mhurhangee/ep-ind-claims huggingface dataset:
Method for producing a solenoid valve for controlling a braking pressure of a wheel brake of a slip-controllable hydraulic brake system of a motor vehicle, having a valve element which is arranged at least partially in a valve insert in a longitudinally displaceable manner and cooperates with a valve seat (9.1), and which in the installed position is loaded with a force component acting in the opening direction relative to the valve seat (9.1) by a spring device, and can be actuated by means of an electromagnetic actuator in the closing direction relative to the valve seat (9.1), wherein the valve element is arranged between an armature and the valve seat (9.1) and is operatively connected to the armature, wherein an end face (6.4) of the valve element facing the armature has at least one protrusion (6.3), wherein the protrusion (6.3) defines a point of contact with the armature, wherein several protrusions (6.3) are formed on the end face (6.4) of the valve element facing the armature, characterized in that a surface unevenness of the armature or of the valve element is determined and the height of the protrusions are dimensioned on the basis of the determined surface unevenness. having a valve element which is arranged at least partially in a valve insert in a longitudinally displaceable manner and cooperates with a valve seat (9.1), and which in the installed position is loaded with a force component acting in the opening direction relative to the valve seat (9.1) by a spring device, and can be actuated by means of an electromagnetic actuator in the closing direction relative to the valve seat (9.1), wherein the valve element is arranged between an armature and the valve seat (9.1) and is operatively connected to the armature, wherein an end face (6.4) of the valve element facing the armature has at least one protrusion (6.3), wherein the protrusion (6.3) defines a point of contact with the armature, wherein several protrusions (6.3) are formed on the end face (6.4) of the valve element facing the armature, characterized in that a surface unevenness of the armature or of the valve element is determined and the height of the protrusions are dimensioned on the basis of the determined surface unevenness.
Device for a scraper blade for moving surfaces, comprising a holding element, which is detachably connectable to a carrier element for attaching the scraper blade to the carrier element, and at least one first sensor for detecting vibrations, wherein the at least one first sensor is arranged inside the holding element and is firmly connected to the holding element.
A retractor assembly for percutaneous surgery in a patient, comprising: a first retractor portion having a proximal end and a distal end and being positionable in an incision; a second retractor portion having a proximal end and a distal end and being positionable in the incision opposite said first retractor portion, said first and second retractor portions (322, 342) defining an axis extending therebetween; a separation instrument coupled between said proximal ends (326, 346) of said first and second retractor portions (322, 342) and being offset to one side of said axis; said separation instrument being operable to move said first and second retractor portions (322, 342) along said axis from an insertion configuration wherein said first and second retractor portions (322, 342) are adjacent one another to a second configuration wherein said first and second portions (322, 342) are separated from one another; and an intermediate retractor assembly removably mountable to said separation instrument, said intermediate retractor assembly including a linking arm extending from said separation instrument toward said first and second retractor portions (322, 342) to a retractor blade, said retractor blade being transversely oriented to said linking arm and being positionable in the incision between said first and second retractor portions (322, 342) when said linking arm is mounted to said separation instrument and said first and second retractor portions (322, 342) are in said second configuration; wherein separation instrument includes a first connection assembly connected to said first retractor portion and a second connection assembly connected to said second retractor portion, said first and second connection assemblies (362, 364) being movably coupled with one another; wherein each of said connection assemblies (362, 364) includes an engagement arm (372, 394) coupled to said respective said retractor portion (322, 342), an extension arm (366, 392) extending from said engagement arm (372, 394), said engagement arm (372, 394) being rotatable about its respective axis (371, 391) relative to said extension arm (366, 392) to pivot said distal end (324, 344) of said respective retractor portion (322, 342) about said respective axis (371, 391); characterised in that the retractor assembly further comprises a lever arm assembly (369, 389) coupled to each of said engagement arms (372, 394), said lever arm assemblies (369, 389) each including a lever arm (374, 396) manipulatable to rotate said respective engagement arm (372, 394) about said respective axis (371,391) and thereby pivot said distal end (324, 344) of said retractor portion (322, 342) engaged thereto.
A tool for forming a piston having a plurality of circumferential seals (14;16) for use in a cartridge for dispensing multi-part fluids, the tool comprising a plurality of segments together defining a piston cavity corresponding to an outer periphery of the piston, the segments including: a central segment defining a generally cylindrical main body cavity for forming a circumferential portion of the piston, wherein a longitudinal axis of the central segment defines a tool draw axis; a rearward segment for forming at least a rear end of the piston, the rearward segment being configured to engage the central segment to at least partially form a rearward sealing edge of a rearward seal on the piston; a forward segment for forming at least a forward end of the piston; at least a pair of intermediate segments (58;60) disposed intermediate the forward segment and the central segment, a first intermediate segment being adjacent the forward segment and configured so that the forward segment and the first intermediate segment together form a deflection member, and a second intermediate segment being adjacent the central segment and configured so that the second intermediate segment and the rearward segment together form a first sealing edge on a periphery of a forward circumferential piston seal, wherein the forward, rearward and intermediate segments (58;60) are axially movable along the longitudinal axis with respect to each other, and wherein a portion of the first intermediate segment is configured to extend behind the deflection member in the tool draw axis to form an undercut. a central segment defining a generally cylindrical main body cavity for forming a circumferential portion of the piston, wherein a longitudinal axis of the central segment defines a tool draw axis; a rearward segment for forming at least a rear end of the piston, the rearward segment being configured to engage the central segment to at least partially form a rearward sealing edge of a rearward seal on the piston; a forward segment for forming at least a forward end of the piston; at least a pair of intermediate segments (58;60) disposed intermediate the forward segment and the central segment, a first intermediate segment being adjacent the forward segment and configured so that the forward segment and the first intermediate segment together form a deflection member, and a second intermediate segment being adjacent the central segment and configured so that the second intermediate segment and the rearward segment together form a first sealing edge on a periphery of a forward circumferential piston seal, wherein the forward, rearward and intermediate segments (58;60) are axially movable along the longitudinal axis with respect to each other, and wherein a portion of the first intermediate segment is configured to extend behind the deflection member in the tool draw axis to form an undercut.
Electrosurgical system comprising: - an electrosurgical supply device, and - an electrosurgical instrument, wherein the electrosurgical instrument comprises a memory element which can be read out and written to by the electrosurgical supply device when the electrosurgical instrument is connected to the electrosurgical supply device, wherein the electrosurgical supply device is configured to write operating data to the memory element, characterized in that the operating data are stored on the storage element in a data structure which comprises a first operating data element and a second operating data element, and in that the electrosurgical supply device is configured to write operating data alternately to the first operating data element or the second operating data element. - an electrosurgical supply device, and - an electrosurgical instrument, wherein the electrosurgical instrument comprises a memory element which can be read out and written to by the electrosurgical supply device when the electrosurgical instrument is connected to the electrosurgical supply device, wherein the electrosurgical supply device is configured to write operating data to the memory element, characterized in that the operating data are stored on the storage element in a data structure which comprises a first operating data element and a second operating data element, and in that the electrosurgical supply device is configured to write operating data alternately to the first operating data element or the second operating data element. the electrosurgical instrument comprises a memory element which can be read out and written to by the electrosurgical supply device when the electrosurgical instrument is connected to the electrosurgical supply device, wherein the electrosurgical supply device is configured to write operating data to the memory element, characterized in that the operating data are stored on the storage element in a data structure which comprises a first operating data element and a second operating data element, and in that the electrosurgical supply device is configured to write operating data alternately to the first operating data element or the second operating data element.
A method of producing, from hydrophilic carbon black particles and at least one curable, hydrophobic silicone pre-polymer, an elastomeric composition containing dispersed carbon black particles, the method comprising: a) contacting the hydrophilic carbon black particles with a dispersant to produce treated carbon black particles, said dispersant being miscible in the at least one curable, hydrophobic silicone pre-polymer, said dispersant having at least one carbon-black-affinic moiety having affinity to a hydrophilic surface of the hydrophilic carbon black particles, and said dispersant includes, mainly includes, or consists essentially of a branched molecule having a backbone having A atoms and N branching units branching from said backbone, A being at least 50, and N being at least one, wherein at least one of said backbone and said one or more branching units is siloxane-based, or contains at least one siloxane unit; b) mixing said treated carbon black particles within the at least one curable hydrophobic silicone pre-polymer to produce a dispersed composition; and c) addition-curing the at least one curable hydrophobic silicone pre-polymer of said dispersed composition to produce the elastomeric composition containing the dispersed carbon black particles. a) contacting the hydrophilic carbon black particles with a dispersant to produce treated carbon black particles, said dispersant being miscible in the at least one curable, hydrophobic silicone pre-polymer, said dispersant having at least one carbon-black-affinic moiety having affinity to a hydrophilic surface of the hydrophilic carbon black particles, and said dispersant includes, mainly includes, or consists essentially of a branched molecule having a backbone having A atoms and N branching units branching from said backbone, A being at least 50, and N being at least one, wherein at least one of said backbone and said one or more branching units is siloxane-based, or contains at least one siloxane unit; b) mixing said treated carbon black particles within the at least one curable hydrophobic silicone pre-polymer to produce a dispersed composition; and c) addition-curing the at least one curable hydrophobic silicone pre-polymer of said dispersed composition to produce the elastomeric composition containing the dispersed carbon black particles.
A method of roll forming a plurality of composite components, the method including the steps: (a) laying a plurality of blanks onto a carrier strip, each blank including a stack of sheets of uncured composite material contacting a respective contact part of the carrier strip; (b) after step (a), forming the blanks and their respective contact parts of the carrier strip with a desired cross-sectional profile by passing the carrier strip carrying the blanks through a series of sets of rollers, each set of rollers performing an incremental part of a bending operation until the desired cross-sectional profile is obtained; (c) after step (b), separating each blank along with its respective contact part of the carrier strip from the rest of the carrier strip; and (d) before or after step (c), curing the blanks. (a) laying a plurality of blanks onto a carrier strip, each blank including a stack of sheets of uncured composite material contacting a respective contact part of the carrier strip; (b) after step (a), forming the blanks and their respective contact parts of the carrier strip with a desired cross-sectional profile by passing the carrier strip carrying the blanks through a series of sets of rollers, each set of rollers performing an incremental part of a bending operation until the desired cross-sectional profile is obtained; (c) after step (b), separating each blank along with its respective contact part of the carrier strip from the rest of the carrier strip; and (d) before or after step (c), curing the blanks.
An acid/alkaline hybrid resonance battery device with damping function, comprising a plurality of battery cells; wherein every battery cell including an acid rechargeable cell unit and an alkaline rechargeable cell unit, which are electrically connected in parallel; the acid rechargeable cell unit including at least one acid rechargeable cell, and the alkaline rechargeable cell unit including at least one alkaline rechargeable cell; in the case there being more than one alkaline rechargeable cell in the alkaline rechargeable cell unit, the alkaline rechargeable cells being connected in series, characterized in that the plurality of similar battery cells are connected in either series or parallel; wherein the acid rechargeable cell is a lithium iron phosphate acid rechargeable cell, which can support to storage current-type electrical energy; wherein the alkaline rechargeable cell is a nickel-zinc alkaline rechargeable cell, which can support to storage voltage-type electrical energy; the acid rechargeable cell unit having an electric potential that is about 90 to 110% of that of the alkaline rechargeable cell unit, and the acid rechargeable cell unit having a capacity that is about 90 to 110% of that of the alkaline secondary cell unit; whereby a resonance damping effect is produced when the acid rechargeable cell unit and the alkaline rechargeable cell unit automatically keep maintaining an electric potential balance between them during the charging process and the discharging process.
A load-bearing assembly, comprising: at least one tension member (32, 132), the at least one tension member (32, 132) comprising a resin, reinforcement fibers, and at least one additive that provides a fire-resistance to the tension member (32, 132); and a jacket material covering the at least one tension member (32, 132), characterised in that the at least one additive comprises a first additive that provides fire-resistant properties and a second additive that provides another property that is at least one of smoke-suppressant and char-forming properties, and the second additive comprises at least one of metal-exchanged clays, zeolites, and magnesium silicate complex. at least one tension member (32, 132), the at least one tension member (32, 132) comprising a resin, reinforcement fibers, and at least one additive that provides a fire-resistance to the tension member (32, 132); and a jacket material covering the at least one tension member (32, 132), characterised in that the at least one additive comprises a first additive that provides fire-resistant properties and a second additive that provides another property that is at least one of smoke-suppressant and char-forming properties, and the second additive comprises at least one of metal-exchanged clays, zeolites, and magnesium silicate complex.
An optical measurement device comprising: a light source configured to emit illumination light including a plurality of wavelength components; an optical system configured to introduce an axial chromatic aberration into the illumination light from the light source and to receive reflection light reflecting from a measurement object where at least a portion of the measurement object lies along a line extending from the optical axis of the optical system; a light receiving unit configured to separate the reflection light received at the optical system into wavelength components and thereby receive the light having the wavelength components; and a processor configured to compute the distance from the optical system to the measurement object on the basis of a received light intensity of the wavelength components received in the light receiving unit; characterised in that the processor is configured to compare a received light intensity of a wavelength component to a reference value for the wavelength component for a plurality of wavelength components in a waveform representing the light received, and to detect an abnormality in the received light waveform when the difference between the received light intensity and the reference value therefor is greater than or equal to a predetermined threshold for all wavelength components in the plurality of wavelength components.
A pneumatic tire comprising: a pair of bead portions each with a bead core embedded therein, and a carcass extending between the bead portions, the carcass comprising a carcass ply (6A, 6B) extending between the bead portions and turned up around the bead core in each bead portion from the axially inside to the axially outside so as to form a pair of turnup portions extending radially outwardly, and a main portion therebetween, wherein one of or each of the bead portions is provided with a reinforcing rubber portion disposed adjacently to the axially outer side of the turnup portion, the reinforcing rubber portion includes an axially inner rubber layer, and an axially outer rubber layer which is adjacent to the axially outer side of the axially inner rubber layer, the radially outer end of the axially outer rubber layer is positioned radially outside the radially outer end of the axially inner rubber layer, the radially inner end of the axially outer rubber layer is positioned radially inside the radially inner end of the axially inner rubber layer, and the axially inner rubber layer has a constant-thickness portion having a constant thickness, characterized in that the axially inner rubber layer has reduced-thickness portions whose thickness decreases toward its radially inner end and radially outer end. a pair of bead portions each with a bead core embedded therein, and a carcass extending between the bead portions, the carcass comprising a carcass ply (6A, 6B) extending between the bead portions and turned up around the bead core in each bead portion from the axially inside to the axially outside so as to form a pair of turnup portions extending radially outwardly, and a main portion therebetween, wherein one of or each of the bead portions is provided with a reinforcing rubber portion disposed adjacently to the axially outer side of the turnup portion, the reinforcing rubber portion includes an axially inner rubber layer, and an axially outer rubber layer which is adjacent to the axially outer side of the axially inner rubber layer, the radially outer end of the axially outer rubber layer is positioned radially outside the radially outer end of the axially inner rubber layer, the radially inner end of the axially outer rubber layer is positioned radially inside the radially inner end of the axially inner rubber layer, and the axially inner rubber layer has a constant-thickness portion having a constant thickness, characterized in that the axially inner rubber layer has reduced-thickness portions whose thickness decreases toward its radially inner end and radially outer end.
Security fence for protecting buildings or areas, during a certain time preventing persons from getting through to these buildings or areas, by breaking through or climbing over the fence using simple hand tools, comprising a post and a security fence panel comprising a first set of wires (2a, 2b) extending substantially parallel to one another and a second set of wires extending substantially parallel to one another, wherein the wires from the first set (2a, 2b) and the second set intersect, and where these intersect are mutually welded, wherein a part of the first set of wires (2a, 2b) is arranged on the other side of the wires of the second set from the rest of the wires of the first set (2a, 2b), wherein in this fence panel wires of the second set are only in contact with wires of said first set (2a, 2b), wherein the wires from the first set (2a, 2b), viewed in the longitudinal direction of the wires from the second set, are arranged at a mutual spacing of between 10 and 15 mm, wherein the wires from the second set, viewed in the longitudinal direction of the wires from the first set (2a, 2b), are arranged at a mutual spacing of between 60 and 140 mm, wherein the security fence panel is fastened to the post.
Detection device for detecting properties of a medium or the filling level of the medium in a vessel, having - a sensor unit through which the medium flows, having at least one pressure sensor for detecting pressure values of the medium in the sensor unit and for outputting a detection signal, and - a control device which is configured to receive the detection signal of the sensor unit and to form pressure characteristic curves (K1, K2) of the determined pressure course in the sensor unit, wherein - the sensor unit can be inserted into a process system in which the medium is located, and the process system has at least the vessel for receiving the medium as well as a pump, which is intermittently operated, for removing the medium from the vessel, - the sensor unit can be inserted between the vessel and the pump, and wherein - the determined pressure course comprises pressure values of the medium in the sensor unit during operation of the pump and outside operation of the pump. - a sensor unit through which the medium flows, having at least one pressure sensor for detecting pressure values of the medium in the sensor unit and for outputting a detection signal, and - a control device which is configured to receive the detection signal of the sensor unit and to form pressure characteristic curves (K1, K2) of the determined pressure course in the sensor unit, wherein - the sensor unit can be inserted into a process system in which the medium is located, and the process system has at least the vessel for receiving the medium as well as a pump, which is intermittently operated, for removing the medium from the vessel, - the sensor unit can be inserted between the vessel and the pump, and wherein - the determined pressure course comprises pressure values of the medium in the sensor unit during operation of the pump and outside operation of the pump.