mhurhangee/ep-ind-claims huggingface dataset:
An insert holder for a machine tool comprising: - a holding bar configured to be mounted in tool moving means, - a head extending the holding bar, configured to carry a cutting insert, - a force measurement module including: - a measurement body produced in said holding bar comprising a central core delimited by two cavities (8, 9) separating the central core on either side of the central core, the cavities (8, 9) having a parallelepiped shape defining first, second and third directions (X, Y, Z) perpendicular to each other, the measurement body having an elongated shape in the second direction, - at least one first strain gauge fastened on a side of the central core and configured to measure a shear deformation in the third direction, - at least one second strain gauge fastened on a lateral wall of one of the cavities (8, 9) and configured to measure an elongation-compression or shear deformation in the first direction, characterised in that the central core is also delimited by at least two decoupling holes (11, 12, 16, 17, 18) shaped to decouple the deformations of the measurement body around the strain gauges (13, 14), at least between the third direction and the first direction and in that the thickness (d) of the central core is comprised between 5 and 20mm. - a holding bar configured to be mounted in tool moving means, - a head extending the holding bar, configured to carry a cutting insert, - a force measurement module including: - a measurement body produced in said holding bar comprising a central core delimited by two cavities (8, 9) separating the central core on either side of the central core, the cavities (8, 9) having a parallelepiped shape defining first, second and third directions (X, Y, Z) perpendicular to each other, the measurement body having an elongated shape in the second direction, - at least one first strain gauge fastened on a side of the central core and configured to measure a shear deformation in the third direction, - at least one second strain gauge fastened on a lateral wall of one of the cavities (8, 9) and configured to measure an elongation-compression or shear deformation in the first direction, - a measurement body produced in said holding bar comprising a central core delimited by two cavities (8, 9) separating the central core on either side of the central core, the cavities (8, 9) having a parallelepiped shape defining first, second and third directions (X, Y, Z) perpendicular to each other, the measurement body having an elongated shape in the second direction, - at least one first strain gauge fastened on a side of the central core and configured to measure a shear deformation in the third direction, - at least one second strain gauge fastened on a lateral wall of one of the cavities (8, 9) and configured to measure an elongation-compression or shear deformation in the first direction,
A vehicle radar sensor unit comprising an antenna arrangement, a transmitter unit, a receiver unit and a processing unit, where the antenna arrangement comprises at least two transmitter antennas (7, 8) and at least two receiver antennas (9, 10, 11, 12), where two transmitter antennas (7, 8) have a first horizontal spacing between their respective phase centers (17, 18) and a vertical spacing (h) between their respective phase centers (17, 18), where the vehicle radar sensor unit is arranged to transmit TDM, Time Division Multiplexed, signals (14a, 14b) and to receive signals that have been reflected by one or more objects during a plurality of radar cycles, such that a plurality of radar detections is acquired, characterized in that the vertical spacing (h) exceeds half the free-space wavelength of the transmitted signal, where said processing unit is arranged to: - determine a first radial velocity of each radar detection by tracking the change of radial distance (r) to each radar detection for each radar cycle during a plurality of radar cycles; - determine a second radial velocity by choosing a measured radial velocity that best matches the first radial velocity; - track a plurality of measured heights (z) as a function of radial distance (r) for each radar cycle during a plurality of radar cycles; and to - choose a measured height (z GT) among the tracked measured heights (z) that has a minimal change from radar cycle to radar cycle. - determine a first radial velocity of each radar detection by tracking the change of radial distance (r) to each radar detection for each radar cycle during a plurality of radar cycles; - determine a second radial velocity by choosing a measured radial velocity that best matches the first radial velocity; - track a plurality of measured heights (z) as a function of radial distance (r) for each radar cycle during a plurality of radar cycles; and to - choose a measured height (z GT) among the tracked measured heights (z) that has a minimal change from radar cycle to radar cycle.
Refrigeration device, especially household refrigeration device, comprising a housing with an inner compartment located therein for receiving items to be refrigerated, a door with an inner wall and an outer wall for opening and closing the inner compartment with at least one door shelf (6, 7), wherein the door has a least one attachment rail (8, 19) for holding the door shelf (6, 7) on its inner wall, wherein at least one attachment rail (8, 19) is embodied in at least two parts in the longitudinal direction, wherein, in the vertical direction, the attachment rail (8, 19) has an upper attachment rail part, a central attachment rail part and a lower attachment rail part which are separated from one another in each case, characterised in that the central attachment rail part has a wave profile with which the door shelf (5, 6) engages and in accordance with the wave profile, can assume different heights.
Assembly which forms a pulling device for drawing out a pipe to be replaced, the assembly comprising: - a bearing for bearing on a cavity in the ground, the bearing leg comprising a first element and a second element, the second element being slidably mounted relative to the first element using a mechanism for locking the position of the second element relative to the first element, the bearing leg further comprising a first and a second foot (21, 22), the bearing leg further comprising a third element to be rotated in order to adjust the length of the bearing leg along a longitudinal axis, - a maneuvering arm which is configured to bear on the bearing leg, - an attachment system which is connected to the maneuvering arm, the attachment system comprising a drawing-out member which is configured to interface the pipe to be replaced. - a bearing for bearing on a cavity in the ground, the bearing leg comprising a first element and a second element, the second element being slidably mounted relative to the first element using a mechanism for locking the position of the second element relative to the first element, the bearing leg further comprising a first and a second foot (21, 22), the bearing leg further comprising a third element to be rotated in order to adjust the length of the bearing leg along a longitudinal axis, - a maneuvering arm which is configured to bear on the bearing leg, - an attachment system which is connected to the maneuvering arm, the attachment system comprising a drawing-out member which is configured to interface the pipe to be replaced.
A method for controlling access in a mobile device network, the method comprising: receiving access class barring 'ACB' information at user equipment 'UE' as part of a system information message including a first system information block; receiving enhanced access barring 'EAB' information at the UE as part of a system information message including a second system information block, wherein the first system information block is different from the second system information block; receiving a paging message from a base station of the mobile wireless network, the paging message including a notification of a change in the EAB information; and in response to receiving the paging message, accessing previously stored EAB information at the UE. receiving access class barring 'ACB' information at user equipment 'UE' as part of a system information message including a first system information block; receiving enhanced access barring 'EAB' information at the UE as part of a system information message including a second system information block, wherein the first system information block is different from the second system information block; receiving a paging message from a base station of the mobile wireless network, the paging message including a notification of a change in the EAB information; and in response to receiving the paging message, accessing previously stored EAB information at the UE.
A brake actuator for railway vehicles, comprising: - a main body having a braking chamber, - a service braking piston movable with respect to the main body along a longitudinal axis, - a pair of levers articulated to the main body and bearing respective brake pads, - a transmission mechanism including an auxiliary body, a pair of thrust elements articulated to said levers, a pair of carriages movable with respect to the auxiliary body along a transverse direction perpendicular to said longitudinal axis, and a pair of slack adjusters each of which is disposed between a respective carriage and a respective thrust element, characterized in that the transmission mechanism comprises a floating member, which is free to pivot with respect to the service braking piston about an axis perpendicular to said longitudinal axis and to said transverse axis, wherein the floating member carries a first and a second pair of thrust bearings that cooperate with cam surfaces of said carriages. - a main body having a braking chamber, - a service braking piston movable with respect to the main body along a longitudinal axis, - a pair of levers articulated to the main body and bearing respective brake pads, - a transmission mechanism including an auxiliary body, a pair of thrust elements articulated to said levers, a pair of carriages movable with respect to the auxiliary body along a transverse direction perpendicular to said longitudinal axis, and a pair of slack adjusters each of which is disposed between a respective carriage and a respective thrust element, characterized in that the transmission mechanism comprises a floating member, which is free to pivot with respect to the service braking piston about an axis perpendicular to said longitudinal axis and to said transverse axis, wherein the floating member carries a first and a second pair of thrust bearings that cooperate with cam surfaces of said carriages.
Use of a low-sulphur blended feed in a hydrogenation process for reducing the hydrogenation catalyst sensitivity to deactivation, wherein the low-sulphur blended feed contains less than 15 ppm of sulphur and comprises a mixture of: i) a hydrocarbon cut originating from a gas-to-liquid process with ii) at least one selected from the group consisting of a hydrodeoxygenated hydrocarbon cut obtained from biomass, a gas condensate, a hydrocarbon cut of fossil origin and mixtures thereof; and wherein said hydrogenation process hydrogenates the low-sulphur blended feed into very low sulphur and very low aromatic hydrocarbon fluids containing less than 5 ppm of sulphur and less than 300 ppm of aromatics and having a boiling point in the range of from 100 to 400°C and a boiling range of no more than 80°C, and said process comprises the step of catalytically hydrogenating said feed at a temperature from 80 to 180°C and at a pressure from 50 to 160 bars. i) a hydrocarbon cut originating from a gas-to-liquid process with ii) at least one selected from the group consisting of a hydrodeoxygenated hydrocarbon cut obtained from biomass, a gas condensate, a hydrocarbon cut of fossil origin and mixtures thereof; and wherein
Device (10; 20; 30; 40; 50; 60; 70) for the protection of skin lesions, comprising: - a first sheet of a flexible and gas-permeable material having an opening in its central part, and on a face of which is present a discontinuous deposit of an adhesive material; - a spacing element (26; 31; 41) of thickness between 0.2 and 2 cm and having lateral size equal to or lower than that of said first sheet, being soaked, or being covered with a material soaked, with a substance having biocidal activity, said spacing element having an opening (27; 32; 42) in its central part of smaller size than the opening in said first sheet; - a second sheet (28; 33; 43; 51, 52), permeable to gases but impermeable to liquid water and made of, or comprising, a metallized material opaque to UV rays, placed over said spacing element and fixed either to the spacing element, or to the first sheet along a perimeter surrounding the contact area between said spacing element and said first sheet; - said spacing element placed onto the face of the first sheet opposite to the one where the adhesive material is present and in such a position that the perimeter of the opening in the spacing element is completely encircled in the perimeter of the opening of the first sheet, and with an arrangement such that its outer edge is protected from contact with the external atmosphere. - a first sheet of a flexible and gas-permeable material having an opening in its central part, and on a face of which is present a discontinuous deposit of an adhesive material; - a spacing element (26; 31; 41) of thickness between 0.2 and 2 cm and having lateral size equal to or lower than that of said first sheet, being soaked, or being covered with a material soaked, with a substance having biocidal activity, said spacing element having an opening (27; 32; 42) in its central part of smaller size than the opening in said first sheet; - a second sheet (28; 33; 43; 51, 52), permeable to gases but impermeable to liquid water and made of, or comprising, a metallized material opaque to UV rays, placed over said spacing element and fixed either to the spacing element, or to the first sheet along a perimeter surrounding the contact area between said spacing element and said first sheet; - said spacing element placed onto the face of the first sheet opposite to the one where the adhesive material is present and in such a position that the perimeter of the opening in the spacing element is completely encircled in the perimeter of the opening of the first sheet, and with an arrangement such that its outer edge is protected from contact with the external atmosphere.
A method for bearer reservation, maintenance, and use in a communication system, the method comprising an intermediary function performing: processing a user plane reservation request for a flow of user plane data associated with a user and from a sourcing device; determining a set of bearers to transport the flow of user plane data; requesting from at least one access network the determined set of bearers; receiving from the at least one access network an allocated set of bearers, wherein the allocated set of bearers comprises one or more bearers; receiving the flow of user plane data from the sourcing device; assigning portions of the flow of user plane data to one or more bearers in the allocated set of bearers; receiving an indication that at least one, but fewer than all, of the bearers in the allocated set of bearers is unavailable; and in response to receiving the indication, preventing the portion of the flow of user plane data assigned to the at least one unavailable bearer from being transmitted over the default bearer, which portion of the flow of user plane data is associated with the at least one unavailable bearer, wherein the portion of the flow of user plane data prevented from being transmitted over the default bearer is one or more of: discarded; or redirected for transport on at least one of the remaining bearers in the allocated set of bearers. processing a user plane reservation request for a flow of user plane data associated with a user and from a sourcing device; determining a set of bearers to transport the flow of user plane data; requesting from at least one access network the determined set of bearers; receiving from the at least one access network an allocated set of bearers, wherein the allocated set of bearers comprises one or more bearers; receiving the flow of user plane data from the sourcing device; assigning portions of the flow of user plane data to one or more bearers in the allocated set of bearers; receiving an indication that at least one, but fewer than all, of the bearers in the allocated set of bearers is unavailable; and in response to receiving the indication, preventing the portion of the flow of user plane data assigned to the at least one unavailable bearer from being transmitted over the default bearer, which portion of the flow of user plane data is associated with the at least one unavailable bearer, wherein the portion of the flow of user plane data prevented from being transmitted over the default bearer is one or more of: discarded; or redirected for transport on at least one of the remaining bearers in the allocated set of bearers. discarded; or redirected for transport on at least one of the remaining bearers in the allocated set of bearers.
A lithium ion battery having an electrode wound group in which a positive electrode, a negative electrode, and a separator are wound and an electrolytic solution provided in a battery container, an initial discharge capacity of the electrode wound group of the battery when discharging a voltage of 4.2V to 2.7V at a current value of 0.5C being 30 Ah or more, wherein the positive electrode has a current collector and a positive electrode composite applied to both surfaces of the current collector, the positive electrode composite contains a mixed active material of layered lithium nickel manganese cobalt composite oxide and spinel lithium manganese oxide (sp-Mn), a density of the positive electrode composite is 2.4 g/cm 3 or more and 2.7 g/cm 3 or less, and a porosity of the active electrode composite is 29.5% or more and 40.0% or less, and a weight ratio (NMC/sp-Mn) between the layered lithium nickel manganese cobalt composite oxide and the spinel lithium manganese oxide (sp-Mn) is 10/90 or more and 60/40 or less.
A cooking appliance comprising; a cavity into which the articles to be cooked are placed, a heater to heat the cavity, a door providing access inside the said cavity, an air exhaust tube interconnecting the cavity to the outer environment, a first sensor assembly to detect the relative humidity inside the cavity, a blower to force the circulation of the air between the cavity and the outer environment, a second sensor assembly to detect the relative humidity of the outer environment, characterized by a liquid inlet to transfer liquid into the cavity, and by a control unit configured to control the drying of the cavity by energizing the blower and the heater by a predetermined amount depending on the relative humidity differences between the two said sensor assemblies (7,9). a cavity into which the articles to be cooked are placed, a heater to heat the cavity, a door providing access inside the said cavity, an air exhaust tube interconnecting the cavity to the outer environment, a first sensor assembly to detect the relative humidity inside the cavity, a blower to force the circulation of the air between the cavity and the outer environment, a second sensor assembly to detect the relative humidity of the outer environment, characterized by a liquid inlet to transfer liquid into the cavity, and by a control unit configured to control the drying of the cavity by energizing the blower and the heater by a predetermined amount depending on the relative humidity differences between the two said sensor assemblies (7,9).
A rodent, whose genome comprises a replacement of a rodent C5 gene sequence at an endogenous rodent C5 locus with a human C5 gene sequence to form a modified C5 gene, wherein expression of the modified C5 gene is under control of rodent regulatory elements at the endogenous rodent C5 locus and results in human C5 protein in the rodent serum, and wherein the human C5 gene sequence comprises coding exons 2 through 41 of a human C5 gene.
A developer supply container comprising: an accommodating cylinder and a feeding component arranged in the accommodating cylinder, wherein an outer surface of the accommodating cylinder is provided with a driving receiving portion; a housing, located at one end of the accommodating cylinder, the housing is provided with a powder outlet, a gate is provided on the housing, and the gate can open or close the powder outlet; the characterized in that: a first storage portion is provided at an end of the feeding component which is close to the housing, the housing is provided a developer storage portion which is in communication with the first storage portion, and the developer storage portion is in communication with the powder outlet, a stirring device is provided in the developer storage portion, the stirring device comprising a shaft rotating component and an elastic blade, a fixed end of the elastic blade is fixed on the shaft rotating component, a free end of the elastic blade abut to the circumferential wall of the developer storage portion, and the free end of the elastic blade can pass through the powder outlet and abut the gate located below the powder outlet. an accommodating cylinder and a feeding component arranged in the accommodating cylinder, wherein an outer surface of the accommodating cylinder is provided with a driving receiving portion; a housing, located at one end of the accommodating cylinder, the housing is provided with a powder outlet, a gate is provided on the housing, and the gate can open or close the powder outlet; the characterized in that: a first storage portion is provided at an end of the feeding component which is close to the housing, the housing is provided a developer storage portion which is in communication with the first storage portion, and the developer storage portion is in communication with the powder outlet, a stirring device is provided in the developer storage portion, the stirring device comprising a shaft rotating component and an elastic blade, a fixed end of the elastic blade is fixed on the shaft rotating component, a free end of the elastic blade abut to the circumferential wall of the developer storage portion, and the free end of the elastic blade can pass through the powder outlet and abut the gate located below the powder outlet.