mhurhangee/ep-ind-claims huggingface dataset:
A combination of an energy storing suspension component with a bushing (32;1000), in which: the energy storing suspension component comprises an axle seat portion, an end configured to include an eye, and a limb having a length extending between the axle seat portion and the end, wherein the limb comprises a first taper wherein the limb decreases in width as the limb extends toward the end, a second taper wherein the limb decreases in thickness as the limb extends toward the end, and wherein along the limb there is at least a portion of the length where the first taper and second taper are both present together, and a third taper that is further from the axle seat portion than the first taper and wherein the limb increases in width as the limb extends toward the end, and the bushing (32;1000) has a low axial rate, is configured to be received by the eye of the energy storing suspension component and comprises a pre-compressed assembly of a central body, at least one rate ring portion, and first and second elastomeric members (1008,1012), at least one said rate ring portion having two or more pieces and being disposed between the first and second elastomeric members (1008,1012), with the first elastomeric member disposed between the central body and the rate ring portion and the second elastomeric member disposed outside the rate ring portion. the energy storing suspension component comprises an axle seat portion, an end configured to include an eye, and a limb having a length extending between the axle seat portion and the end, wherein the limb comprises a first taper wherein the limb decreases in width as the limb extends toward the end, a second taper wherein the limb decreases in thickness as the limb extends toward the end, and wherein along the limb there is at least a portion of the length where the first taper and second taper are both present together, and a third taper that is further from the axle seat portion than the first taper and wherein the limb increases in width as the limb extends toward the end, and the bushing (32;1000) has a low axial rate, is configured to be received by the eye of the energy storing suspension component and comprises a pre-compressed assembly of a central body, at least one rate ring portion, and first and second elastomeric members (1008,1012), at least one said rate ring portion having two or more pieces and being disposed between the first and second elastomeric members (1008,1012), with the first elastomeric member disposed between the central body and the rate ring portion and the second elastomeric member disposed outside the rate ring portion.
A multi-functional refrigeration system protection device comprising a hermetic or a semi-hermetic compressor with an electric motor positioned upstream from the compression inlet, so that the refrigeration gas is made to pass through the electric motor before it enters the compression inlet of said compressor. - a sensor that measures the temperature of the refrigerant gas after the passage thru the electric motor and just before its compression, - a sensor that measures the temperature of the refrigerant gas at the compressor inlet before its passage thru the electric motor, - a device that measures the difference in temperature between the two sensors and generates one or more signals to perform one or more functions such as: stopping the compressor due to liquid refrigerant presence beyond the electric motor or faulty crankcase heater, triggering a pre-alarm or an excess superheat alarm, starting a defrost cycle, generating a signal to indicate that the system is running safely and controlling the electronic expansion valve in "one compressor-one evaporator" systems, wherein the detection of the refrigerant liquid presence is not performed on the suction line before the compressor inlet where some liquid can still be evaporated when cooling the electric motor without it representing a risk to the compressor. - a sensor that measures the temperature of the refrigerant gas after the passage thru the electric motor and just before its compression, - a sensor that measures the temperature of the refrigerant gas at the compressor inlet before its passage thru the electric motor, - a device that measures the difference in temperature between the two sensors and generates one or more signals to perform one or more functions such as: stopping the compressor due to liquid refrigerant presence beyond the electric motor or faulty crankcase heater, triggering a pre-alarm or an excess superheat alarm, starting a defrost cycle, generating a signal to indicate that the system is running safely and controlling the electronic expansion valve in "one compressor-one evaporator" systems,
Method for regulating a feed temperature (T feed) in a heating circuit which has at least one heat source and at least one heat sink arranged in at least one room, wherein the feed temperature (T feed) is controlled or regulated depending on an external temperature (T external), wherein the room temperature (T room) is measured in the room and wherein the feed temperature (T feed) is controlled or regulated depending on the external temperature (T external) and the room temperature (T room), characterized in that a parameter taking into account the area surrounding the at least one room is determined and is included during the control or regulation, and in that the parameter is dependent on the ratio of coefficients of heat transfer of the outer surfaces of the room and of the heat sinks on one hand and on the size of the outer surfaces of the room and the area of the heat sink on the other.
Padding device, such as a padding support, padding cushion or the like, having - a top side, a bottom side and side walls which encircle an outer periphery between the top side and the bottom side, having - a covering layer which surrounds the top side, the side walls and the bottom side, - a padding layer which is arranged under the top-side covering layer, wherein - at least the top side of the covering layer is of light-permeable configuration, - at least the top side of the padding layer is of light-permeable configuration, - a heat-absorbing, in particular flexible, absorber layer is arranged at least in certain regions below the padding layer and a solar thermal storage layer which is operatively connected to the absorber layer and which comprises phase change material, so-called PCM material, is arranged below or above the absorber layer, or a functional layer composed of integrated absorber material and solar thermal phase change material, so-called PCM material, is configured at least in certain regions below the padding layer. - a top side, a bottom side and side walls which encircle an outer periphery between the top side and the bottom side, having - a covering layer which surrounds the top side, the side walls and the bottom side, - a padding layer which is arranged under the top-side covering layer, wherein - at least the top side of the covering layer is of light-permeable configuration, - at least the top side of the padding layer is of light-permeable configuration, - a heat-absorbing, in particular flexible, absorber layer is arranged at least in certain regions below the padding layer and a solar thermal storage layer which is operatively connected to the absorber layer and which comprises phase change material, so-called PCM material, is arranged below or above the absorber layer, or a functional layer composed of integrated absorber material and solar thermal phase change material, so-called PCM material, is configured at least in certain regions below the padding layer.
Grain pan for a combine harvester, the grain pan being adapted to be moved back and forth in at least a main direction of transportation in order to convey harvested crop in at least the main direction of transportation, the grain pan comprising: a plurality of grain pan members one behind the other in a direction substantially parallel to the main direction of transportation with a closed grain contacting surface adapted to engage the harvested crop, characterized in that: each of said plurality of grain pan members comprises a first connection element and a second connection element, the first connection element being adapted to effectuate a detachable connection with the second connection element of another grain pan member.
Transfer device for transferring a formwork, in particular a ceiling formwork element, comprising: a holding frame for the releasable arrangement of the formwork, a support frame for supporting the holding frame, an engaging and disengaging device for moving the holding frame relative to the support frame between an engaging position for engaging the formwork into at least one support head on at least one formwork support and a disengaging position for disengaging the formwork from the at least one support head on the at least one formwork support, characterized in that, the engaging and disengaging device comprises at least one slotted guide, preferably two slotted guides on opposite longitudinal sides of the support frame, with an upward section and a downward section, and at least one guide element on the holding frame, wherein the guide element is guided in the slotted guide. a holding frame for the releasable arrangement of the formwork, a support frame for supporting the holding frame, an engaging and disengaging device for moving the holding frame relative to the support frame between an engaging position for engaging the formwork into at least one support head on at least one formwork support and a disengaging position for disengaging the formwork from the at least one support head on the at least one formwork support, characterized in that, the engaging and disengaging device comprises at least one slotted guide, preferably two slotted guides on opposite longitudinal sides of the support frame, with an upward section and a downward section, and at least one guide element on the holding frame, wherein the guide element is guided in the slotted guide.
A terminal device, comprising: a feed, a metal frame that is grounded, and at least two radiating patches; wherein at least two grooves are disposed on an outer surface of the metal frame, two through-holes (4, 5) are disposed in each groove, a radiating patch of the at least two radiating patches is disposed in each groove, two antenna feeding points (31, 32) are disposed on each radiating patch, the feed is connected to each feeding point of each two antenna feeding points disposed on each radiating patch through the respective through-hole, the antenna feeding points in each groove are in a one-to-one correspondence with the through-holes, and each radiating patch is insulated from the groove by using a non-conducting material; and characterized by that the feed is a millimeter-wave feed, and the metal frame is a radiator of a non-millimeter-wave communication antenna. a feed, a metal frame that is grounded, and at least two radiating patches; wherein at least two grooves are disposed on an outer surface of the metal frame, two through-holes (4, 5) are disposed in each groove, a radiating patch of the at least two radiating patches is disposed in each groove, two antenna feeding points (31, 32) are disposed on each radiating patch, the feed is connected to each feeding point of each two antenna feeding points disposed on each radiating patch through the respective through-hole, the antenna feeding points in each groove are in a one-to-one correspondence with the through-holes, and each radiating patch is insulated from the groove by using a non-conducting material; and characterized by that the feed is a millimeter-wave feed, and the metal frame is a radiator of a non-millimeter-wave communication antenna.
A sintered refractory product having the shape of a block and consisting of: - an aggregate formed by all the grains having a size of greater than 100 μm, referred to as "coarse grains", and - a matrix bonding said coarse grains and consisting of grains having a size of less than or equal to 100 μm, the aggregate representing between 45% and 90% by weight of the product, said product having a composition such that, as a weight percentage on the basis of the oxides: - Al 2 O 3 > 80%, - SiO 2 < 15%, - Na 2 O < 0.15% - Fe 2 O 3 < 0.05%, - CaO < 0.1%, - the other oxides constituting the balance to 100%, the content of Na 2 O in the matrix being greater than 0.010%, as a weight percentage on the basis of the weight of the product. - an aggregate formed by all the grains having a size of greater than 100 μm, referred to as "coarse grains", and - a matrix bonding said coarse grains and consisting of grains having a size of less than or equal to 100 μm, - Al 2 O 3 > 80%, - SiO 2 < 15%, - Na 2 O < 0.15% - Fe 2 O 3 < 0.05%, - CaO < 0.1%, - the other oxides constituting the balance to 100%,
A grain-oriented electrical steel sheet comprising: a steel sheet not including a forsterite film; and an amorphous oxide layer that is formed on the steel sheet and is an externally oxidized amorphous oxide layer in which an aspect ratio of an amorphous oxide is lower than 1.2, wherein a glossiness of a surface is 150% or higher and wherein the glossiness is measured using a method described in JIS Z-8741. a steel sheet not including a forsterite film; and an amorphous oxide layer that is formed on the steel sheet and is an externally oxidized amorphous oxide layer in which an aspect ratio of an amorphous oxide is lower than 1.2, wherein a glossiness of a surface is 150% or higher and wherein the glossiness is measured using a method described in JIS Z-8741.
Device for mechanically remotely operating an electrical switchgear containing switching contacts, containing a handle system comprising a lever and a handle base, a transmission element and a coupling element, the handle base having a first stationary lock opening and the lever having a second lock opening which is arranged such that the shackle of a shackle lock can only be guided through both lock openings (122, 126) when the lever in the OFF position, and the electrical switchgear also having a handle, the handle of the electrical switchgear having to be moved to respective changeover points for switching on and/or switching off the electrical switchgear, and the handle of the switchgear continuing the disconnection movement - driven by a force originating from the electrical switchgear - during the disconnection movement after the changeover point has been reached and during disconnection of the switching contacts, characterised in that the handle system has a closure panel which comprises a third lock opening and is movable relative to the handle base of the handle system, the closure panel blocking at least one of the lock openings (122, 126) on the handle base or the lever for guiding through a shackle of a shackle lock when the switching contacts are not disconnected.
A femoral knee prosthesis component, comprising: an anterior flange, said anterior flange having an anterior flange bone contacting surface comprising an anterior facet; and a condyle (40, 42) extending from said anterior flange, said condyle having a condyle bone contacting surface comprising a facet opposing said anterior facet said condyle having a condyle bore formed therein, a posterior augment for securement to said condyle, said augment including an augment bore formed therethrough; and a fastener sized and shaped to traverse said augment bore to engage said condyle and secure said posterior augment to said condyle, characterised in that the condyle bore defines a condyle bore longitudinal axis that intersects said facet and does not intersect said anterior flange. an anterior flange, said anterior flange having an anterior flange bone contacting surface comprising an anterior facet; and a condyle (40, 42) extending from said anterior flange, said condyle having a condyle bone contacting surface comprising a facet opposing said anterior facet said condyle having a condyle bore formed therein, a posterior augment for securement to said condyle, said augment including an augment bore formed therethrough; and a fastener sized and shaped to traverse said augment bore to engage said condyle and secure said posterior augment to said condyle, characterised in that the condyle bore defines a condyle bore longitudinal axis that intersects said facet and does not intersect said anterior flange.
Mould for the production of a hybrid support ring for a shaft structure, comprising walls by which a volume is defined which is configured for receiving a curable material for forming the hybrid support ring by curing the curable material to a cured material, wherein the mould consists of or contains a polymer material, which is thermoplastic or thermosetting, or a metal, and is formed so as to be annular and has a passage, and wherein at least one support surface of the hybrid support ring to be formed with the mould is formed on the mould, wherein at least one aperture is provided in at least one wall, and wherein the support surface is a first support surface (6.1) whose surface is structured, wherein it has a plurality of depressions and elevations, wherein a plurality of apertures are provided in the wall of the mould, and wherein the apertures are arranged in the first support surface (6.1) of the mould.
A lubricant scavenge system comprising a scavenge pump, a collection chamber, at least one drainage path leading into the collection chamber, a rotary scavenge impellor located in the chamber, at least one off-take passageway in a chamber wall leading from the collection chamber to the scavenge pump, and a shield located between the drainage path and the off-take passageway adjacent a face of the impellor and acting in operation to shield the face of the impellor, in which the collection chamber comprises part of a bearing chamber of a rolling element bearing for a rotary shaft, and there is provided an oil supply to lubricate the bearing, wherein the collection chamber is provided at one side of the bearing and the rotary scavenge impellor is driven by the shaft, and wherein the drainage path is arranged to empty other parts of a surrounding structure into the collection chamber, and emerges into the chamber between the impellor and the bearing.
An orthodontic appliance intended to be secured to a user's teeth, the appliance comprising an element comprising a first region (22, 22') in a first material, the first material being chosen so as to expand, when it is in contact with a liquid, from a first stable shape to a second stable shape, characterized in that the element also comprising a second region in a second material, the second material being chosen so as to expand less than the first material when it is in contact with said liquid, the second region being arranged so that the expansion of the first material be hindered by the second material.
Pallet handling device for a palletizing apparatus, in the pallet handling device being defined a vertical downward path (Rv) for loading a pallet from an initial pallet loading height (hi) to a final pallet loading height (hf), and there being defined between said initial loading height (hi) and said final loading height (hf) an empty pallet side supplying height (hs) for introducing an empty pallet in the vertical path (Rv), the pallet handling device comprising a first lift configured for moving the pallet downwards from the initial height (hi) to an intermediate height (hm), and a second lift configured for moving said pallet downwards from the intermediate height (hm) to the final loading height (hf), wherein the first lift comprises at least one support unit with a support surface configured for supporting the pallet during the downward movement thereof from the initial height (hi) to the intermediate height (hm), and for being withdrawn once the pallet is supported on the second lift, the pallet handling device further comprising a storage space for storing an empty pallet, wherein the first lift and the second lift are configured such that the pallet can be simultaneously supported on the first lift and the second lift at the intermediate height (hm), and such that once supported on both lifts (2, 3), the first lift can be withdrawn, leaving the pallet to keep moving downwards supported on the second lift, the pallet handling device comprising a horizontal displacement unit, characterized in that said horizontal displacement unit is configured for moving an empty pallet from a horizontal storage position in the storage space to the first lift when said first lift is at the empty pallet side supplying height (hs), wherein the horizontal displacement unit is also configured for moving an empty pallet from the second lift to the horizontal storage position in the storage space when said second lift is at the empty pallet side supplying height (hs), the second lift being configured for lifting the empty pallet from an empty pallet feeding height (ha) to the empty pallet side supplying height (hs), and the first lift being configured for lifting the empty pallet from the empty pallet side supplying height (hs) to the initial pallet loading height (hi).
A method for controlling the execution of at least one replica of a virtual machine (VM n) in a computing device, characterized in that it comprises the following steps: following the launch of the execution of the replica of the virtual machine (VM n), transmitting a first request comprising at least one signature and a virtual machine identifier from the computing device to a security device associated with the computing device, and if the number of replicas of the virtual machine in operation is less than a predetermined number, if the signature is valid and if the virtual machine identifier complies with an identifier saved in the security device, transmitting a first response including instructions for authorizing the execution of the replica of the virtual machine (VM n), from the security device to the computing device. following the launch of the execution of the replica of the virtual machine (VM n), transmitting a first request comprising at least one signature and a virtual machine identifier from the computing device to a security device associated with the computing device, and if the number of replicas of the virtual machine in operation is less than a predetermined number, if the signature is valid and if the virtual machine identifier complies with an identifier saved in the security device, transmitting a first response including instructions for authorizing the execution of the replica of the virtual machine (VM n), from the security device to the computing device.