mhurhangee/ep-ind-claims huggingface dataset:
A bottom-forming device for producing pieces of tubing provided with at least one bottom, comprising an aligning device (201, 306) for carrying out alignments of the piece of tubing - transverse to the transport direction - in the transport direction and/or - about an axis of rotation, which is perpendicular to the tubing plane, wherein the aligning device • comprises a transport device (202, 307), with which the piece of tubing can be transported in a transport direction at a transport speed, • comprises conveying elements (206, 311, 312), with which the piece of tubing can be acted upon such that the piece of tubing can be moved relative to the transport direction, wherein the conveying elements can be operated with a differential speed to the transport speed, wherein the differential speed and/or the relative position of the conveying elements to the transport device can be changed, in particular can be controlled, characterized in that a computing and control device is provided, to which information regarding the actual position of the piece of tubing relative to the transport device can be made available and to which the desired positions of the piece of tubing relative to the transport device are known, wherein in the event of deviations of the actual position from the desired position of the piece of tubing, control commands for changing the differential speed and/or the relative position of the conveying elements can be generated with the computing and control device. - transverse to the transport direction - in the transport direction and/or - about an axis of rotation, which is perpendicular to the tubing plane, • comprises a transport device (202, 307), with which the piece of tubing can be transported in a transport direction at a transport speed, • comprises conveying elements (206, 311, 312), with which the piece of tubing can be acted upon such that the piece of tubing can be moved relative to the transport direction, wherein the conveying elements can be operated with a differential speed to the transport speed, wherein the differential speed and/or the relative position of the conveying elements to the transport device can be changed, in particular can be controlled,
A therapeutic gait trainer for improving the ability to walk, particularly for relearning to walk, with a top frame having a torsion-limiting body holder and providing forward support; a bottom frame connected to the top frame via at least one supporting rod comprising a plurality of rollers, wherein the bottom frame is made U-shaped with a bottom frame strut provided on the front end, characterized in that two supporting rods with an elastic bottom part are provided, that the supporting rods with the elastic bottom part are connected with the U-shaped bottom frame, that the top frame comprises a cross-strut, two arm rests being movable along the cross-strut for serving as lateral boundaries for the patient's hip, that a belt system attachable to the hips of a patient is provided, which is connected to at least one belt receptable associated with the top frame and that to compensate for a torque acting on the vertical axis, the number of rollers is at least four, of which at least one, preferably precisely two of the rollers are made as drivable rollers.
Test structure comprising a central torque coupling device and a transmission, wherein the central torque coupling device has a shaft part which is arranged so that it can rotate relative to a housing part of the central torque coupling device, wherein the housing part is arranged so that it is stationary relative to a plinth, wherein the shaft part is connected to a shaft of the transmission in a force- and/or form-fitting fashion, wherein the transmission has a torque support which is arranged on a housing or a ring gear of the transmission, characterized in that the torque support of the transmission is connected to the housing part of the central torque coupling device in a force- and/or form-fitting fashion.
Swab for collecting samples of biological material, comprising: - an elongated body, having at least a portion with substantially axial development, - a collection element for samples of biological material, positioned on the elongated body, wherein the collection element is configured for, and destined to, being introduced within the mouth of a subject and is configured for collecting and retaining and/or preserving a sample of biological material, in particular saliva of the subject, the swab being characterized in that it further comprises an engagement element, in particular a stopper, positioned in correspondence of a predefined portion of the elongated body, the engagement element being configured for being held, in use, by a subject and for being removably engaged with a container for samples of biological material, the engagement element comprising a fragrance and being configured for causing, in use, a stimulation of the production of saliva when brought near the nose of the subject. - an elongated body, having at least a portion with substantially axial development, - a collection element for samples of biological material, positioned on the elongated body, wherein the collection element is configured for, and destined to, being introduced within the mouth of a subject and is configured for collecting and retaining and/or preserving a sample of biological material, in particular saliva of the subject, the swab being characterized in that it further comprises an engagement element, in particular a stopper, positioned in correspondence of a predefined portion of the elongated body, the engagement element being configured for being held, in use, by a subject and for being removably engaged with a container for samples of biological material, the engagement element comprising a fragrance and being configured for causing, in use, a stimulation of the production of saliva when brought near the nose of the subject.
A solid dielectric vacuum switch comprising: a vacuum interrupter having: a fixed electrode, a movable electrode, a fixed conductor that is connected to the fixed electrode, and a movable conductor that is connected to the movable electrode; an insulated actuating rod that is mechanically connected to the movable conductor; an actuator that actuates the insulated actuating rod; and a solid insulator covering the vacuum interrupter, wherein a ground layer covering an outer surface of the solid insulator is provided; and a conductive shield is provided within the solid insulator, the conductive shield covering around a connection portion between the movable conductor and the insulated actuating rod, characterized in that: the conductive shield is disposed nearer to the ground layer than an inner wall of the solid insulator. a vacuum interrupter having: a fixed electrode, a movable electrode, a fixed conductor that is connected to the fixed electrode, and a movable conductor that is connected to the movable electrode; an insulated actuating rod that is mechanically connected to the movable conductor; an actuator that actuates the insulated actuating rod; and a solid insulator covering the vacuum interrupter, wherein a ground layer covering an outer surface of the solid insulator is provided; and a conductive shield is provided within the solid insulator, the conductive shield covering around a connection portion between the movable conductor and the insulated actuating rod, characterized in that: the conductive shield is disposed nearer to the ground layer than an inner wall of the solid insulator.
Heterophasic polypropylene resin having an MFR (2.16 kg, 230°C) of more than 100 g/10 min, determined according to ISO 1133, comprising a propylene homo- or copolymer matrix and an ethylene-propylene rubber phase dispersed within the matrix, wherein the heterophasic polypropylene resin has a fraction insoluble in p-xylene at 25°C with an amount of propylene monomer units of at least 95 mol-%, and an intrinsic viscosity of 1.5 dl/g or less, determined according to DIN EN ISO 1628-1 and -3, and a weight average molecular weight Mw of 90 to 140 kg/mol measured by GPC according to ISO 16014-1, and 4; and a fraction soluble in p-xylene at 25°C with an amount of propylene monomer units of 50 to 75 mol%, and an intrinsic viscosity of 1.5 dl/g to 3.0, determined according to DIN EN ISO 1628-1 and -3, and a weight average molecular weight Mw of 200 to 250 kg/mol measured by GPC according to ISO 16014-1, and 4; whereby the heterophasic polypropylene resin is obtainable in the presence of a catalyst system comprising an asymmetric catalyst wherein the catalyst system has a porosity of less than 1.40 ml/g measured according to DIN 66135 (N 2). an amount of propylene monomer units of at least 95 mol-%, and an intrinsic viscosity of 1.5 dl/g or less, determined according to DIN EN ISO 1628-1 and -3, and a weight average molecular weight Mw of 90 to 140 kg/mol measured by GPC according to ISO 16014-1, and 4; and with an amount of propylene monomer units of 50 to 75 mol%, and an intrinsic viscosity of 1.5 dl/g to 3.0, determined according to DIN EN ISO 1628-1 and -3, and a weight average molecular weight Mw of 200 to 250 kg/mol measured by GPC according to ISO 16014-1, and 4;
A golf club head for a metal wood type club, the club head comprising: a ball striking face, a heel, a toe, a rear, a crown and a sole, the club head having a top-to-bottom height, a front-to-back breadth and a side-to-side length; the sole including: a substantially horizontally-oriented forward sole surface extending rearwardly from the ball striking face to a rearward edge; a substantially horizontally-oriented rearward sole surface extending forwardly from the rear of the club head, the rearward sole surface extending over and offset from the rearward edge in a height direction; a cavity located above the forward sole surface, the cavity having a rearward facing opening located below the rearward sole surface, wherein the rearward facing opening of the cavity has a maximum length-to-height ratio ranging from 1.0 to 5.0; a projection extending rearwardly from the rearward edge of forward sole surface; and a support member extending between the projection and the rearward sole surface, wherein the support member has a cross-section area that is less than the areal footprint of the projection when viewed from below. a ball striking face, a heel, a toe, a rear, a crown and a sole, the club head having a top-to-bottom height, a front-to-back breadth and a side-to-side length; the sole including: a substantially horizontally-oriented forward sole surface extending rearwardly from the ball striking face to a rearward edge; a substantially horizontally-oriented rearward sole surface extending forwardly from the rear of the club head, the rearward sole surface extending over and offset from the rearward edge in a height direction; a cavity located above the forward sole surface, the cavity having a rearward facing opening located below the rearward sole surface, wherein the rearward facing opening of the cavity has a maximum length-to-height ratio ranging from 1.0 to 5.0; a projection extending rearwardly from the rearward edge of forward sole surface; and a support member extending between the projection and the rearward sole surface, wherein the support member has a cross-section area that is less than the areal footprint of the projection when viewed from below. a substantially horizontally-oriented forward sole surface extending rearwardly from the ball striking face to a rearward edge; a substantially horizontally-oriented rearward sole surface extending forwardly from the rear of the club head, the rearward sole surface extending over and offset from the rearward edge in a height direction; a cavity located above the forward sole surface, the cavity having a rearward facing opening located below the rearward sole surface, wherein the rearward facing opening of the cavity has a maximum length-to-height ratio ranging from 1.0 to 5.0; a projection extending rearwardly from the rearward edge of forward sole surface; and a support member extending between the projection and the rearward sole surface, wherein the support member has a cross-section area that is less than the areal footprint of the projection when viewed from below.
A defibrillator for detecting a shockable heart rhythm during CPR comprising: a high voltage delivery circuit for delivering electrotherapy; an ECG front end circuit coupled to a source of ECG signals; a controller communicatively coupled to the ECG front end circuit, comprising a CPR analyzer for identifying periods of no CPR activity, a treatment decision processor responsive to the ECG signals which acts to estimate the likelihood of a shockable rhythm existent during a CPR period and which determines whether CPR should be interrupted prior to the end of the CPR period to deliver electrotherapy, wherein the treatment decision processor uses ECG signals obtained only during the periods of no CPR activity as identified by the CPR analyzer, and further wherein the treatment decision processor determination is based on ECG signals accumulated over two periods of no CPR activity as identified by the CPR analyzer separated by a period of CPR activity as identified by the CPR analyzer; and a user interface, responsive to the controller determination, which provides an output instruction to stop CPR and a subsequent output instruction to deliver electrotherapy through the high voltage circuit. a high voltage delivery circuit for delivering electrotherapy; an ECG front end circuit coupled to a source of ECG signals; a controller communicatively coupled to the ECG front end circuit, comprising a CPR analyzer for identifying periods of no CPR activity, a treatment decision processor responsive to the ECG signals which acts to estimate the likelihood of a shockable rhythm existent during a CPR period and which determines whether CPR should be interrupted prior to the end of the CPR period to deliver electrotherapy, wherein the treatment decision processor uses ECG signals obtained only during the periods of no CPR activity as identified by the CPR analyzer, and further wherein the treatment decision processor determination is based on ECG signals accumulated over two periods of no CPR activity as identified by the CPR analyzer separated by a period of CPR activity as identified by the CPR analyzer; and a user interface, responsive to the controller determination, which provides an output instruction to stop CPR and a subsequent output instruction to deliver electrotherapy through the high voltage circuit.
Use of a pipe for transporting chlorinated water, wherein the pipe is a biaxially oriented pipe made by a process comprising the steps of: a) forming a polymer composition comprising a polyolefin into a tube and b) stretching the tube of step a) in the axial direction and in the peripheral direction to obtain the biaxially oriented pipe. a) forming a polymer composition comprising a polyolefin into a tube and b) stretching the tube of step a) in the axial direction and in the peripheral direction to obtain the biaxially oriented pipe.
A material for a gasket, wherein a chromate or non-chromate film, a phenol resin primer layer and a polyol-crosslinked fluororubber layer are formed on one or both surfaces of a steel plate in this sequence from the side of the steel plate; the polyol-crosslinked fluororubber layer is a rubber layer obtained by applying a fluororubber composition that comprises fluororubber, a polyol-based cross-linking agent, an amine-based cross-linking accelerator and silica to the phenol resin primer layer, followed by heating; and the amine-based cross-linking accelerator is a tertiary amine or a salt of a tertiary amine obtained by a reaction between a tertiary amine and an acid.
A heat dissipation device, comprising: a fin group including a plurality of heat dissipation fins that form a whole structure; and a heat pipe group including a plurality of heat pipes, wherein the fin group is substantially located on one side of the heat pipe group in a first direction, the fin group contacts the heat pipe group in the first direction, the heat dissipation fins include a first heat dissipation fin that contacts at least one of the plurality of heat pipes in a second direction so as to locate at least one of the plurality of heat pipes in the second direction, characterized in that the plurality of heat pipes are arranged parallelly in the second direction, and the plurality of heat dissipation fins are arranged parallelly in the second direction. a fin group including a plurality of heat dissipation fins that form a whole structure; and a heat pipe group including a plurality of heat pipes, wherein the fin group is substantially located on one side of the heat pipe group in a first direction, the fin group contacts the heat pipe group in the first direction, the heat dissipation fins include a first heat dissipation fin that contacts at least one of the plurality of heat pipes in a second direction so as to locate at least one of the plurality of heat pipes in the second direction, characterized in that the plurality of heat pipes are arranged parallelly in the second direction, and the plurality of heat dissipation fins are arranged parallelly in the second direction.
A metal strip resistor comprising: a resistive element 20 disposed between a first termination 30 and a second termination 32, wherein the resistive element, first termination and second termination form a substantially flat plate; first 50 and second 52 heat pads placed on top of a thermal interface material 40 and adjacent to the first termination and the second termination, respectively; and the thermal interface material disposed between and in direct contact with the resistive element and the first and second heat pads. a resistive element 20 disposed between a first termination 30 and a second termination 32, wherein the resistive element, first termination and second termination form a substantially flat plate; first 50 and second 52 heat pads placed on top of a thermal interface material 40 and adjacent to the first termination and the second termination, respectively; and the thermal interface material disposed between and in direct contact with the resistive element and the first and second heat pads.
A method of forming a multilayer aggregate of objects in a channel comprising a liquid, said method comprising: a) providing objects at first and second superposed regions of the channel, b) obtaining first and second aggregates of objects by applying transverse acoustic waves, preferably stationary waves, within each region to objects, and c) bringing said first and second aggregates into contact to form said multilayer aggregate of objects by submitting said first and second aggregates to: ∘ gravity in absence of acoustic waves, or to ∘ acoustic waves, optionally stationary waves, inducing displacement of said first and second aggregates toward each other. a) providing objects at first and second superposed regions of the channel, b) obtaining first and second aggregates of objects by applying transverse acoustic waves, preferably stationary waves, within each region to objects, and c) bringing said first and second aggregates into contact to form said multilayer aggregate of objects by submitting said first and second aggregates to: ∘ gravity in absence of acoustic waves, or to ∘ acoustic waves, optionally stationary waves, inducing displacement of said first and second aggregates toward each other. ∘ gravity in absence of acoustic waves, or to ∘ acoustic waves, optionally stationary waves, inducing displacement of said first and second aggregates toward each other.
A spectral purity filter configured to transmit at least 20% of extreme ultraviolet radiation and to reflect at least 50% of non-EUV secondary electromagnetic radiation, the spectral purity filter comprising a body (b) of material and a layer (d) of high emissivity material having emissivity of at least 0.3, said layer of high emissivity material being arranged on an EUV radiation exit surface of the body (b), the high emissivity material being one of the group consisting of SiC, ZrC, Y 2 O 3, ZrO 2 and MoO 2, the spectral purity filter comprising a layer (c) of material having reflection to the non-EUV secondary electromagnetic radiation of at least 50%, said layer (c) being located on the EUV radiation incident side of the body (b), wherein the layer (c) of material having reflection to the non-EUV secondary electromagnetic radiation is molybdenum.
Vehicle comprising exactly two parallel wheels, both drive wheels, constituting internally hollow bodies, each having two lateral faces (7, 8) and a rolling surface which is extended between them, which is convex towards the outside of the respective wheel, said parallel wheels being connected to each other by a longitudinal central element, which is formed by two secondary axles associated with the respective wheels, and by a central axle which is extended in a space between said wheels, wherein in the points of transition between one end of the central axle and a respective secondary axle, respective bearings are provided which render the rotation motion of the central axle independent with respect to each of the two secondary axles as well as render the rotation motion of any one secondary axle independent with respect to the other secondary axle, the vehicle also being such that each secondary axle is rigidly connected to the respective wheel, each of the two secondary axles has an independent drive system thereof in order to rotate only one wheel independent of the other wheel, each of said drive systems is housed inside the respective wheel, and wherein inside each wheel, means are also provided for lowering the centre of gravity, in order to lower the centre of gravity of each wheel with respect to a rotation axis thereof coinciding with the geometric axis of the secondary axle of the wheel, in a manner such that during the travel of the vehicle, said centre of gravity of each wheel is constantly situated at a lower height than said rotation axis, characterized in that said wheels comprise tabs or blades on the rolling surface having shape slightly convex towards the exterior, said blades being arranged on the sides of said rolling surface in proximity to the lateral faces (7, 8) of the wheels, in a manner so as to leave free a central rolling zone of said rolling surface with slightly convex shape, such central rolling zone being adapted to come into contact with a solid or semi-solid surface.
Apparatus for handling small components and/or tools in nuclear facilities, in particular in reactor vessels and in fuel pools, having a first pole which has at its first end gripping or holding means for handling the small components and/or tools and is provided at its opposite second end with coupling means which cooperate with a further pole that serves as an extension of the first pole, and the poles are configured as hollow poles and the coupling means is formed by a coupling sleeve inserted into one end of the first pole, said coupling sleeve being firmly connected to the first pole, wherein the coupling sleeve projects longitudinally beyond the first pole and accommodates the further pole for guiding and amounting, wherein the coupling sleeve is provided, in its region projecting beyond the first pole, with a locking device which serves to secure the connection of the further pole to the first pole, characterized in that the locking device has, at its end facing towards the pole end, at least one slot-like cutout which cooperates with at least one laterally projecting coupling pin arranged on the facing end of the second pole in order to accommodate said coupling pin.