mhurhangee/ep-ind-claims huggingface dataset:
Method of mechanically removing skin from animal parts that have a bone part extending therein, the method including: providing at least one bone holder associated with a conveyor for moving the at least one bone holder through a given path; providing an animal part with the bone part therein; holding the animal part with the at least one bone holder by engagement of its bone part by the at least one bone holder; moving the animal part through the given path; engaging an outer surface of the animal part, when moving through the given path, with gripper means (38, 40); maintaining a downward force on the animal part when it is in engagement with the gripper means (38, 40); entrapping a portion of skin of the animal part between a gap of the gripper means; and pulling the skin away from underlying meat of the animal part, wherein the gripper means include a perimeter surface of a rotating gripper and a fixed knife blade, and wherein the gap of the gripper means is formed between the perimeter surface of the rotating gripper and the fixed knife blade, and further including cleaning the rotating gripper by a rotating cleaner member. providing at least one bone holder associated with a conveyor for moving the at least one bone holder through a given path; providing an animal part with the bone part therein; holding the animal part with the at least one bone holder by engagement of its bone part by the at least one bone holder; moving the animal part through the given path; engaging an outer surface of the animal part, when moving through the given path, with gripper means (38, 40); maintaining a downward force on the animal part when it is in engagement with the gripper means (38, 40); entrapping a portion of skin of the animal part between a gap of the gripper means; and pulling the skin away from underlying meat of the animal part, wherein the gripper means include a perimeter surface of a rotating gripper and a fixed knife blade, and wherein the gap of the gripper means is formed between the perimeter surface of the rotating gripper and the fixed knife blade, and further including cleaning the rotating gripper by a rotating cleaner member.
Combined brake calliper for a disc brake, having a calliper housing in which a mechanical actuating device having a piston in a bore is provided, and the piston is mounted so as to be movable along a bore axis in an application direction and a return direction, wherein a sealing arrangement having a sealing ring in a radial groove (19,19') is provided between the piston and the bore, wherein a groove base (20,20') of the groove (19,19') is formed in the direction of the bore axis and so as to be antiparallel with respect to the bore axis in such a way that the groove base (20,20') approaches the bore axis in the application direction, characterized in that a groove cut-in depth is smaller than the radial thickness of the sealing ring, and in that a flank (21,22) of the groove (19,19') is, for adaptation of a return effect, formed at least in sections as a chamfer (23,24) that encloses an angle (φ,γ) of greater than 90° (degrees) with a bore surface of the bore.
A wind deflector for a windscreen wiper system of a motor vehicle, with a receptacle for attaching the wind deflector to a component of a wiper arm of the windscreen wiper system, wherein the wind deflector is at least partially formed of an elastic plastic component, the wind deflector is at least partially formed of a hard plastic component, wherein a windscreen cleaning device is integrated in the wind deflector, wherein at least substantially all of the liquid-carrying components of the windscreen cleaning device are formed of the hard plastic component, characterized in that a surface of the wind deflector related to its installation position is at least substantially completely formed by the elastic plastic component at least on its visible side. the wind deflector is at least partially formed of an elastic plastic component, the wind deflector is at least partially formed of a hard plastic component, wherein a windscreen cleaning device is integrated in the wind deflector, wherein at least substantially all of the liquid-carrying components of the windscreen cleaning device are formed of the hard plastic component, characterized in that a surface of the wind deflector related to its installation position is at least substantially completely formed by the elastic plastic component at least on its visible side.
A top-emitting organic electronic device, comprising: a base layer; a light scattering layer formed on the base layer; a first electrode layer on the light scattering layer; an organic layer that is formed on the first electrode layer and that comprises a light-emitting layer; and a second electrode layer formed on the organic layer, wherein a formation area of the first electrode layer is broader than a formation area of the light scattering layer, and the first electrode layer is formed also on the surface of the base layer on which the light scattering layer is not formed, wherein the light scattering layer comprises a matrix material and a scattering region, wherein the matrix material is a polysiloxane, a poly(amic acid), a polyimide, a cardo resin having a fluorene ring, urethane, epoxide, a polyester or acrylate based thermo-curable or photo-curable monomeric, oligomeric or polymeric organic materials, wherein a planarization layer is formed between the light scattering layer and the first electrode layer characterized in that a reflection layer is formed on the surface of the base layer, and the planarization layer is made of a matrix material mixed with highly refractive particles having a refractive index of at least 1.5 measured with respect to lights having wavelengths of 550nm. a base layer; a light scattering layer formed on the base layer; a first electrode layer on the light scattering layer; an organic layer that is formed on the first electrode layer and that comprises a light-emitting layer; and a second electrode layer formed on the organic layer, wherein a formation area of the first electrode layer is broader than a formation area of the light scattering layer, and the first electrode layer is formed also on the surface of the base layer on which the light scattering layer is not formed, wherein the light scattering layer comprises a matrix material and a scattering region, wherein the matrix material is a polysiloxane, a poly(amic acid), a polyimide, a cardo resin having a fluorene ring, urethane, epoxide, a polyester or acrylate based thermo-curable or photo-curable monomeric, oligomeric or polymeric organic materials,
A plate-like paneling element for a vehicle roof, comprising a support plate consisting of a glass panel whose upper side forms an outer visible surface of the panelling element and whose inner side is provided with a shatter protection film being a composite film arrangement, characterised in that the composite film arrangement comprises a first plastic film and a second plastic film which are connected to each other and at least one of which has a coating (26, 28) directly applied without an adhesive to the surface facing the other one of the two plastic films (22, 24) for absorbing and/or reflecting infrared radiation and/or UV radiation, the edge of the support plate being provided with a foamed or injection-moulded edge encapsulation overlapping the shatter protection film, the shatter protection film having an adhesive layer via which it is glued to the support plate.
Apparatus for removing fluid from a tank having at least one filter element which is configured for filtering fluid to be removed from the tank and divides the volume of the tank into a first part volume which is situated upstream of the filter element in the flow direction of the fluid and a second part volume which is situated downstream of the filter element in the flow direction, and at least one heating element, the heating element and the filter element being arranged in the apparatus in such a way that, during operation, both unfiltered fluid which is situated in the first part volume and fluid which is situated in the second part volume and has been filtered by the filter element are in contact with in each case at least one region (4, 6, 8) of the heating element, characterized in that the apparatus has at least one flange which is configured for receiving the heating element and has a housing for receiving a fluid pump on its side which faces the interior of the tank volume during operation.
A scroll type fluid machine, comprising: a first scroll member provided with a wrap section of spiral shape on an end plate; a second scroll member opposed to the first scroll member and provided with a wrap section. of spiral shape on an end plate; and projections arranged on the wrap section (3, 4) of at least one of the first and second scroll members (1, 2), there being a difference between the thicknesses in radial direction of the wrap section (3, 4) at the distal end and at the base end of each projection, characterised by cooling fins (1C, 2C) arranged on the back surface of the end plate (1A, 2A) of at least one of the first and second scroll members (1, 2), wherein said difference of thicknesses is smaller for projections formed in a portion where the gap between the projection and the opposing scroll member (1, 2) expands at the time of thermal expansion of the first and second scroll members (1, 2) than for projections formed in a portion where the gap between the projection and the opposing scroll member (1, 2) reduces with the thermal expansion. a first scroll member provided with a wrap section of spiral shape on an end plate; a second scroll member opposed to the first scroll member and provided with a wrap section. of spiral shape on an end plate; and projections arranged on the wrap section (3, 4) of at least one of the first and second scroll members (1, 2), there being a difference between the thicknesses in radial direction of the wrap section (3, 4) at the distal end and at the base end of each projection,
A seed meter for an agricultural planter, comprising: a seed disc rotatable in a direction of travel, said seed disc comprising: a seed side surface; a vacuum side; a plurality of seed apertures disposed along a seed aperture path as said seed disc rotates in said direction of travel; and a plurality of guide cavities disposed adjacent to said seed apertures on said vacuum side of said seed disc; and a seed ejector assembly comprising a lever arm supporting an ejector wheel and guide wheel, said lever arm biased towards said vacuum side of said seed disc such that said ejector wheel engages said seed apertures and said guide wheel engages said guide cavities. a seed disc rotatable in a direction of travel, said seed disc comprising: a seed side surface; a vacuum side; a plurality of seed apertures disposed along a seed aperture path as said seed disc rotates in said direction of travel; and a plurality of guide cavities disposed adjacent to said seed apertures on said vacuum side of said seed disc; and a seed side surface; a vacuum side; a plurality of seed apertures disposed along a seed aperture path as said seed disc rotates in said direction of travel; and a plurality of guide cavities disposed adjacent to said seed apertures on said vacuum side of said seed disc; and a seed ejector assembly comprising a lever arm supporting an ejector wheel and guide wheel, said lever arm biased towards said vacuum side of said seed disc such that said ejector wheel engages said seed apertures and said guide wheel engages said guide cavities.
A display device comprising: a display module in which a panel hole is defined; a sensor device disposed in the panel hole; and a panel lower cover which is disposed on a surface of the display module and in which a cover hole is defined such that the sensor device is disposed in the cover hole, the panel lower cover including: a buffer member; and a first adhesive member, which attaches the buffer member to the surface of the display module, characterized in that a minimum distance between the first adhesive member and the sensor device is greater than a minimum distance between the buffer member and the sensor device. a display module in which a panel hole is defined; a sensor device disposed in the panel hole; and a panel lower cover which is disposed on a surface of the display module and in which a cover hole is defined such that the sensor device is disposed in the cover hole, the panel lower cover including: a buffer member; and a first adhesive member, which attaches the buffer member to the surface of the display module, a buffer member; and a first adhesive member, which attaches the buffer member to the surface of the display module, characterized in that a minimum distance between the first adhesive member and the sensor device is greater than a minimum distance between the buffer member and the sensor device.
A radially expandable plunger head assembly for use in a sealant cartridge assembly including a sealant-containing cartridge and a plunger slidably mounted inside the sealant-containing cartridge, the plunger head assembly comprising: a ram head slidingly mounted on a front end of a plunger rod having a front face structured and arranged to contact a front plunger end, and a rear collet engagement surface; and a radially expandable collet mounted on the front end of the plunger rod having at least one radially expandable finger structured and arranged to contact the collet engagement surface of the ram head and move radially outward toward a sidewall of the plunger when the plunger rod is advanced forward inside the sealant-containing cartridge; characterized in that the plunger comprises a front wiper ring, and the at least one radially expandable finger of the collet contacts the plunger at an axial location adjacent to the front wiper ring, and in that the at least one radially expandable finger of the collet comprises a ram-engaging inner surface and an outer contact ring segment. a ram head slidingly mounted on a front end of a plunger rod having a front face structured and arranged to contact a front plunger end, and a rear collet engagement surface; and a radially expandable collet mounted on the front end of the plunger rod having at least one radially expandable finger structured and arranged to contact the collet engagement surface of the ram head and move radially outward toward a sidewall of the plunger when the plunger rod is advanced forward inside the sealant-containing cartridge;
A networked backup power module for a network, the network being a data and power network which provides data and power signals to a networked component the module comprising: a network interface circuit configured for connection to a network data and power cable and for detecting a network voltage level of direct current network power; a secondary power source circuit configured to receive and condition power from an alternating current power source, and further configured to convert the received power to direct current power at a secondary level; an output circuit configured to apply power to a networked component coupled to the network and normally receiving power from the network; and a comparison circuit configured to compare the network voltage level to a desired voltage level and to transition application of power to the networked component from the data and power network to application of power from the secondary power circuit based upon the comparison. a network interface circuit configured for connection to a network data and power cable and for detecting a network voltage level of direct current network power; a secondary power source circuit configured to receive and condition power from an alternating current power source, and further configured to convert the received power to direct current power at a secondary level; an output circuit configured to apply power to a networked component coupled to the network and normally receiving power from the network; and a comparison circuit configured to compare the network voltage level to a desired voltage level and to transition application of power to the networked component from the data and power network to application of power from the secondary power circuit based upon the comparison.
An optical/electrical cable for downhole environments, comprising a plurality of optical fibers (105, 110) disposed within an interior metal tube encasing the plurality of optical fibers (105, 110); an electrically conducting layer surrounding the interior metal tube and being coaxial to the interior metal tube, and an insulation layer surrounding and contacting the electrically conducting layer, wherein the cable comprises an exterior metal tube surrounding and contacting the insulation layer characterised in that the electrically conducting layer is in the form of a tape, a longitudinally welded foil, or a seam welded tube wrapping around the interior metal tube. a plurality of optical fibers (105, 110) disposed within an interior metal tube encasing the plurality of optical fibers (105, 110); an electrically conducting layer surrounding the interior metal tube and being coaxial to the interior metal tube, and an insulation layer surrounding and contacting the electrically conducting layer, wherein the cable comprises an exterior metal tube surrounding and contacting the insulation layer characterised in that the electrically conducting layer is in the form of a tape, a longitudinally welded foil, or a seam welded tube wrapping around the interior metal tube.
A method of diagnosing B-CLL in a subject in need thereof, the method comprising determining in a biological sample of the subject a level of CD84 isoform C (SEQ ID NO: 30), wherein an increase in said level of said CD84 isoform C (SEQ ID NO: 30) beyond a predetermined threshold with respect to a level of said CD84 in a biological sample from a healthy individual is indicative of the B-CLL.
A use of at least one mixed mineral organoclay rheology additive, which comprises or consists of a quaternary alkyl-ammonium salt treated mineral clay mixture prepared by i. forming an aqueous hormite clay slurry (a) ii. forming an aqueous smectite clay slurry (b) iii. combining the aqueous hormite clay slurry (a) with the aqueous smectite clay slurry (b) to form a combined clay slurry (c) iv. treating the combined clay slurry (c) with one or more quaternary alkyl-ammonium salts v. separating the thus produced quaternary alkyl-ammonium salt treated mineral clay mixture from the aqueous medium, in which the aqueous hormite clay slurry (a) being formed by (i.1) dispersing a fraction of one or more hormite clays selected from the group of sepiolites and palygorskites in an aqueous medium to form a dispersion, and the aqueous smectite clay slurry (b) being formed by (ii.1) dispersing a fraction of one or more smectite clays in an aqueous medium to form a dispersion, and in that the weight of the hormite clay content exceeds the weight of the smectite clay content in the combined clay slurry (c); and subjecting the dispersions formed in (i.1) and (ii.1) to high speed fluid shear in a dissolver and/or homgenizer before carrying out step iii. and/or after having carried out step iii; and wherein the fraction of one or more hormite clays employed in the formation of the aqueous hormite clay slurry (a) has an integral breadth B defined according to formula B = net area of reflection / net height of reflection of the reflection with Miller indices of less than 0.800 scan units, expressed as 2-Theta, in an X-ray powder pattern recorded on an oriented glycolated sample of the hormite clay fraction, prepared by air-drying an aqueous slurry in a glycolation chamber under vacuum for a minimum of 12 hours, using Cu-K α1 -radiation, in a liquid composition comprising at least one unsaturated polyester. i. forming an aqueous hormite clay slurry (a) ii. forming an aqueous smectite clay slurry (b) iii. combining the aqueous hormite clay slurry (a) with the aqueous smectite clay slurry (b) to form a combined clay slurry (c) iv. treating the combined clay slurry (c) with one or more quaternary alkyl-ammonium salts v. separating the thus produced quaternary alkyl-ammonium salt treated mineral clay mixture from the aqueous medium,
A system for constructing an axial fan, said axial fan comprising an essentially circular-cylindrical blower pipe configured about a centre axis, wherein a fan rotor is configured, said fan rotor having a rotor hub that essentially coincides with the centre axis of the blower pipe, and is arranged in extension of and connected to the drive shaft in a motor drive, and wherein, behind the fan rotor, a motor case is provided for mounting and retaining the motor drive, said motor case comprising an essentially circular-cylindrical inner pipe having a frontmost end facing towards the rotor hub and a rearmost end facing away from the rotor hub, and being retained in the blower pipe by means of a number of ribs to the effect that the centre axis of the inner pipe coincides with the centre axis of the blower pipe; and wherein the motor case further comprises one or more mounting fittings (25, 25a) configured for mounting of the motor drive to the inner pipe, characterised in that that the system comprises at least one small and one large motor drive (6, 6a), said motor drives (6, 6a) being both configured for mounting on a mounting fitting (25, 25a); and where the largest dimension of the small motor drive measured at right angles to the centre axis of the drive shaft is smaller than the corresponding largest dimension on the large motor drive; and wherein the radius on the inner side of the inner pipe is larger than the largest dimension of the small motor drive and smaller than the largest dimension of the large motor drive; and wherein the mounting fittings (25, 25a) comprise a first fitting allowing the small motor to be mounted to the inner pipe such that at least the part of the small motor which has the larger dimension extends completely within the inner pipe, and a second fitting allowing the larger motor to be mounted to the inner pipe such that at least the part of the large motor which has the larger dimension extends completely behind the rearmost end of the inner pipe.