mhurhangee/ep-ind-claims huggingface dataset:
Pressure-measurement glow plug for an air-compressing, auto-ignition internal combustion engine, having a housing, having a force-transmitting element which projects at least partially out of the housing, and having a pressure sensor which is arranged in an interior space of the housing, wherein the pressure sensor, at one side, is supported at least indirectly on a fixing element and serves for detecting a pressure prevailing in the chamber and, at the other side, is at least indirectly operatively connected to the force-transmitting element, wherein the pressure sensor has a through-opening, through which through-opening a glow current line is led, wherein a positioning element is provided which, in a guide region, has a through-opening, and wherein the glow current line is led through the through-opening, characterized in that the positioning element has at least one central, cylindrical recess and has an encircling collar in an outer force-transmitting region, such that the positioning element has a reduced thickness (35'; 35") in the guide region and the collar, in an outer force-transmitting region, permits support on the fixing element over a large area, in that the positioning element has at least one narrowing in the region of the through-opening, and in that the pressure sensor is supported on the fixing element by way of the positioning element.
Agricultural spreader machine with a distributor boom and a chassis supported on the ground, wherein the distributor boom is suspended so as to be movable and/or height-adjustable in relation to the chassis about a pivot axis running in the direction of travel, and has a width which is measured transversely with respect to the direction of travel and is a multiple of the transport width of the spreader machine, and a damping element for damping the movement of the distributor boom is provided which influences the extent by which the distributor boom is coupled to the chassis and which can be activated by an electronic control device to which a sensor value regarding the current driving state of the chassis can be applied and which can be operated to change the damping of the damping element on the basis of the sensor value, wherein the electronic control device is programmed to proactively calculate an anticipated driving state of the spreader machine on the basis of the sensor value and variable physical variables of the spreader machine and, with reference to the anticipated driving state of the spreader machine, to output a control signal to the damping element in order to adjust the damping thereof with the effect of minimizing undesired movements of the distributor boom.
Bio-indicator for decontamination by UV-radiation decontamination technology using pulsed light, the bio-indicator comprising a container enclosing a support element which supports a specific number of micro-organisms, the support element is a solid support and the micro-organisms are arranged on the support element in accordance with monolayer seeding, the container comprising a hermetic shell which is formed by walls, at least one portion of which is transparent to pulsed light in a wavelength spectrum of between 180 nm and 1100 nm, this transparent portion being arranged opposite the support element so that all the micro-organisms can be directly exposed to the pulsed light radiation, the shell being formed by at least one sheet of polymeric and/or composite material which is folded in two, thereby forming the two walls of the shell, the folded sheet being at least partially sealed around the edge of the shell so that the shell is hermetic, or formed by two sheets of polymeric and/or composite material forming two walls of the shell, the two sheets being sealed together around the edge thereof.
A travel lane detection method using a travel lane detection circuit for accumulating, according to an amount of movement of a vehicle, a plurality of travel lane characteristic points (FP') detected by a target detection sensor installed in the vehicle so as to detect travel lane boundaries (SKa, SKb, SKc) according to the accumulated travel lane characteristic points (FP, FP'), characterized by the travel lane detection circuit being configured to, when a lane change of the vehicle is detected, correct the travel lane characteristic points (FP') detected and accumulated before the lane change starts according to an amount of movement of the vehicle in a vehicle width direction derived from the lane change, and detect the travel lane boundaries (SKa, SKb, SKc) after the lane change of the vehicle is completed by use of the corrected travel lane characteristic points (FP') detected and accumulated before the lane change starts and the travel lane characteristic points detected and accumulated after the lane change is completed, and the travel lane detection circuit being configured not to use the travel lane characteristic points detected during a period from when the lane change starts to when the lane change is completed. characterized by the travel lane detection circuit being configured to, when a lane change of the vehicle is detected, correct the travel lane characteristic points (FP') detected and accumulated before the lane change starts according to an amount of movement of the vehicle in a vehicle width direction derived from the lane change, and detect the travel lane boundaries (SKa, SKb, SKc) after the lane change of the vehicle is completed by use of the corrected travel lane characteristic points (FP') detected and accumulated before the lane change starts and the travel lane characteristic points detected and accumulated after the lane change is completed, and when a lane change of the vehicle is detected, correct the travel lane characteristic points (FP') detected and accumulated before the lane change starts according to an amount of movement of the vehicle in a vehicle width direction derived from the lane change, and detect the travel lane boundaries (SKa, SKb, SKc) after the lane change of the vehicle is completed by use of the corrected travel lane characteristic points (FP') detected and accumulated before the lane change starts and the travel lane characteristic points detected and accumulated after the lane change is completed, and the travel lane detection circuit being configured not to use the travel lane characteristic points detected during a period from when the lane change starts to when the lane change is completed.
A magnetoresistive element comprising: a lower ferromagnetic layer and an upper ferromagnetic layer each containing a Heusler alloy; and a spacer layer sandwiched between the lower ferromagnetic layer and the upper ferromagnetic layer, wherein the spacer layer contains an alloy having a bcc structure; wherein: (a) the alloy is at least one alloy selected from the group consisting of CuZn, CuBe, AgMg, and AgZn, each of the lower ferromagnetic layer and the upper ferromagnetic layer contains a Heusler ferromagnetic alloy having at least one of a B2 ordered structure and a L2 1 ordered structure, and the Heusler ferromagnetic alloy is selected from the group consisting of Co 2 Fe(Ga x Ge 1-x) (0.25 < x < 0.6), Co 2 FeAl 0.5 Si 0.5, Co 2 MnSi, Co 2 MnGe, Co 2 FeAl, and Co 2 FeSi; or (b) the alloy is at least one alloy selected from the group consisting of Cu 3 Al and Ag 3 Al. a lower ferromagnetic layer and an upper ferromagnetic layer each containing a Heusler alloy; and a spacer layer sandwiched between the lower ferromagnetic layer and the upper ferromagnetic layer, wherein the spacer layer contains an alloy having a bcc structure; wherein: (a) the alloy is at least one alloy selected from the group consisting of CuZn, CuBe, AgMg, and AgZn, (a) the alloy is at least one alloy selected from the group consisting of CuZn, CuBe, AgMg, and AgZn, each of the lower ferromagnetic layer and the upper ferromagnetic layer contains a Heusler ferromagnetic alloy having at least one of a B2 ordered structure and a L2 1 ordered structure, and the Heusler ferromagnetic alloy is selected from the group consisting of Co 2 Fe(Ga x Ge 1-x) (0.25 < x < 0.6), Co 2 FeAl 0.5 Si 0.5, Co 2 MnSi, Co 2 MnGe, Co 2 FeAl, and Co 2 FeSi; or (b) the alloy is at least one alloy selected from the group consisting of Cu 3 Al and Ag 3 Al.
A system with an antenna device wherein the system has a plurality of faces constituting an internal space, the antenna device (101, 201) comprising: an antenna; and a dielectric body, wherein, in the internal space which is constituted by the plurality of faces including a first face which is an electrically conductive body, the antenna device (101, 102) is adapted to have a shape to be fit inside a hole in the first face, wherein the antenna device (101, 201) is installed, not protruding from the hole to an outer space, wherein the antenna and the dielectric body are placed in series between the internal space and the outer space, and wherein the dielectric body includes N pieces of dielectric bodies with their constants becoming higher gradually according to the order from a first dielectric body to an N-th dielectric body, wherein dielectric bodies from a second dielectric body to the N-th dielectric body are each in contact with the antenna, and wherein the outer space is set in a first order position, the dielectric bodies from the second dielectric body to the N-th dielectric body are set in a second order position, the antenna is set in a third order position, the first dielectric body is set in a fourth order position, and the internal space is set in a fifth order position in the mentioned order. an antenna; and a dielectric body, wherein, in the internal space which is constituted by the plurality of faces including a first face which is an electrically conductive body, the antenna device (101, 102) is adapted to have a shape to be fit inside a hole in the first face, wherein the antenna device (101, 201) is installed, not protruding from the hole to an outer space, wherein the antenna and the dielectric body are placed in series between the internal space and the outer space, and wherein the dielectric body includes N pieces of dielectric bodies with their constants becoming higher gradually according to the order from a first dielectric body to an N-th dielectric body, wherein dielectric bodies from a second dielectric body to the N-th dielectric body are each in contact with the antenna, and wherein the outer space is set in a first order position, the dielectric bodies from the second dielectric body to the N-th dielectric body are set in a second order position, the antenna is set in a third order position, the first dielectric body is set in a fourth order position, and the internal space is set in a fifth order position in the mentioned order.
A method for producing a plastic strap for wrapping around one or more objects with the following ingredients: a) up to approximately 90% by weight polyester and b) up to approximately 10% by weight of an organic additive from the group of high-strength thermosetting plastics with a modulus of elasticity of more than 1000 N/mm 2, wherein the ingredients a) and b) are mixed together and extruded jointly, and then the resulting plastic strap or plastic strapping material is drawn, taking into account a degree of drawing of 1:2 to 1:5, and wherein polyester, the main ingredient, and the additive are each extruded jointly as granules and they form a composite, characterized in that - the melt of polyester and the additive in the extruder is degassed, and - the plastic strap or the plastic strapping material is embossed on the surface of the strap after drawing. a) up to approximately 90% by weight polyester and b) up to approximately 10% by weight of an organic additive from the group of high-strength thermosetting plastics with a modulus of elasticity of more than 1000 N/mm 2, - the melt of polyester and the additive in the extruder is degassed, and - the plastic strap or the plastic strapping material is embossed on the surface of the strap after drawing.
A stabilized formulation of ADAMTS13 for use in a method of treating or preventing a disease or condition associated with an ADAMTS13 or VWF dysfunction, or for use in a method of treating or preventing a disease or condition associated with the formation and/or presence of a thrombus, or for use in a method of treating or preventing an infarction, the method comprising administering to a subject stabilized formulation of ADAMTS13, wherein the formulation comprises: (a) 0.05 mg/ml to 10.0 mg/ml ADAMTS13; (b) less than 100 mM of a pharmaceutically acceptable salt (c) 0.5 mM to 20 mM calcium; (d) a sugar and/or sugar alcohol; (e) a nonionic surfactant; and (f) a buffering agent for maintaining a pH between 6.0 and 8.0. (a) 0.05 mg/ml to 10.0 mg/ml ADAMTS13; (b) less than 100 mM of a pharmaceutically acceptable salt (c) 0.5 mM to 20 mM calcium; (d) a sugar and/or sugar alcohol; (e) a nonionic surfactant; and (f) a buffering agent for maintaining a pH between 6.0 and 8.0.
A base member for use with a plurality of interchangeable reference members to create a 3D image of a scene and to determine coordinates of said 3D image in a geodetic frame, which base member is intended to be connected to an element (2, 2a-c) of the scene, which base member comprises a first surface arranged to face the element (2, 2a-c) and a second surface arranged to face away from the element (2, 2a-c); a hole adapted to receive a fastening member for connecting said base member to said element (2, 2a-c); and a connecting portion adapted to detachably connect a reference member to the base member, characterised in that the base member comprises a cavity adapted to receive and hold an RFID member, which cavity is coaxial with the hole, connects the hole and the second surface and has a smallest diameter larger than the largest diameter of the hole.
Assembly for measuring the air flow in an air intake duct (13,23) of an internal combustion engine comprising a housing with an inlet opening and an outlet opening, the housing having a channel with an inner wall defining a predetermined cross-sectional area and a closure member that is movably mounted in the channel between a closed and opened position, the housing comprising a first annular chamber upstream from the closure member and a second annular chamber downstream of the closure member, the annular chambers (45,46) extending around the channel, no fluid connection being provided between the chambers (45,46), each chamber having an inner chamber wall (47,48) being defined by the inner wall of the channel, the inner chamber walls (47,48) each being provided with a number of apertures (53,54,55,56) that are in fluid communication with the channel, a first pressure sensor being connected to the first chamber for measuring a pressure in the first chamber, a second pressure sensor being connected to the first chamber and to the second chamber for measuring a difference in pressure in the first and second chamber (45,46).
A method for determining the position of a mobile station in a wireless communications system, the method comprising: transitioning from obtaining one or more position fixes using a first position determination method using pseudorange measurements to satellites to obtaining one or more position fixes using a second position determination method using a range to a terrestrial base station automatically and in response to detection of a first change in an RF environment, the detection being based, at least in part, on a history of attempts to obtain a position fix; and transitioning from obtaining one or more position fixes using said second position determination method to obtaining one or more position fixes using said first position determination method automatically and in response to detection of a second change in said RF environment based, at least in part, on a history of attempts to obtain a position fix, characterised in that the method includes waiting first duration before said transitioning from obtaining one or more position fixes using said second position determination method to obtaining one or more position fixes using said first position determination method. transitioning from obtaining one or more position fixes using a first position determination method using pseudorange measurements to satellites to obtaining one or more position fixes using a second position determination method using a range to a terrestrial base station automatically and in response to detection of a first change in an RF environment, the detection being based, at least in part, on a history of attempts to obtain a position fix; and transitioning from obtaining one or more position fixes using said second position determination method to obtaining one or more position fixes using said first position determination method automatically and in response to detection of a second change in said RF environment based, at least in part, on a history of attempts to obtain a position fix, characterised in that the method includes waiting first duration before said transitioning from obtaining one or more position fixes using said second position determination method to obtaining one or more position fixes using said first position determination method.
Refrigeration equipment comprising a basin section and a service section as well as at least two supporting arms carried by the service section, at a distance from each other in the longitudinal direction of the refrigeration equipment, and at least one front glass, the front glass extending, in the longitudinal direction, between the two adjacent, spaced supporting arms, and being pivotably supported by these two adjacent, spaced supporting arms, to convert the refrigeration equipment from a service position to a self-service position, and vice versa, in which the front glass of the refrigeration equipment is removably fixed to remove the front glass from the refrigeration equipment, characterized in that the refrigeration equipment comprises a hook member, which, in the service position and in the self-service position, is located at the upper edge and at the lower edge of the front glass, respectively, and a pin provided at the upper end of the supporting arm to removably and pivotably carry the front glass by means of the hook member.
An iron powder for an exothermic composition, with: a bulk density of 0.3 to 1.5 g/cm 3 as measured using a bulk density measuring device according to JIS Z-2504; an average particle size from 20 to 150 μm as a volume-based median diameter measured using laser diffraction; and a pore volume in a range of 1 μm or more of 0.3 cm 3 /g or more as measured using a mercury intrusion method according to JIS R 1655:2003. a bulk density of 0.3 to 1.5 g/cm 3 as measured using a bulk density measuring device according to JIS Z-2504; an average particle size from 20 to 150 μm as a volume-based median diameter measured using laser diffraction; and a pore volume in a range of 1 μm or more of 0.3 cm 3 /g or more as measured using a mercury intrusion method according to JIS R 1655:2003.
An apparatus for pumping fluid comprising: a) a venturi section having a wall, an internal circumference, a longitudinal axis, an inlet end and an outlet end wherein said internal circumference is larger at said inlet end than at said outlet end; b) a plurality of venturi tubes spaced around said internal circumference; each of venturi tubes having a helical shape wherein the angle that the tangent of said helix makes with said longitudinal axis is between 1° and 89°; each of said venturi tubes having an inlet diameter adjacent said inlet end and an outlet diameter adjacent said outlet end; said inlet diameter being larger than said outlet diameter; c) a manifold section connected to said inlet diameters; and d) a high pressure gas supply connected to said manifold section. a) a venturi section having a wall, an internal circumference, a longitudinal axis, an inlet end and an outlet end wherein said internal circumference is larger at said inlet end than at said outlet end; b) a plurality of venturi tubes spaced around said internal circumference; each of venturi tubes having a helical shape wherein the angle that the tangent of said helix makes with said longitudinal axis is between 1° and 89°; each of said venturi tubes having an inlet diameter adjacent said inlet end and an outlet diameter adjacent said outlet end; said inlet diameter being larger than said outlet diameter; c) a manifold section connected to said inlet diameters; and d) a high pressure gas supply connected to said manifold section.
Vibration sensor comprising - a diaphragm capable of being set into oscillation, - a transducer device for setting said diaphragm into oscillation and/or for tapping off an oscillation of said diaphragm and - an oscillating body for transmitting the oscillations of said diaphragm into a surrounding area and/or from a surrounding area onto said diaphragm, characterised in that - the transducer device has a coil and a bolt (6; 6*), - whereby the bolt (6; 6*) is connected to said diaphragm for transmitting the oscillations to or from said diaphragm and - the coil and the bolt (6; 6*) are arranged so as to interact with one another in such a way that an oscillation of the bolt (6; 6*) induces a current flow in said coil and/or that a current flow inducing a magnetic field brings about an oscillation of the bolt (6; 6*) in said coil. - a diaphragm capable of being set into oscillation, - a transducer device for setting said diaphragm into oscillation and/or for tapping off an oscillation of said diaphragm and - an oscillating body for transmitting the oscillations of said diaphragm into a surrounding area and/or from a surrounding area onto said diaphragm, characterised in that - the transducer device has a coil and a bolt (6; 6*), - whereby the bolt (6; 6*) is connected to said diaphragm for transmitting the oscillations to or from said diaphragm and - the coil and the bolt (6; 6*) are arranged so as to interact with one another in such a way that an oscillation of the bolt (6; 6*) induces a current flow in said coil and/or that a current flow inducing a magnetic field brings about an oscillation of the bolt (6; 6*) in said coil.