the selected wireless device security certificate; receiving, from the network entity upon verification of the request based on the first signature, the higher layer OS bundle including a second signature generated by the network entity using a server security certificate associated with the first industry sector; verifying the higher layer OS bundle using a certificate authority associated with the server security certificate; and upon successful verification of the higher layer OS bundle, installing the higher layer OS bundle in the wireless device, wherein the wireless device includes a lower layer OS. detecting a request to provision a higher layer operating system, OS, bundle for a first industry sector; selecting, from the multiple security certificates, a wireless device security certificate associated with the first industry sector; sending a request to a network entity to provision the higher layer OS bundle, the request including an identifier for the first industry sector and a first signature generated based on the selected wireless device security certificate; receiving, from the network entity upon verification of the request based on the first signature, the higher layer OS bundle including a second signature generated by the network entity using a server security certificate associated with the first industry sector; verifying the higher layer OS bundle using a certificate authority associated with the server security certificate; and upon successful verification of the higher layer OS bundle, installing the higher layer OS bundle in the wireless device,
A method, comprising: detecting, by a user equipment, an indication for an upcoming local area network activation; and determining, by the user equipment, whether or not to terminate a wide area network connection on an unlicensed band in an instance in which the wide area network connection on the unlicensed band is active and the local area network is to be activated on the same unlicensed band.
A method for preparing a partial or full dental prosthesis, including the following steps: 1.1. acquiring a patient's oral situation by digital recording; 1.2. selecting the teeth forming the dental prosthesis from a library of groups of teeth to obtain a virtual set-up of the teeth, which is positioned virtually in a space that takes the acquired patient's situation into account; 1.2.1 said library contains designs of dental arches, tooth shapes, tooth sizes 1.2.2 said library contains designs of the gingiva, and 1.2.3 said library contains total set-ups and/or modular set-ups for all of Angle's bite classes; 1.3. if required, modifying the set-up obtained from the library; 1.4. virtually embedding the teeth arranged in the virtual set-up in a virtual gingiva; 1.5. producing the real prosthesis. 1.1. acquiring a patient's oral situation by digital recording; 1.2. selecting the teeth forming the dental prosthesis from a library of groups of teeth to obtain a virtual set-up of the teeth, which is positioned virtually in a space that takes the acquired patient's situation into account; 1.2.1 said library contains designs of dental arches, tooth shapes, tooth sizes 1.2.2 said library contains designs of the gingiva, and 1.2.3 said library contains total set-ups and/or modular set-ups for all of Angle's bite classes; 1.2.1 said library contains designs of dental arches, tooth shapes, tooth sizes 1.2.2 said library contains designs of the gingiva, and 1.2.3 said library contains total set-ups and/or modular set-ups for all of Angle's bite classes; 1.3. if required, modifying the set-up obtained from the library; 1.4. virtually embedding the teeth arranged in the virtual set-up in a virtual gingiva; 1.5. producing the real prosthesis.
A gas barrier laminate having a laminated structure comprising a barrier layer, an inorganic material layer and a base material in this order, wherein the barrier layer includes a water-soluble resin and a condensate of hydrolyzed metal alkoxide, and a frictional force of the barrier layer measured by atomic force microscopy is 3.0 × 10 -4 or less. the barrier layer includes a water-soluble resin and a condensate of hydrolyzed metal alkoxide, and a frictional force of the barrier layer measured by atomic force microscopy is 3.0 × 10 -4 or less.
An ophthalmic lens, comprising: at least one polymerized lens substrate (506,706) including at least one thermoset monomer; a functional component (150,250,550,750) including at least one thermoplastic film, a surface of the at least one thermoplastic film facing the polymerized lens substrate; and a primer coating (202,502,702) deposited onto the surface of the at least one thermoplastic film facing the polymerized lens substrate, wherein the primer coating includes at least one first reactive monomer, at least one second reactive monomer, and at least one photoactive catalyst; characterized in that the at least one second reactive monomer of the primer coating being an alkoxysilane and in that the at least one photoactive catalyst includes a cationic photoinitiator and a free radical photoinitiator. at least one polymerized lens substrate (506,706) including at least one thermoset monomer; a functional component (150,250,550,750) including at least one thermoplastic film, a surface of the at least one thermoplastic film facing the polymerized lens substrate; and a primer coating (202,502,702) deposited onto the surface of the at least one thermoplastic film facing the polymerized lens substrate, the primer coating includes at least one first reactive monomer, at least one second reactive monomer, and at least one photoactive catalyst; at least one first reactive monomer, at least one second reactive monomer, and at least one photoactive catalyst; characterized in that the at least one second reactive monomer of the primer coating being an alkoxysilane and in that the at least one photoactive catalyst includes a cationic photoinitiator and a free radical photoinitiator.
A side edge of a semitrailer with elements allowing to lock cargo, located in holes made in a longitudinal recess in the side edge of the semitrailer which has at least one hole made in a frame section with a monolithic mounting shape placed in it and with a through hole made in the central part of the mounting shape, wherein horizontal locks are led out from both lower corners of the mounting shape and splines are led out from both upper corners, characterized in that the splines are permanently deformed and flattened after placing the mounting shape in the hole.
Clothes drying rack, comprising two symmetrical elements (bs, bd), each one comprising at least one wire holding shelf (md, ms) assembled on an upright (cd, cs), and wherein one or preferably at least two horizontal rods (ad, as) are fixed at right angles to said upright (cd, cs), characterized in that each one of said horizontal rods is suited to be fixed to the corresponding horizontal rods (as, ad) integral with the other opposing symmetrical element (bs, bd) so as to create a telescopic sliding mechanism, and in that said uprights (cs, cd) are suited to be inserted in the opposing guides of a roller shutter, such that said clothes drying rack is applicable on the opposite guides of the roller shutters of the windows.
A method for horizontally splitting a cured mineral wool web, comprising the steps of: - providing a cured mineral wool web on a conveyor, said conveyor having a first direction of travel; - longitudinally dividing the cured mineral wool web into at least two sub-webs; and then - lifting a sub-web by lifting a section of the conveyor, and - horizontally cutting the lifted sub-web. - providing a cured mineral wool web on a conveyor, said conveyor having a first direction of travel; - longitudinally dividing the cured mineral wool web into at least two sub-webs; and then - lifting a sub-web by lifting a section of the conveyor, and - horizontally cutting the lifted sub-web.
Induction heating apparatus, comprising at least one coil layer having a coil device and a carrier, on which carrier the coil device is arranged, wherein the at least one coil layer is of flexurally flexible configuration, and wherein the at least one coil layer is embedded in the structural material of a vacuum hood (18; 118; 218; 318; 418; 518; 618; 718; 818), and wherein the vacuum hood (18; 118; 218; 318; 418; 518; 618; 718; 818) having the at least one coil layer is of flexurally flexible configuration, characterized in that the vacuum hood (18; 118; 218; 318; 418; 518; 618; 718; 818) comprises a reinforcing structure which is embedded in the structural material of the vacuum hood (18; 118; 218; 318; 418; 518; 618; 718; 818), and in that the reinforcing structure is made of a fibre structure.
A system for treating bone, comprising: an elongated introducer with a flow channel extending therethrough for introducing a bone fill material into an interior of a bone; a source of bone fill material coupled to the flow channel and configured to deliver a flow of bone fill material through the flow channel; an energy source selectively coupleable to the bone fill material to alter the viscosity of the bone fill material; a sensor configured to measure a characteristic of the bone fill material; and a controller configured to control the application of energy from the energy source to the bone fill material, wherein the controller includes algorithms that ramp-up and ramp-down power delivery from the energy source to the bone fill material in response to the measured characteristic of the bone fill material. an elongated introducer with a flow channel extending therethrough for introducing a bone fill material into an interior of a bone; a source of bone fill material coupled to the flow channel and configured to deliver a flow of bone fill material through the flow channel; an energy source selectively coupleable to the bone fill material to alter the viscosity of the bone fill material; a sensor configured to measure a characteristic of the bone fill material; and a controller configured to control the application of energy from the energy source to the bone fill material, wherein the controller includes algorithms that ramp-up and ramp-down power delivery from the energy source to the bone fill material in response to the measured characteristic of the bone fill material.