mhurhangee/ep-ind-claims huggingface dataset:
Adjusting device for the relative positioning of a work module relative to a drive shaft of a hand-held work apparatus, which drive shaft for driving the work module rotates about a rotation axis extending in an axial direction, wherein the adjusting device possesses a main body, wherein the main body has an outer circumferential side, wherein the adjusting device has a module positioning device for positioning the adjusting device relative to the work module, the module positioning device has a radial positioning element, the radial positioning element is formed by part of the outer circumferential side, the adjusting device has a shaft positioning device for positioning the adjusting device relative to the drive shaft, the adjusting device has an adjusting side, the shaft positioning device is disposed on the adjusting side, the adjusting device has a cover side, and the adjusting device is designed in such a way that in a covered state the work module is able to be covered by the cover side.
A formulation, such as a topical formulation, comprising a midkine family protein and a carrier, excipient or emollient, for use in reducing hair loss in a subject undergoing chemotherapy or to whom chemotherapy has been prescribed.
A helical spring assembly for a torsional vibration damper with an outer helical spring and an inner helical spring, which is arranged in the interior of the outer helical spring and is supported against the outer helical spring in a longitudinal spring direction (4, 6) by means of a supporting element, the supporting element being a supporting wire at least partially encompassing the inner helical spring, which supporting wire engages on the one hand between two successive turns (28, 30) of the one helical spring and on the other hand between two successive turns (24, 26) of the other helical spring, the supporting wire comprising two end portions (42, 44), characterized in that the supporting wire comprises at least one supporting portion (46, 48) arranged between the end portions (42, 44) of the supporting wire and protruding in a radial direction (12, 14), said supporting portion engaging between two successive turns (28, 30) of the other helical spring.
A turbine rotor configured by joining a first rotor component member and a second rotor component member together by bolt fastening with a first end surface of the first rotor component member and a second end surface of the second rotor component member abutting on each other, the turbine rotor comprising: an axial passage through which a cooling medium flows; an introduction passage that introduces the cooling medium into the axial passage; a discharge passage that penetrates from the axial passage into an outer peripheral surface of the turbine rotor and discharges the cooling medium; characterized by: a cylindrical recessed portion that is formed at the first end surface of the first rotor component member and is recessed in a center axis direction of the turbine rotor, the cylindrical recessed portion having a bottom surface; wherein the axial passage is bored from the bottom surface of the cylindrical recessed portion in the center axis direction of the turbine rotor, and wherein the turbine rotor further includes a sealing member that is fixed to the bottom surface of the cylindrical recessed portion of the first rotor component member and seals one end of the axial passage. an axial passage through which a cooling medium flows; an introduction passage that introduces the cooling medium into the axial passage; a discharge passage that penetrates from the axial passage into an outer peripheral surface of the turbine rotor and discharges the cooling medium; characterized by: a cylindrical recessed portion that is formed at the first end surface of the first rotor component member and is recessed in a center axis direction of the turbine rotor, the cylindrical recessed portion having a bottom surface; wherein the axial passage is bored from the bottom surface of the cylindrical recessed portion in the center axis direction of the turbine rotor, and wherein the turbine rotor further includes a sealing member that is fixed to the bottom surface of the cylindrical recessed portion of the first rotor component member and seals one end of the axial passage.
A personal care composition comprising at least one antimicrobial, wherein said at least one antimicrobial comprises a Zn:usnate complex having a 1:2 zinc to usnate molar ratio.
A cross flow fan, comprising: an impeller including, at least two support plates arranged with intervals in a rotation axis direction, and a plurality of blades arranged between correlated support plates, the blades being arranged with intervals in a circumferential direction of the support plates, wherein each blade between the support plates is divided into a plurality of areas in the rotation axis direction such that both ends adjacent to the support plates are a first area and a center portion of the blade is a second area, a thickness of an inner peripheral blade end that is an end of the blade on an inner-circumferential side of the impeller is formed such that the second area is smaller in thickness than the first area, and characterized in that the thickness of the blade in the first area is formed so as to become gradually thicker from an outer peripheral blade end that is an end of the blade on an outer-circumferential side of the impeller to the inner peripheral blade end. an impeller including, at least two support plates arranged with intervals in a rotation axis direction, and a plurality of blades arranged between correlated support plates, the blades being arranged with intervals in a circumferential direction of the support plates, wherein at least two support plates arranged with intervals in a rotation axis direction, and a plurality of blades arranged between correlated support plates, the blades being arranged with intervals in a circumferential direction of the support plates, wherein each blade between the support plates is divided into a plurality of areas in the rotation axis direction such that both ends adjacent to the support plates are a first area and a center portion of the blade is a second area, a thickness of an inner peripheral blade end that is an end of the blade on an inner-circumferential side of the impeller is formed such that the second area is smaller in thickness than the first area, and characterized in that the thickness of the blade in the first area is formed so as to become gradually thicker from an outer peripheral blade end that is an end of the blade on an outer-circumferential side of the impeller to the inner peripheral blade end.
Device in connection with exercise, the device comprising a base body and means (11; 311) for applying the base body in the space created by the fold of the knee of a user; wherein the base body constitutes a U-, or L-shaped tube frame having two legs (302, 304), characterised in that the device is configured to be fastened in the space created by the fold of one knee only, wherein the base body comprises two supporting surfaces (305, 307) for one leg of the user that form an intermediate angle (α) that is in the interval 70° < α < 110°, wherein the means (11; 311) comprises at least one band (11; 311) that via buckles or the like can form a closed loop relative to the base body for fastening the device to the user, wherein each of the two legs (302, 304) of the tube frame telescopically receives a tube (320, 326) that carries a respective supporting plate (321, 327), wherein the supporting plates (321, 327) define the supporting surfaces (305, 307), and wherein the two legs (302, 304) and the tubes (320, 326) have cooperating locking means (306, 325) in order to lock the tubes (320, 326) relative to the two legs (302, 304) in a desired position. characterised in that the device is configured to be fastened in the space created by the fold of one knee only, wherein the base body comprises two supporting surfaces (305, 307) for one leg of the user that form an intermediate angle (α) that is in the interval 70° < α < 110°, wherein the means (11; 311) comprises at least one band (11; 311) that via buckles or the like can form a closed loop relative to the base body for fastening the device to the user, wherein each of the two legs (302, 304) of the tube frame telescopically receives a tube (320, 326) that carries a respective supporting plate (321, 327), wherein the supporting plates (321, 327) define the supporting surfaces (305, 307), and wherein the two legs (302, 304) and the tubes (320, 326) have cooperating locking means (306, 325) in order to lock the tubes (320, 326) relative to the two legs (302, 304) in a desired position.
A dual-polarization antenna element, comprising: four radiating elements (410-1, 410-2, 410-3, 410-4) arranged in a co-planar diamond pattern, wherein neighboring elements of the four radiating elements (410-1, 410-2, 410-3, 410-4) form four shared-element dipole antenna elements, and wherein each of the four radiating elements (410-1, 410-2, 410-3, 410-4) is shared between two cross-polarized dipole antenna elements of the four shared-element dipole antenna elements; and eight feed ports (220-1,... 220-8) arranged in four cross-polarized dual-feed pairs respectively disposed on the four radiating elements (410-1, 410-2, 410-3, 410-4), wherein each feed port (220-1,... 220-8) on the four radiating elements (410-1, 410-2, 410-3, 410-4) excites at least one of the cross-polarized dipole antenna elements; wherein the four radiating elements (410-1, 410-2, 410-3, 410-4) are square-ring shaped. four radiating elements (410-1, 410-2, 410-3, 410-4) arranged in a co-planar diamond pattern, wherein neighboring elements of the four radiating elements (410-1, 410-2, 410-3, 410-4) form four shared-element dipole antenna elements, and wherein each of the four radiating elements (410-1, 410-2, 410-3, 410-4) is shared between two cross-polarized dipole antenna elements of the four shared-element dipole antenna elements; and eight feed ports (220-1,... 220-8) arranged in four cross-polarized dual-feed pairs respectively disposed on the four radiating elements (410-1, 410-2, 410-3, 410-4), wherein each feed port (220-1,... 220-8) on the four radiating elements (410-1, 410-2, 410-3, 410-4) excites at least one of the cross-polarized dipole antenna elements; wherein the four radiating elements (410-1, 410-2, 410-3, 410-4) are square-ring shaped.
A hard protective plate adapted to engage a vehicle body panel; characterized in that an inner surface of the hard protective plate is shaped to conform exactly to the vehicle body panel so that the hard protective plate abuts and is of the same shape as the vehicle body panel, the shape of the hard protective plate being such that the inner surface is arranged to receive the vehicle body panel so that the entire vehicle body panel is covered by the hard protective plate; wherein the hard protective plate includes a magnet to releasably secure the hard protective plate to the vehicle body panel; wherein the hard protective plate is adapted to remain fixed to the vehicle body panel when the vehicle is driven in an off-road environment; wherein the magnet is arranged to sit within a recess of the inner surface; and wherein the recess is shaped to match the profile of the magnet.
Method for producing a pressed article containing coal particles in which the coal particles are mixed with a water-containing binder system from the group comprising - a binder system containing molasses as well as quicklime or hydrated lime, - a binder system containing an emulsion of bitumen in water, and the mixture thereby obtained is further processed into pressed articles by pressing characterized in that, before the mixing with the water-containing binder system, the coal particles are subjected to an impregnating step in which they are impregnated with a liquid water-insoluble and/or water-repellent substance, wherein the water-insoluble and/or water-repellent substance belongs to the group of substances comprising waxes, organic coking-plant or refinery products, plastics or plastics scrap, and used oil, and wherein the lower limit of the amount of water-insoluble and/or water-repellent substance added in the impregnating step is 0.5% by weight, preferably 1% by weight, with respect to the weight of the material to be processed into pressed articles, the coal particles. - a binder system containing molasses as well as quicklime or hydrated lime, - a binder system containing an emulsion of bitumen in water, and the mixture thereby obtained is further processed into pressed articles by pressing
A semiconductor wafer comprising an element layer including an n-type layer, an active layer, and a p-type layer on one surface of a sapphire substrate, wherein a surface of the element layer is bent in a convex way, characterized in that a curvature of said surface of said element layer is 530 km -1 to 800 km -1, and the element layer comprises group III nitride single crystal layers, which are made of AlGaInN layers satisfying a composition represented by Al x In y Ga z N, wherein x, y, and z are rational numbers satisfying 0.3 ≤ x ≤ 1.0, 0 ≤ y ≦ 0.7, and 0 ≤ z ≤ 0.7, and x + y + z = 1.0. wherein a surface of the element layer is bent in a convex way, characterized in that a curvature of said surface of said element layer is 530 km -1 to 800 km -1, and the element layer comprises group III nitride single crystal layers, which are made of AlGaInN layers satisfying a composition represented by Al x In y Ga z N, wherein x, y, and z are rational numbers satisfying 0.3 ≤ x ≤ 1.0, 0 ≤ y ≦ 0.7, and 0 ≤ z ≤ 0.7, and x + y + z = 1.0.
A flexible pipe intended to be immersed in a body of water, comprising: - an inner sheath defining a passage for transporting a fluid, particularly hydrocarbons; and - at least one layer of tensile armour (16, 17) arranged around the inner sheath; characterised in that the flexible pipe further comprises at least one polymeric sheath having a polymer blend comprising a thermoplastic polymer forming a matrix and at least one silicone composition incorporated into said matrix, the polymer blend comprising: - from 10% to 90% by volume, preferably less than 70% by volume, very preferably less than 50% by volume, of thermoplastic polymer; and - from 90% to 10% by volume, preferably more than 30% by volume, very preferably more than 50% by volume, of silicone composition. - an inner sheath defining a passage for transporting a fluid, particularly hydrocarbons; and - at least one layer of tensile armour (16, 17) arranged around the inner sheath; characterised in that the flexible pipe further comprises at least one polymeric sheath having a polymer blend comprising a thermoplastic polymer forming a matrix and at least one silicone composition incorporated into said matrix, - from 10% to 90% by volume, preferably less than 70% by volume, very preferably less than 50% by volume, of thermoplastic polymer; and - from 90% to 10% by volume, preferably more than 30% by volume, very preferably more than 50% by volume, of silicone composition.
A shock-absorbing device, particularly for vehicles, containing a supporting bar on which gas generators and an airbag are situated, characterized by that the airbag contains an inflatable body which is in the process of the production of airbag temporarily inflated and is longitudinally wrapped around with at least one first laminated foil and transversally wrapped around with at least one second laminated foil.
A measurement probe comprising: a housing (10; 110); a stylus holder (16; 116), for holding a workpiece contacting stylus (30;130); a suspension system provided for resiliently mounting the stylus holder (16; 116) to the housing (10; 110), wherein the housing (10; 110) and stylus holder (16; 116) are displaceable with respect to one another in at least three degrees of freedom, the at least three degrees of freedom comprising two rotational (x, y) degrees of freedom and one translational (z) degree of freedom; and a capacitance displacement sensor (60; 160) for sensing displacement between the housing (10; 110) and the stylus holder (16; 116) in the at least three degrees of freedom, the sensor (60; 160) having a first capacitance member (62, 66; 166) mounted to the housing (10; 110) and a second capacitance member (64; 164) mounted to the stylus holder (16; 116) co-operable with and movable relative to the first capacitance member (62, 66; 166), wherein the sensor (60; 160) is in the form of at least two substantially coaxial tubes (62, 64, 66; 164, 166), one of which is disposed within the other, wherein the tubes (62, 64, 66; 164, 166) comprise a plurality of discrete capacitive areas (A1B1; A2B2; A3B3; A4B4; C). a housing (10; 110); a stylus holder (16; 116), for holding a workpiece contacting stylus (30;130); a suspension system provided for resiliently mounting the stylus holder (16; 116) to the housing (10; 110), wherein the housing (10; 110) and stylus holder (16; 116) are displaceable with respect to one another in at least three degrees of freedom, the at least three degrees of freedom comprising two rotational (x, y) degrees of freedom and one translational (z) degree of freedom; and a capacitance displacement sensor (60; 160) for sensing displacement between the housing (10; 110) and the stylus holder (16; 116) in the at least three degrees of freedom, the sensor (60; 160) having a first capacitance member (62, 66; 166) mounted to the housing (10; 110) and a second capacitance member (64; 164) mounted to the stylus holder (16; 116) co-operable with and movable relative to the first capacitance member (62, 66; 166), wherein the sensor (60; 160) is in the form of at least two substantially coaxial tubes (62, 64, 66; 164, 166), one of which is disposed within the other, wherein the tubes (62, 64, 66; 164, 166) comprise a plurality of discrete capacitive areas (A1B1; A2B2; A3B3; A4B4; C).
Device for variothermal tempering of an injection moulding tool, comprising a heating circuit, in which a heating module is arranged and a cooling circuit, which is connected to a fluid source, wherein the heating circuit and the cooling circuit are guided through the injection moulding tool and wherein means for continuous pressure control of the heating circuit are arranged, characterised in that the means for continuous pressure control of the heating circuit comprise a pressure pump (23, 81) for generating the required operating pressure, which is directly connected to the heating circuit and the cooling circuit via pressure compensation lines (5, 9).
A policy control method, comprising: obtaining, by a policy and charging rule function, PCRF, entity, a message comprising description information of two or more sub-flows belonging to a same application and being formed via different interfaces of a user equipment, UE, wherein the message is transmitted by an application function, AF, entity, and wherein the description information of the two or more sub-flows comprises: an Internet protocol IP address associated with each sub-flow of the two or more sub-flows, and access type information and/or quality of service, QoS, requirement information of each sub-flow of the two or more sub-flows; obtaining, by the PCRF entity, an association between the two or more sub-flows of the same application from the message; generating (S360, S470, S620), by the PCRF entity, a policy and charging control, PCC, rule corresponding to each sub-flow of the two or more sub-flows according to the description information of each sub-flow of the two or more sub-flows and the association between the two or more sub-flows of the same application; and transmitting (S370, S480, S630), by the PCRF entity, at least one generated PCC rule to a policy and charging enforcement function, PCEF, entity or a bearing binding and event report function, BBERF, entity, so as to perform (S380, S490) policy control for the sub-flows by the PCEF entity or the BBERF entity. obtaining, by a policy and charging rule function, PCRF, entity, a message comprising description information of two or more sub-flows belonging to a same application and being formed via different interfaces of a user equipment, UE, wherein the message is transmitted by an application function, AF, entity, and wherein the description information of the two or more sub-flows comprises: an Internet protocol IP address associated with each sub-flow of the two or more sub-flows, and access type information and/or quality of service, QoS, requirement information of each sub-flow of the two or more sub-flows; obtaining, by the PCRF entity, an association between the two or more sub-flows of the same application from the message; generating (S360, S470, S620), by the PCRF entity, a policy and charging control, PCC, rule corresponding to each sub-flow of the two or more sub-flows according to the description information of each sub-flow of the two or more sub-flows and the association between the two or more sub-flows of the same application; and transmitting (S370, S480, S630), by the PCRF entity, at least one generated PCC rule to a policy and charging enforcement function, PCEF, entity or a bearing binding and event report function, BBERF, entity, so as to perform (S380, S490) policy control for the sub-flows by the PCEF entity or the BBERF entity.
A shower comprising a fixed portion having a water outlet chamber, said fixed portion has a cover portion having a plurality of spouts for connecting to said water outlet chamber, the shower further comprises a movable portion, an operating member and a driving mechanism, the driving mechanism is in driving connection with the movable portion and drives the movable portion to circulate, the movable portion is movably arranged in the fixed portion and comprises a movable plate and a plurality of protruding portions protruding on the movable plate, the protruding portions are inserted into the spouts and there is a gap between the protruding portions and the spouts, the operating member is drivingly connected with the movable portion and the movable portion is driven by the operating member to move at least between a first position and a second position, and when the movable portion is in the first position the spouts discharge different functional water than in the second position.
Extracellular vesicles isolated from osteoblastic lineage cells, optionally immortalised, characterised by the presence of RANKL on the membrane, for use in the therapeutic treatment of bone pathologies, wherein said extracellular vesicles are loaded with one or more therapeutic agents.