mhurhangee/ep-ind-claims huggingface dataset:
Guide adapter for guiding a drill bit during percusion drilling, said guide adapter is intended to be arranged between the drill bit and an elongated drill string extending along an axis A, said drill bit having a first radius (Rf) transverse to axis A, said guide adapter comprising: a sleeve shaped adapter body intended to extend along axis A and comprising a forward end with a first coupling intended for connecting the guide adapter to the drill bit, and a rear end with a second coupling intended for connecting the guide adapter to the drill string; and a plurality of guiding elements extending substantially radially in relation toaxis A from the sleeve shaped adapter body, wherein the guiding elements extend along >0% to 60% of the adapter body length along axis A and are arranged in the rear end of the adapter body, characterised in that said guiding elements in the rear end has an extension (Rr) in radial direction from axis A of about 94 - 96 % of said first radius (Rf) and curved, straight or stepwise reduced radial extension towards the forward end along axis A; and a radial extension (Rm) in the forward end of the guiding elements of about 89 - 91 % of said first radius. a sleeve shaped adapter body intended to extend along axis A and comprising a forward end with a first coupling intended for connecting the guide adapter to the drill bit, and a rear end with a second coupling intended for connecting the guide adapter to the drill string; and a plurality of guiding elements extending substantially radially in relation toaxis A from the sleeve shaped adapter body, wherein the guiding elements extend along >0% to 60% of the adapter body length along axis A and are arranged in the rear end of the adapter body, characterised in that said guiding elements in the rear end has an extension (Rr) in radial direction from axis A of about 94 - 96 % of said first radius (Rf) and curved, straight or stepwise reduced radial extension towards the forward end along axis A; and a radial extension (Rm) in the forward end of the guiding elements of about 89 - 91 % of said first radius.
A method for coring and slicing a Chemical Vapor Deposition, CVD, diamond product, the product comprising a diamond and graphitized material covering several side-faces of the diamond, wherein the method is performed by an apparatus providing a laser beam coupled into a pressurized fluid jet, and wherein the method comprises: - for the coring, cutting the product with the laser beam to remove the graphitized material from the side-faces of the diamond; - for the slicing, cutting off one or more slices from the diamond with the laser beam. - for the coring, cutting the product with the laser beam to remove the graphitized material from the side-faces of the diamond; - for the slicing, cutting off one or more slices from the diamond with the laser beam.
A battery pack comprising: a plurality of battery cells; a protective circuit module arranged on a side of the plurality of battery cells and comprising at least one through-hole; an electrode tab inserted into the at least one through-hole and electrically connecting the plurality of battery cells to the protective circuit module; a temperature sensing unit arranged on the protective circuit module; and a heat transfer member connected to a portion of the electrode tab inserted into the at least one through-hole and to the temperature sensing unit and transferring heat from the electrode tab to the temperature sensing unit, wherein the heat transfer member is arranged to cover the at least one through-hole and the temperature sensing unit. a plurality of battery cells; a protective circuit module arranged on a side of the plurality of battery cells and comprising at least one through-hole; an electrode tab inserted into the at least one through-hole and electrically connecting the plurality of battery cells to the protective circuit module; a temperature sensing unit arranged on the protective circuit module; and a heat transfer member connected to a portion of the electrode tab inserted into the at least one through-hole and to the temperature sensing unit and transferring heat from the electrode tab to the temperature sensing unit, wherein the heat transfer member is arranged to cover the at least one through-hole and the temperature sensing unit.
Method for serially transmitting data in a bus system having at least two participating data processing units which interchange messages via the bus, the transmitted messages having a logical structure according to the CAN standard ISO 11898-1, the logical structure comprising a start-of-frame bit, an arbitration field, a control field, a data field, a CRC field, an acknowledge field and an end-of-frame sequence, the control field comprising a data length code containing an item of information relating to the length of the data field, characterized in that, if a first changeover condition is present, the data field of the messages may comprise more than eight bytes in a manner deviating from the CAN standard ISO 11898-1, in which case, in order to determine the size of the data field if the first changeover condition is present, the values of the bits in the data length code are interpreted as at least partially deviating from the CAN standard ISO 11898-1.
Apparatus configured to measure at least one electrophysiological signal of a body, comprising at least one capacitive sensor electrode (1, 12, 40, 41, 42, 68) for capacitively sensing the at least one electrophysiological signal of the body, a voltage source or current source (9,14), and at least one reference electrode (4, 11) arranged to be at least in mild galvanic contact with the body, wherein the at least one reference electrode (4, 11) is connected to the voltage source or the current source (9,14), characterized by an arrangement (27, 47, 58, 81, 98) configured to actively control, via the at least one reference electrode (4, 11), an average voltage between the at least one capacitive sensor electrode and the body for reducing or minimizing the electric field between the at least one capacitive sensor electrode and the body and thus motion-induced signals caused by the electric field and variations in the distance between the at least one capacitive sensor electrode and the body.
Roof-like screen having at least a first convertible umbrella and at least a second changeable umbrella, wherein the first umbrella is arranged adjacent to the second umbrella in each case, wherein the umbrellas each comprise a mast (3, 3'), a driven rod assembly and a foldable membrane (10, 10'), wherein in the maximum folded state of the umbrellas (1, 2) the membranes (10, 10') of adjacent umbrellas (1, 2) in the edge regions thereof are arranged vertically one above the other and so as to overlap horizontally, wherein the rod assembly comprises at least three articulated arms which each have an inner arm portion (4, 4') which is secured in an articulated manner to an articulation location (B, B') on the mast (3, 3') and an outer arm portion (5, 5') which is articulated thereon radially outwards away from the mast and which has an arm tip (G, G'), wherein the outer arm portion (5, 5') is connected in an articulated manner to a support rod (6, 6') which is fitted to the mast (3, 3') below the articulation location (B, B') of the inner arm portion (4, 4') at the articulation location (C, C'), and wherein the inner arm portion (4, 4') is connected at an articulation location (D, D') in an articulated manner to a drive strut (7, 7') which is fitted above the articulation location (B, B') of the inner arm portion (4, 4') to a rod assembly drive which can be longitudinally moved in the mast (3, 3'), wherein the spacing from a common base level to the arm tip (G*) of the first umbrella in the closed state is at least 98%, but at the most 102% of the spacing from the common base level to the arm tip (G*') of the second umbrella in the closed state, characterised in that at least two lengths of the elements: outer arm portions (5, 5'), inner arm portions (4, 4'), support rods (6, 6') and mast heights (dl, d2) from the base level to the articulation location (C, C') of the support rods on the mast (3, 3'), are different for adjacent umbrellas (1, 2) and are in the range of the following length relationships: a 1 / a 2 =] 1.0 to 1.06]; b 1 / b 2 = [ 0.93 to 1.00 [; c 1 / c 2 = 0.95 to 1.05 \ 1; d 1 / d 2 =] 1.0 to 1.05]; wherein a1, a2 denotes the length of the outer arm portions, b1, b2 denotes the length of the inner arm portions, c1, c2 denotes the length of the support rods, and d1, d2 denotes the mast heights from the base level to the articulation location (C, C') of the support rods on the respective mast in the maximum open state for two adjacent umbrellas. a1, a2 denotes the length of the outer arm portions, b1, b2 denotes the length of the inner arm portions, c1, c2 denotes the length of the support rods, and d1, d2 denotes the mast heights from the base level to the articulation location (C, C') of the support rods on the respective mast in the maximum open state for two adjacent umbrellas.
A method of managing a virtual network, VN, comprising a plurality of VN members, each VN member comprising a network tunnel traversing one or more physical links through one or more physical network domains, the method comprising: associating one or more of the VN members with a first group, the first group comprising VN members requiring dedicated resource allocations for their corresponding network tunnels; associating one or more others of the VN members with a second group, the second group comprising VN members that may share resource allocations with other VN members of the second group; assigning paths through the one or more physical network domains for the VN members of the first group, such that the assigned paths for the VN members of the first group provide dedicated resource allocations to each VN member of the first group; and assigning paths through the one or more physical network domains for the VN members of the second group, such that at least one pair of VN members of the second group traversing a common physical link share a bandwidth allocation for the common physical link. associating one or more of the VN members with a first group, the first group comprising VN members requiring dedicated resource allocations for their corresponding network tunnels; associating one or more others of the VN members with a second group, the second group comprising VN members that may share resource allocations with other VN members of the second group; assigning paths through the one or more physical network domains for the VN members of the first group, such that the assigned paths for the VN members of the first group provide dedicated resource allocations to each VN member of the first group; and assigning paths through the one or more physical network domains for the VN members of the second group, such that at least one pair of VN members of the second group traversing a common physical link share a bandwidth allocation for the common physical link.
Adjusting turret for telescopic sights comprising a first adjusting mechanism and a second adjusting mechanism, which can be rotated independently of each other relative to a base, wherein the first adjusting mechanism can be rotated in an adjusting position and has a securing position secured against rotation, wherein, in the securing position, the first adjusting mechanism is engaged with the base by way of locking means (40,41), and the first adjusting mechanism can be axially moved to a limited extent relative to the base in such a way that, in the adjusting position, it projects further out of the second adjusting mechanism than in the securing position, wherein an energy store exerts an axial force on the first adjusting mechanism from the securing position in the direction of the adjusting position, • wherein coupling means are engaged in the securing position and are subject to a force from the energy store, • wherein the coupling means are engaged in the adjusting position and are subject to a force from the energy store, • wherein the coupling means form a cam gear designed in such a way that when a limit force is overcome on the first adjusting mechanism counter to the force and with a subsequent release of force, the energy store moves the cam gear into an end position (S1, S2) and fixes it there, • wherein the cam gear is designed in such a way that when an adjusting position exists, and a limit force is overcome on the first adjusting mechanism counter to the force and with a subsequent release of force, the energy store moves the first adjusting mechanism into the securing position and fixes it there, and • wherein the cam gear is designed in such a way that when a securing position exists and a limit force is overcome on the first adjusting mechanism counter to the force and with a subsequent release of force, the energy store moves the first adjusting mechanism into the adjusting position and fixes it there. • wherein coupling means are engaged in the securing position and are subject to a force from the energy store, • wherein the coupling means are engaged in the adjusting position and are subject to a force from the energy store, • wherein the coupling means form a cam gear designed in such a way that when a limit force is overcome on the first adjusting mechanism counter to the force and with a subsequent release of force, the energy store moves the cam gear into an end position (S1, S2) and fixes it there, • wherein the cam gear is designed in such a way that when an adjusting position exists, and a limit force is overcome on the first adjusting mechanism counter to the force and with a subsequent release of force, the energy store moves the first adjusting mechanism into the securing position and fixes it there, and • wherein the cam gear is designed in such a way that when a securing position exists and a limit force is overcome on the first adjusting mechanism counter to the force and with a subsequent release of force, the energy store moves the first adjusting mechanism into the adjusting position and fixes it there.
A method for setting a plug in a borehole comprising: placing a setting tool in a borehole at a predetermined location for installing a plug against a casing; activating a firing head; starting a gas pressure generating chemical reaction; pressurizing a chamber located within a cylinder with the generated gas pressure; moving a piston disposed within the cylinder in a first axial direction with the generated gas, thereby evacuating a first quantity of oil from the setting tool; moving the cylinder in the first axial direction with the generated gas, thereby evacuating a second quantity of oil from the setting tool; expanding a seal radially against an inner wall of the casing; shearing a shear stud coupled between the setting tool and the plug; and removing the setting tool from the borehole after setting the plug. placing a setting tool in a borehole at a predetermined location for installing a plug against a casing; activating a firing head; starting a gas pressure generating chemical reaction; pressurizing a chamber located within a cylinder with the generated gas pressure; moving a piston disposed within the cylinder in a first axial direction with the generated gas, thereby evacuating a first quantity of oil from the setting tool; moving the cylinder in the first axial direction with the generated gas, thereby evacuating a second quantity of oil from the setting tool; expanding a seal radially against an inner wall of the casing; shearing a shear stud coupled between the setting tool and the plug; and removing the setting tool from the borehole after setting the plug.
A semiconductor power module, comprising: - a metal substrate structure with a metal top layer, a metal bottom layer, and a dielectric layer that is coupled to both the metal top layer and the metal bottom layer in between with respect to a stacking direction of the metal substrate structure, - a housing configured to enclose electronics of the semiconductor power module, wherein housing comprises a top wall and side walls and is coupled to the metal substrate structure such that with respect to the stacking direction there is a predetermined distance between a lower surface of the top wall and an upper surface of the metal top layer adjacent to the side walls, respectively and - at least one terminal arranged inside the housing, wherein the at least one terminal is coupled to the lower surface of the top wall on the one hand and coupled to the upper surface of the metal top layer on the other hand, and wherein with respect to the stacking direction a length of at least one terminal is configured in coordination with the distance, such that due to the at least one terminal the metal substrate structure is bent in a predetermined manner and comprises a convex shape in interaction with the housing. - a metal substrate structure with a metal top layer, a metal bottom layer, and a dielectric layer that is coupled to both the metal top layer and the metal bottom layer in between with respect to a stacking direction of the metal substrate structure, - a housing configured to enclose electronics of the semiconductor power module, wherein housing comprises a top wall and side walls and is coupled to the metal substrate structure such that with respect to the stacking direction there is a predetermined distance between a lower surface of the top wall and an upper surface of the metal top layer adjacent to the side walls, respectively and - at least one terminal arranged inside the housing, wherein the at least one terminal is coupled to the lower surface of the top wall on the one hand and coupled to the upper surface of the metal top layer on the other hand, and wherein with respect to the stacking direction a length of at least one terminal is configured in coordination with the distance, such that due to the at least one terminal the metal substrate structure is bent in a predetermined manner and comprises a convex shape in interaction with the housing.
Arrangement for the compensation of an offset between two pipe flanges comprising: adapting rings which in each case have a recess which extends along an axis and around which a ring material extends along a circumferential direction, the adapting rings in each case having two bearing faces, the bearing faces having planar substantially circularly annular bearing faces at least along circular paths which are concentric with respect to the axis, a cross section of the ring material along the circumferential direction having a changing axial ring material thickness in such a way that at least four of the adapting rings have a wedge shape with an angular offset of the two bearing faces with respect to one another, characterized in that the arrangement comprises at least four wedge-shaped mutually adjacent adapting rings. adapting rings which in each case have a recess which extends along an axis and around which a ring material extends along a circumferential direction, the adapting rings in each case having two bearing faces, the bearing faces having planar substantially circularly annular bearing faces at least along circular paths which are concentric with respect to the axis, a cross section of the ring material along the circumferential direction having a changing axial ring material thickness in such a way that at least four of the adapting rings have a wedge shape with an angular offset of the two bearing faces with respect to one another, characterized in that the arrangement comprises at least four wedge-shaped mutually adjacent adapting rings.
An aqueous pharmaceutical composition comprising: (a) adalimumab; (b) histidine buffering agent (or histidine buffer system); (c) sugar stabiliser is selected from the group including trehalose, sucrose, sorbitol, maltose, lactose, xylitol, arabitol, erythritol, lactitol, maltitol, inositol; and (d) 0.05 mg/mL to 2 mg/mL surfactant selected from Polysorbate 20 and Polysorbate 80; wherein the composition: • has a pH between 5.0 and 6.7; • is either free of amino acids other than histidine or comprises one or more amino acids other than histidine in a (collective) concentration of at most 0.1 mM; and • is either free of phosphate buffering agents or comprises a phosphate buffer system in a concentration of at most 0.1 mM. (a) adalimumab; (b) histidine buffering agent (or histidine buffer system); (c) sugar stabiliser is selected from the group including trehalose, sucrose, sorbitol, maltose, lactose, xylitol, arabitol, erythritol, lactitol, maltitol, inositol; and (d) 0.05 mg/mL to 2 mg/mL surfactant selected from Polysorbate 20 and Polysorbate 80; • has a pH between 5.0 and 6.7; • is either free of amino acids other than histidine or comprises one or more amino acids other than histidine in a (collective) concentration of at most 0.1 mM; and • is either free of phosphate buffering agents or comprises a phosphate buffer system in a concentration of at most 0.1 mM.
Household dishwasher comprising a washing compartment and at least one spray device that is arranged inside said washing compartment and is intended to spray washing liquor and/or clean water within the washing container, wherein the spray device comprises a cage and a rotary element that is mounted in said cage so as to rotate about an axis of rotation, wherein said rotary element comprises a bearing surface which is radially distanced from the axis of rotation and extends around same, and with the aid of which said rotary element is mounted rotatably in the cage, wherein the cage has a plurality of bearing portions (27, 28), the bearing surface bearing thereagainst during the operation of the spray device, and wherein in each case an intermediate space is provided between two adjacent bearing portions (27, 28).
A sliding mechanism comprising: a cylinder bore having a thermally sprayed iron-based coating; and a piston with a piston ring having a hard coating composed mainly of carbon, the thermally sprayed coating having diamond abrasive grains, an area ratio of the diamond abrasive grains to a surface of the thermally sprayed coating being 0.3 to 1.8 %. a cylinder bore having a thermally sprayed iron-based coating; and a piston with a piston ring having a hard coating composed mainly of carbon, the thermally sprayed coating having diamond abrasive grains, an area ratio of the diamond abrasive grains to a surface of the thermally sprayed coating being 0.3 to 1.8 %.