mhurhangee/ep-ind-claims huggingface dataset:
An arrangement for electrically and mechanically connecting two circuit boards (26, 27) to one another, containing at least one integral connecting element which has a central part and in each case one contact element at the two ends, which contact element is designed to be inserted into a plated-through hole in in each case one of the two circuit boards (26, 27) which are to be connected, in which plated-through hole said connecting element can be fixed transverse to the insertion direction by clamping, wherein the connecting element is arranged in an insulating body which has two end faces which are averted from one another, in each case one contact element projecting out of the end faces of said insulating body, characterized in that the connecting element is secured against being pulled out in both directions in the insulating body, and the clamping force of the two contact elements of the connecting element has a different magnitude.
A control device for a machine tool, the machine tool including a first linear motion axis, a second linear motion axis, and a third linear motion axis of a machine coordinate system which are orthogonal to each other and a first rotary feed axis about a first axis line inclined with respect to all linear motion axes (X, Y, Z) of the first linear motion axis, the second linear motion axis, and the third linear motion axis, the control device configured to control the machine tool based on a machining program or an instruction of manual operation by an operator, the control device further comprising: a servomotor control unit configured to drive and control the respective-axes servomotors of the machine tool by an instruction based on the machine coordinate system; an arithmetic unit configured to calculate, from a coordinate value of the machine coordinate system, a coordinate value of a table coordinate system including a first virtual linear motion axis (X'), a second virtual linear motion axis (Y'), and a third virtual linear motion axis (Z') orthogonal to each other with a reference being a workpiece attachment surface of a table and a first virtual rotary feed axis (A', B') about a first virtual axis line parallel to any virtual linear motion axis (X', Y', Z') of the first virtual linear motion axis (X'), the second virtual linear motion axis (Y'), and the third virtual linear motion axis (Z'); and a display unit configured to display a coordinate value of the table coordinate system calculated by the arithmetic unit, the coordinate value serving as a virtual coordinate value which simulates the coordinate value of the machine coordinate system of the machine tool configured so that the rotary feed axis is parallel to the linear motion axes (X, Y, Z). a servomotor control unit configured to drive and control the respective-axes servomotors of the machine tool by an instruction based on the machine coordinate system; an arithmetic unit configured to calculate, from a coordinate value of the machine coordinate system, a coordinate value of a table coordinate system including a first virtual linear motion axis (X'), a second virtual linear motion axis (Y'), and a third virtual linear motion axis (Z') orthogonal to each other with a reference being a workpiece attachment surface of a table and a first virtual rotary feed axis (A', B') about a first virtual axis line parallel to any virtual linear motion axis (X', Y', Z') of the first virtual linear motion axis (X'), the second virtual linear motion axis (Y'), and the third virtual linear motion axis (Z'); and a display unit configured to display a coordinate value of the table coordinate system calculated by the arithmetic unit, the coordinate value serving as a virtual coordinate value which simulates the coordinate value of the machine coordinate system of the machine tool configured so that the rotary feed axis is parallel to the linear motion axes (X, Y, Z).
Bearing of a pivoting lever with respect to a pressure piece having an inner bearing shell and an outer bearing shell, the circularly arcuately curved rolling faces (21, 22) of which lie radially opposite one another with the interposition of rolling bodies, the rolling body space which is arranged between the bearing shells (11, 12) being delimited in the circumferential direction by way of stops (15A, 15B) which protrude radially into the rolling body space, a stop being configured on the outer bearing shell, and a stop being configured on the inner bearing shell, and it being possible for the bearing shells (11, 12) to be latched to one another, characterized in that the bearing shells (11, 12) can be latched to one another in the circumferential direction.
Machine for sorting objects such as parcels or packages, comprising an upstream conveyor and a downstream conveyor designed to convey the objects in a certain conveying direction, said sorting machine also comprising an alignment conveyor fed with objects by the upstream conveyor, said alignment conveyor being designed to align the objects one after the other in the conveying direction and to feed the objects to the downstream conveyor once the objects have been aligned, said alignment conveyor comprising a jogging edge which extends in the conveying direction and rectilinear conveyor belts which extend in a certain jogging direction deviated from the conveying direction by a certain deviation angle (α) so that the objects conveyed on the alignment conveyor are conveyed in the jogging direction and then in the conveying direction once in contact with the jogging edge, the conveyor belts having a conveying surface whereupon the objects are conveyed, and the jogging edge extending in height transversely to the conveying surface of the conveyor belts, characterized in that each conveyor belt is terminated by a downstream end in the jogging direction, which is flush with and level with the jogging edge.
A sole structure for an article of footwear, the sole structure comprising: a sole component having a bottom wall and a peripheral wall extending upward from the bottom wall and partially surrounding a space above the bottom wall; and a midsole including a foam core nested in the space; wherein the peripheral wall of the sole component is disposed outward of a side surface of the foam core; and wherein the sole component is attached to a first portion of the side surface and is detached from a second portion of the side surface, the second portion of the side surface disposed between the first portion and the bottom wall, the second portion of the side surface of the foam core is recessed inward from the first portion, defining a gap between an inner side of the peripheral wall of the sole component and the second portion of the side surface of the foam core, and characterised in that the second portion of the side surface of the foam core resiliently deforms outward into the gap toward the inner side of the peripheral wall of the sole component under compressive loading. a sole component having a bottom wall and a peripheral wall extending upward from the bottom wall and partially surrounding a space above the bottom wall; and a midsole including a foam core nested in the space; wherein the peripheral wall of the sole component is disposed outward of a side surface of the foam core; and wherein the sole component is attached to a first portion of the side surface and is detached from a second portion of the side surface, the second portion of the side surface disposed between the first portion and the bottom wall, the second portion of the side surface of the foam core is recessed inward from the first portion, defining a gap between an inner side of the peripheral wall of the sole component and the second portion of the side surface of the foam core, and characterised in that the second portion of the side surface of the foam core resiliently deforms outward into the gap toward the inner side of the peripheral wall of the sole component under compressive loading.
Fuel-cell device for supplying working fluids (14a, 16a; 14b, 16b) to at least one fuel-cell unit (12a; 12b), preferably a high-temperature fuel-cell unit, having at least one oxidant-line unit (18a; 18b) for handling an oxidant-containing working fluid (14a; 14b), preferably air, having at least one fuel-line unit (20a; 20b) for handling a fuel-containing working fluid (16a; 16b), preferably natural gas, and having at least one inert unit (22a; 22b) for feeding at least one inert fluid (24a; 24b) into the fuel-line unit (20a; 20b), characterized in that, for producing the inert fluid (24a; 24b), the inert unit (22a; 22b) comprises at least one fuel cell, wherein a cathode inlet (26a; 26b) and an anode inlet (28a; 28b) of the inert unit (22a; 22b) are fluidically connected to the oxidant-line unit (18a; 18b).
An optical system comprising: a first deformable lens (101; 301; 411) including a membrane with a deformable portion and including a filler material a corrective fixed lens; a sensor (107; 203; 304; 417) configured to receive the light focused by the first deformable lens; an optical path (204; 449) extending through the first deformable lens and to the sensor; wherein the first deformable lens is tuned according to an applied electrical signal in order to directly focus light traversing the optical path onto the sensor; and wherein the corrective fixed lens is in direct contact with the filler material of the deformable lens and configured to correct for monochromatic or polychromatic aberrations, and wherein the first deformable lens (101; 301; 411) is deformed at least in part by an electromagnetic actuator, and wherein an annular lens shaping structure divides the membrane into a central, optically active part, and a peripheral, not optically active part, wherein the light focused on the sensor passes through the optically active part, wherein the deformable lens is tuned according to the applied electrical signal via a mechanical linkage structure applying the force of the electromagnetic actuator on the peripheral part of the membrane. a first deformable lens (101; 301; 411) including a membrane with a deformable portion and including a filler material a corrective fixed lens; a sensor (107; 203; 304; 417) configured to receive the light focused by the first deformable lens; an optical path (204; 449) extending through the first deformable lens and to the sensor; wherein the first deformable lens is tuned according to an applied electrical signal in order to directly focus light traversing the optical path onto the sensor; and wherein the corrective fixed lens is in direct contact with the filler material of the deformable lens and configured to correct for monochromatic or polychromatic aberrations, and wherein the first deformable lens (101; 301; 411) is deformed at least in part by an electromagnetic actuator, and wherein an annular lens shaping structure divides the membrane into a central, optically active part, and a peripheral, not optically active part, wherein the light focused on the sensor passes through the optically active part, wherein the deformable lens is tuned according to the applied electrical signal via a mechanical linkage structure applying the force of the electromagnetic actuator on the peripheral part of the membrane.
An engine, comprising; an output cylinder for transmitting power to an output crankshaft, a fuel reforming device connected to an intake pipe and an EGR pipe via a supply pipe and connected to the intake pipe via an exhaust pipe, and a primary fuel injection device configured to inject fuel to a mixture of intake air and exhaust gas, wherein the fuel reforming device is constituted with a reforming cylinder configured to adiabatically compress the mixture, to which the fuel is injected, by means of a reciprocating movement of a reforming piston capable of reciprocating by a motive power from a reforming crankshaft connected and interlocked with the output crankshaft, wherein the engine further comprises; a reforming fuel intercooler configured to cool the mixture discharged from the fuel reforming device and provided in the exhaust pipe, and a control device configured to control the primary fuel injection device, and wherein the primary fuel injection device is arranged in the supply pipe, controlled by the control device, in such a manner as to inject the fuel when the mixture is supplied to the reforming cylinder. an output cylinder for transmitting power to an output crankshaft, a fuel reforming device connected to an intake pipe and an EGR pipe via a supply pipe and connected to the intake pipe via an exhaust pipe, and a primary fuel injection device configured to inject fuel to a mixture of intake air and exhaust gas, wherein the fuel reforming device is constituted with a reforming cylinder configured to adiabatically compress the mixture, to which the fuel is injected, by means of a reciprocating movement of a reforming piston capable of reciprocating by a motive power from a reforming crankshaft connected and interlocked with the output crankshaft, wherein the engine further comprises; a reforming fuel intercooler configured to cool the mixture discharged from the fuel reforming device and provided in the exhaust pipe, and a control device configured to control the primary fuel injection device, and wherein the primary fuel injection device is arranged in the supply pipe, controlled by the control device, in such a manner as to inject the fuel when the mixture is supplied to the reforming cylinder.
A method for preparing a food product including a grain-based binder and being essentially free of intentionally added sugars and/or sugar alcohol, the method comprising: coating a grain flour with a fat or oil to form a grain flour slurry wherein a grain particle is protected with a layer of the fat or oil wherein the grain flour is a pre-gelatinized whole oat flour and wherein the grain flour slurry includes about 30 to about 50 weight percent grain flour and about 50 to about 70 weight percent fat or oil based on the total weight of the grain flour slurry; combining the grain flour slurry with one or more liquid ingredients to form a binder composition wherein the binder composition including the grain flour slurry maintains a viscosity of about 200 Brabender torque units or less before thermal processing; wherein viscosity is measured using a Brabender ViscoQuick instrument from C.W. Brabender, Inc., wherein the temperature profile of the Brabender analysis is heating from about 30°C to about 95°C at a rate of about 3°C/minute, holding at about 90°C for about 10 minutes, and then cooling from about 90°C to about 50°C at a rate of about 3°C/minute. mixing the binder composition and one or more dry ingredients to form an agglomerate; and thermally processing the agglomerate to activate the grain flour to increase the binder viscosity to form the agglomerate into a cohesive food product. coating a grain flour with a fat or oil to form a grain flour slurry wherein a grain particle is protected with a layer of the fat or oil wherein the grain flour is a pre-gelatinized whole oat flour and wherein the grain flour slurry includes about 30 to about 50 weight percent grain flour and about 50 to about 70 weight percent fat or oil based on the total weight of the grain flour slurry; combining the grain flour slurry with one or more liquid ingredients to form a binder composition wherein the binder composition including the grain flour slurry maintains a viscosity of about 200 Brabender torque units or less before thermal processing; wherein viscosity is measured using a Brabender ViscoQuick instrument from C.W. Brabender, Inc., wherein the temperature profile of the Brabender analysis is heating from about 30°C to about 95°C at a rate of about 3°C/minute, holding at about 90°C for about 10 minutes, and then cooling from about 90°C to about 50°C at a rate of about 3°C/minute. mixing the binder composition and one or more dry ingredients to form an agglomerate; and thermally processing the agglomerate to activate the grain flour to increase the binder viscosity to form the agglomerate into a cohesive food product.
Method for the production of hybrid parts, the method comprising the following steps: - providing a pre-formed component, in particular a metal element; - providing a tool (3, 3'), in particular an injection-molding tool or a pressing tool; - providing at least one press ram; - providing at least one adhesive layer, in particular an adhesive film, on the press ram; - placing the pre-formed component in the tool (3, 3'); - heating the tool (3, 3') in particular by means of a temperature-control device, or heating the component prior to placing in the tool (3, 3'); - pressing the adhesive layer onto the pre-formed component; - closing the tool (3, 3'); - incorporating a plastics material, in particular one or a plurality of plastics-material ribs 32 or plastics-material stiffeners into the tool (3, 3'), in particular by injection-molding or pressing; - removing the hybrid part from the tool (3, 3'), characterized in that the press ram has at least one or a plurality of vacuum bores which enable suctioning of the adhesive layer. - providing a pre-formed component, in particular a metal element; - providing a tool (3, 3'), in particular an injection-molding tool or a pressing tool; - providing at least one press ram; - providing at least one adhesive layer, in particular an adhesive film, on the press ram; - placing the pre-formed component in the tool (3, 3'); - heating the tool (3, 3') in particular by means of a temperature-control device, or heating the component prior to placing in the tool (3, 3'); - pressing the adhesive layer onto the pre-formed component; - closing the tool (3, 3'); - incorporating a plastics material, in particular one or a plurality of plastics-material ribs 32 or plastics-material stiffeners into the tool (3, 3'), in particular by injection-molding or pressing; - removing the hybrid part from the tool (3, 3'), characterized in that the press ram has at least one or a plurality of vacuum bores which enable suctioning of the adhesive layer.
A method of determining whether a donor tissue intended for transplant or transfusion will induce transfusion related acute lung injury (TRALI) in a human recipient wherein the human recipient expresses the HNA-3a antigen or the HNA-3b antigen comprising a) contacting a sample obtained from the donor of the tissue intended for transplant or transfusion in the human subject with a polypeptide comprising the amino acid sequence of SEQ ID NO: 1 or a HNA-3a antigenic fragment thereof or the amino acid sequence of SEQ ID NO: 2 or a HNA-3b antigenic fragment thereof to form a complex with HNA-3a or HNA 3b specific antibodies in the sample, and b) detecting the complex, wherein the presence of the complex indicates that the donor tissue is likely to induce TRALI in a human recipient that expresses an HNA-3 antigen. a) contacting a sample obtained from the donor of the tissue intended for transplant or transfusion in the human subject with a polypeptide comprising the amino acid sequence of SEQ ID NO: 1 or a HNA-3a antigenic fragment thereof or the amino acid sequence of SEQ ID NO: 2 or a HNA-3b antigenic fragment thereof to form a complex with HNA-3a or HNA 3b specific antibodies in the sample, and b) detecting the complex, wherein the presence of the complex indicates that the donor tissue is likely to induce TRALI in a human recipient that expresses an HNA-3 antigen.
A method for making a zeolitic molecular sieve, said method comprising: A) preparing a reaction mixture capable of crystallizing into zeolitic molecular sieves when suitably heated, wherein said reaction mixture comprises formed particles or is a powderous reaction mixture, and wherein said reaction mixture comprises at least one active source of silica; B) introducing the reaction mixture, in the absence of an added external liquid phase, into a reaction chamber formed by a double-walled reactor vessel; and C) passing a heated medium through a space defined between the double walls of the reactor vessel while rotating the vessel, to cause the reaction mixture to attain a substantially uniform temperature at crystallization conditions. A) preparing a reaction mixture capable of crystallizing into zeolitic molecular sieves when suitably heated, wherein said reaction mixture comprises formed particles or is a powderous reaction mixture, and wherein said reaction mixture comprises at least one active source of silica; B) introducing the reaction mixture, in the absence of an added external liquid phase, into a reaction chamber formed by a double-walled reactor vessel; and C) passing a heated medium through a space defined between the double walls of the reactor vessel while rotating the vessel, to cause the reaction mixture to attain a substantially uniform temperature at crystallization conditions.
Food preparation household electrical appliance comprising a housing containing a motor and a removable container that can be arranged on the housing by a simple vertical translation movement, the container comprising a working tool intended to be rotated by said motor and having a base comprising a peripheral skirt engaging on one or more centring projections provided on the housing, characterised in that said housing comprises at least one support boss (15, 16) formed on an outer wall of one of the centring projections, the boss (15, 16) engaging in an opening formed on the peripheral skirt of the base to fix the container in position on the housing along the vertical direction of engagement.
A ceramic coating film-provided member comprising a ceramic member or a metal member and a thermal spray ceramic coating film formed on at least a part of the surface of the ceramic member or the metal member, wherein the thermal spray ceramic coating film contains Al 2 O 3 and 12CaO·7Al 2 O 3, and the weight ratio of CaO to Al 2 O 3 (CaO/Al 2 O 3) is more than 0.11 to 0.50.
A filter assembly for a condenser for vehicles, comprising - a tubular container having a side wall and opposite ends (13, 14) closed by respective caps (15, 16), said container having a fluid inlet and a fluid outlet formed on its side wall and connectable to a condensing section and to a sub-cooling section of the condenser, respectively, wherein said fluid outlet is located at a greater height than said fluid inlet; and - a filter cartridge housed within the tubular container, said filter cartridge comprising a cage-shaped support structure of plastic material, and a particle filtering medium carried by said support structure, said support structure being located near to the upper end of the container and comprising a peripheral edge sealingly engaging the side wall of the container at an intermediate height between fluid inlet and outlet (17, 18), and a base through which a communication opening is formed, wherein said filter cartridge further comprises a refrigerant flow pipe connected at one end to said communication opening and extending toward the lower end of the container; characterized in that said caps are both bonded to the respective ends (13, 14) of the container, said support structure of the filter cartridge being abutted against the cap of the upper end of the container. - a tubular container having a side wall and opposite ends (13, 14) closed by respective caps (15, 16), said container having a fluid inlet and a fluid outlet formed on its side wall and connectable to a condensing section and to a sub-cooling section of the condenser, respectively, wherein said fluid outlet is located at a greater height than said fluid inlet; and - a filter cartridge housed within the tubular container, said filter cartridge comprising a cage-shaped support structure of plastic material, and a particle filtering medium carried by said support structure, said support structure being located near to the upper end of the container and comprising a peripheral edge sealingly engaging the side wall of the container at an intermediate height between fluid inlet and outlet (17, 18), and a base through which a communication opening is formed, wherein said filter cartridge further comprises a refrigerant flow pipe connected at one end to said communication opening and extending toward the lower end of the container;