mhurhangee/ep-ind-claims huggingface dataset:
A hydraulic actuator comprising: a cylinder barrel; a piston rod reciprocally received by the cylinder barrel and having at least one first piston rod end extending out of the cylinder barrel; an intermediate element attached to the at least one first piston rod end by a first set of screws extending in a first direction; and a clevis configured to be connected to an implement of a mining shovel, the clevis being attached to the intermediate element by a second set of screws extending in a second direction opposite to the first direction. a cylinder barrel; a piston rod reciprocally received by the cylinder barrel and having at least one first piston rod end extending out of the cylinder barrel; an intermediate element attached to the at least one first piston rod end by a first set of screws extending in a first direction; and a clevis configured to be connected to an implement of a mining shovel, the clevis being attached to the intermediate element by a second set of screws extending in a second direction opposite to the first direction.
Mirror system for mounting a mirror of a Head-Up Display, the system comprising a mirror mount and a housing, wherein the mirror mount is pivotably mounted in the housing such that the mirror mount can pivot within the housing about an axis of the mirror mount and the housing comprises a position adjusting means interacting with a protrusion of the mirror mount for moving the mirror mount with respect to the housing, wherein the position adjusting means comprises a rotatable cam wheel with a guide for guiding the protrusion, wherein the cam wheel is configured to move the protrusion in a direction substantially perpendicular to an axis of rotation of the cam wheel for pivoting the mirror mount when the cam wheel is rotated, wherein the axis of rotation of the cam wheel is substantially perpendicular to the axis of the mirror mount, characterized in that the guide has two sections (S1, S2) configured such that, when the cam wheel is moved with a constant first angular velocity, the mirror mount is moved with a second angular velocity when the protrusion is located in the first section and is moved with a third angular velocity when the protrusion is located in the second section. wherein the position adjusting means comprises a rotatable cam wheel with a guide for guiding the protrusion, wherein the cam wheel is configured to move the protrusion in a direction substantially perpendicular to an axis of rotation of the cam wheel for pivoting the mirror mount when the cam wheel is rotated, wherein the axis of rotation of the cam wheel is substantially perpendicular to the axis of the mirror mount, characterized in that the guide has two sections (S1, S2) configured such that, when the cam wheel is moved with a constant first angular velocity, the mirror mount is moved with a second angular velocity when the protrusion is located in the first section and is moved with a third angular velocity when the protrusion is located in the second section.
A backlight unit comprising: a first reflector; a second reflector partially having an inclined surface; a plurality of light sources disposed between the first reflector and the second reflector; a third reflector disposed between adjacent light sources, and an optical member spaced apart from the second reflector by a predetermined distance to define a space therebetween, characterized in that a light guide plate is not provided in the space between the second reflector and the optical member, and an air guide is defined in the space between the second reflector and the optical member, and the inclined surface of the second reflector has a predetermined gradient with respect to a surface of the first reflector, and the surface of the first reflector is flat, the third reflector comprises a first reflective member and a second reflective member, and the first reflective member closer to the light sources has greater reflectivity than the second reflective member disposed more distant from the light sources than the first reflective member. a first reflector; a second reflector partially having an inclined surface; a plurality of light sources disposed between the first reflector and the second reflector; a third reflector disposed between adjacent light sources, and an optical member spaced apart from the second reflector by a predetermined distance to define a space therebetween, characterized in that a light guide plate is not provided in the space between the second reflector and the optical member, and an air guide is defined in the space between the second reflector and the optical member, and the inclined surface of the second reflector has a predetermined gradient with respect to a surface of the first reflector, and the surface of the first reflector is flat, the third reflector comprises a first reflective member and a second reflective member, and the first reflective member closer to the light sources has greater reflectivity than the second reflective member disposed more distant from the light sources than the first reflective member.
A device comprising: a device interface configured to communicate with an implantable fluid delivery device; a user interface configured to display a graphical illustration representative of a structure of a portion of the implantable fluid delivery device via a user interface; characterised in that the user interface is further configured to display, as part of the graphical illustration, an indication of a location of a fluid within the implantable fluid delivery device, wherein the indication of a location comprises a graphical representation of a location in the implantable fluid delivery device distinguishing where the fluid is present from where the fluid is not present in the implantable fluid delivery device. a device interface configured to communicate with an implantable fluid delivery device; a user interface configured to display a graphical illustration representative of a structure of a portion of the implantable fluid delivery device via a user interface; characterised in that the user interface is further configured to display, as part of the graphical illustration, an indication of a location of a fluid within the implantable fluid delivery device, wherein the indication of a location comprises a graphical representation of a location in the implantable fluid delivery device distinguishing where the fluid is present from where the fluid is not present in the implantable fluid delivery device.
Satellite antenna comprising: - a planar reflector comprising: • a continuous metallic layer acting as a ground plane; • a plurality of conducting patches, said plurality of patches being designed so that the signal reflected by the planar reflector is focused to a given focal region, and arranged in one or more layers, such layers being separated among them and from the ground plane by one or more other layers of insulating materials; - a feedarm attached to the planar reflector by attaching means; - an antenna feed attached to the feedarm such as to receive the signal focused by the planar reflector; the attaching means, used to attach the feedarm to the planar reflector, comprise a spherical swivel ball articulation with two degrees of freedom and are arranged to allow the feedarm to be moved independently from the planar reflector so as to position the antenna feed in the focused region of the reflected signal. - a planar reflector comprising: • a continuous metallic layer acting as a ground plane; • a plurality of conducting patches, said plurality of patches being designed so that the signal reflected by the planar reflector is focused to a given focal region, and arranged in one or more layers, such layers being separated among them and from the ground plane by one or more other layers of insulating materials; • a continuous metallic layer acting as a ground plane; • a plurality of conducting patches, said plurality of patches being designed so that the signal reflected by the planar reflector is focused to a given focal region, and arranged in one or more layers, such layers being separated among them and from the ground plane by one or more other layers of insulating materials; - a feedarm attached to the planar reflector by attaching means; - an antenna feed attached to the feedarm such as to receive the signal focused by the planar reflector;
Vehicle wheel comprising a rim and a disk of thermoplastic matrix composite material, wherein the disk comprises a cover part formed by a laminate of thermoplastic matrix composite material reinforced with continuous fiber, said cover part extending from a central area to a periphery of the disk, a central plate of metallic material coupled to the cover part at the central area of the disk, said plate having a central hole and a plurality of fixing holes arranged around the central hole, and a reinforcement part of thermoplastic matrix composite material reinforced with discontinuous fiber, applied on an axially inner side of the disk and coupled to the cover part and to the central plate.
A composite material telescopic multi-cylinder hydraulic hoist, comprising: (a) an outer stage cylinder having one end sealed by a base member and an open end, formed of a composite material; (b) at least one additional cylinder disposed within the open end of the said outer stage cylinder such that there is an overlap between said cylinder stages, said at least one additional cylinder stage being formed of a composite material; (c) a hydraulic fluid port in communication with an interior of the cylinder stages; characterised in that said hydraulic hoist further comprises: (d) at least one seal mounted between cylinder stages, whereby forcing hydraulic fluid into said hydraulic fluid port causes said at least one additional cylinder stage to extend relative to said outer stage cylinder; whereby the composite material cylinders are made by a pultruding process which creates smooth surfaces and the cylinder stages have a modulus of elasticity which allows the cylinder stages to expand under the force of a momentary pressure spike, and upon release of the pressure spike, to retract to their original configuration.. (a) an outer stage cylinder having one end sealed by a base member and an open end, formed of a composite material; (b) at least one additional cylinder disposed within the open end of the said outer stage cylinder such that there is an overlap between said cylinder stages, said at least one additional cylinder stage being formed of a composite material; (c) a hydraulic fluid port in communication with an interior of the cylinder stages; characterised in that said hydraulic hoist further comprises: (d) at least one seal mounted between cylinder stages, whereby forcing hydraulic fluid into said hydraulic fluid port causes said at least one additional cylinder stage to extend relative to said outer stage cylinder; whereby the composite material cylinders are made by a pultruding process which creates smooth surfaces and the cylinder stages have a modulus of elasticity which allows the cylinder stages to expand under the force of a momentary pressure spike, and upon release of the pressure spike, to retract to their original configuration..
A label printer comprising: input means operable by a user to input label data; display means; and control means configured to receive said input label data from the input means and to control the display to display an image of a label defined by said input label data in a label display area, characterized in that in response to receiving input label data said control means is configured to cause said display to display said image of the label such that a first dimension of said image of the label is decreased with respect to a corresponding dimension of said display area so that all of said image of the label is displayed in said display area; wherein said control means is configured to cause said display to display said image of said label such that all of said label image is displayed only if said first dimension of said label image is above a predetermined value with respect to the corresponding dimension of the display area; and wherein said control means is configured such that when said first dimension reaches said predetermined value, no further reduction of said first dimension occurs as said input label data is received so that not all characters of the said image of the label are displayed at the same time, and the user is able to select which part of said image of the label is displayed in said display area. input means operable by a user to input label data; display means; and control means configured to receive said input label data from the input means and to control the display to display an image of a label defined by said input label data in a label display area, characterized in that in response to receiving input label data said control means is configured to cause said display to display said image of the label such that a first dimension of said image of the label is decreased with respect to a corresponding dimension of said display area so that all of said image of the label is displayed in said display area; wherein said control means is configured to cause said display to display said image of said label such that all of said label image is displayed only if said first dimension of said label image is above a predetermined value with respect to the corresponding dimension of the display area; and wherein said control means is configured such that when said first dimension reaches said predetermined value, no further reduction of said first dimension occurs as said input label data is received so that not all characters of the said image of the label are displayed at the same time, and the user is able to select which part of said image of the label is displayed in said display area.
Wind uplift protection module for roofing elements on a roof or facade structure, comprising - an engagement element with a first leg for engaging under a load-bearing member of the roof or facade structure, as well as - a holder for holding the engagement element, - wherein the holder comprises connecting means for connecting the holder to a roofing element, - wherein the engagement element is held in the holder so as to be slidable along a sliding axis running essentially parallel to a direction of roof dip, and the first leg is spaced apart from the sliding axis, - wherein the engagement element is designed in the shape of a bracket with a first bracket part and a second bracket part which are connected to each other at an apex of the bracket, wherein the first leg is formed acting on one end of the first bracket part and wherein the second bracket part lies at least partially on the sliding axis, and - wherein a retaining leg is formed at one end of the first leg, characterized in that - a supporting element is formed on the second bracket part in the area of the apex on the side facing away from the first bracket part, and - on the retaining leg, several edges lying essentially parallel to the sliding axis are formed for securing the load-bearing member of the roof structure in the case of wind uplift load, wherein the edges lie at different distances from the sliding axis. - an engagement element with a first leg for engaging under a load-bearing member of the roof or facade structure, as well as - a holder for holding the engagement element, - wherein the holder comprises connecting means for connecting the holder to a roofing element, - wherein the engagement element is held in the holder so as to be slidable along a sliding axis running essentially parallel to a direction of roof dip, and the first leg is spaced apart from the sliding axis, - wherein the engagement element is designed in the shape of a bracket with a first bracket part and a second bracket part which are connected to each other at an apex of the bracket, wherein the first leg is formed acting on one end of the first bracket part and wherein the second bracket part lies at least partially on the sliding axis, and - wherein a retaining leg is formed at one end of the first leg, characterized in that - a supporting element is formed on the second bracket part in the area of the apex on the side facing away from the first bracket part, and - on the retaining leg, several edges lying essentially parallel to the sliding axis are formed for securing the load-bearing member of the roof structure in the case of wind uplift load, wherein the edges lie at different distances from the sliding axis.
Performance-enhanced cylindrical explosive charge consisting of RDX (hexogen) or HMX (octogen), mixed with a plastics binder HTPB and a metal powder such as aluminium, boron, silicon or magnesium, characterised by: - a cylindrical explosive charge core, consisting of RDX (hexogen) or HMX (octogen) in a proportion of 85 - 96 percent by weight mixed with a plastics binder in a proportion of 15 - 4 percent by weight consisting of HTPB (hydroxyl-terminated polybutadiene), - a tubular mantle directly enclosing the cylindrical explosive charge core, said mantle consisting of a metal powder such as aluminium, boron, silicon or magnesium, wherein the average of the metal powder grain sizes is 4 μm +/- 10%, and wherein at least one portion of the grains of metal powder is mutually adherent as a result of sintering, - wherein the ratio of length to outer diameter (L/D) of the cylindrical explosive charge core is in the region of L/D = 1 - 5, - wherein the ratio μ of the mantle mass to the mass of the explosive charge core is in the region of μ = 1.9 to 3.3. - a cylindrical explosive charge core, consisting of RDX (hexogen) or HMX (octogen) in a proportion of 85 - 96 percent by weight mixed with a plastics binder in a proportion of 15 - 4 percent by weight consisting of HTPB (hydroxyl-terminated polybutadiene), - a tubular mantle directly enclosing the cylindrical explosive charge core, said mantle consisting of a metal powder such as aluminium, boron, silicon or magnesium, wherein the average of the metal powder grain sizes is 4 μm +/- 10%, and wherein at least one portion of the grains of metal powder is mutually adherent as a result of sintering, - wherein the ratio of length to outer diameter (L/D) of the cylindrical explosive charge core is in the region of L/D = 1 - 5, - wherein the ratio μ of the mantle mass to the mass of the explosive charge core is in the region of μ = 1.9 to 3.3.
A method for transmitting and receiving a signal in a wireless communication system, the method comprising: configuring, by a first transmission point, a frequency resource region in at least one subframe; transmitting, by the first transmission point, to a second transmission point, information related to the configured frequency resource region; and transmitting, by the first transmission point, a Physical Downlink Shared Channel, PDSCH, in the frequency resource region, wherein, a PDSCH Energy Per Resource Element, EPRE,-to-Cell-specific reference signal, CRS, EPRE ratio used in the frequency resource region is less than a PDSCH EPRE-to-CRS EPRE ratio in a resource region other than the frequency resource region, and wherein the information related to the frequency resource region includes valid period information of the configured frequency resource region. configuring, by a first transmission point, a frequency resource region in at least one subframe; transmitting, by the first transmission point, to a second transmission point, information related to the configured frequency resource region; and transmitting, by the first transmission point, a Physical Downlink Shared Channel, PDSCH, in the frequency resource region, wherein, a PDSCH Energy Per Resource Element, EPRE,-to-Cell-specific reference signal, CRS, EPRE ratio used in the frequency resource region is less than a PDSCH EPRE-to-CRS EPRE ratio in a resource region other than the frequency resource region, and wherein the information related to the frequency resource region includes valid period information of the configured frequency resource region.
An electrochemical cell, comprising: a first electrode; a second electrode spaced apart from the first electrode, the second electrode including at least one first thin-film deposition formed volume change accommodating feature; and a separator positioned between the first electrode and the second electrode, characterized in that the at least one first thin-film deposition formed volume change accommodating feature comprises a void having a first plurality of disks formed therein, each of the first plurality of disks having a generally circular or rectangular cross-section along a plane perpendicular to an axis defined by a flow of ions within the cell during charge or discharge of the cell and having a diameter of less than 100 μm and a thickness between 50 nm and 200 μm, wherein the first electrode includes at least one second thin-film deposition formed volume change accommodating feature, wherein the at least one second thin-film deposition formed volume change accommodating feature comprises a void having a second plurality of disks formed therein, each of the second plurality of disks having a generally circular or rectangular cross-section along a plane perpendicular to an axis defined by a flow of ions within the cell during charge or discharge of the cell and having a diameter of less than 100 μm and a thickness between 50 nm and 200 μm, wherein the first electrode is a cathode, and wherein the cathode and the second plurality of disks comprise Li 2 S. a first electrode; a second electrode spaced apart from the first electrode, the second electrode including at least one first thin-film deposition formed volume change accommodating feature; and a separator positioned between the first electrode and the second electrode, characterized in that the at least one first thin-film deposition formed volume change accommodating feature comprises a void having a first plurality of disks formed therein, each of the first plurality of disks having a generally circular or rectangular cross-section along a plane perpendicular to an axis defined by a flow of ions within the cell during charge or discharge of the cell and having a diameter of less than 100 μm and a thickness between 50 nm and 200 μm,
A method for estimating forces in rails of a railway line which are due to the rails temperatures, the method being characterized in that it comprises: - calculating one or more values of an electrical resistance of at least one rail of at least one track section of the railway line; - based on the one or more calculated values of the electrical resistance for the at least one rail, estimating one or more corresponding values of a temperature of said at least one rail; and - based on the one or more estimated values of the temperature of the at least one rail, estimating one or more values of forces acting in the at least one rail due to the one or more temperature values estimated for the at least one rail. - calculating one or more values of an electrical resistance of at least one rail of at least one track section of the railway line; - based on the one or more calculated values of the electrical resistance for the at least one rail, estimating one or more corresponding values of a temperature of said at least one rail; and - based on the one or more estimated values of the temperature of the at least one rail, estimating one or more values of forces acting in the at least one rail due to the one or more temperature values estimated for the at least one rail.