mhurhangee/ep-ind-claims huggingface dataset:
Pressure measuring cell, comprising: a ceramic process isolating diaphragm; and a ceramic counter-body; wherein the process isolating diaphragm is joined with the counter-body in a pressure-tight manner, with the formation of a pressure chamber, wherein the process isolating diaphragm has a side facing towards the pressure chamber and a side facing away from the pressure chamber, wherein the pressure measuring cell further comprises a capacitance transducer for capturing a pressure-dependent deformation of the process isolating diaphragm, said transducer having at least one membrane electrode arranged on the process isolating diaphragm and at least one electrode (10, 12) situated on the counter-body side, wherein the membrane electrode is arranged on the side of the process isolating diaphragm facing towards the pressure chamber, characterized in that at least the one membrane electrode features titanium oxide. a ceramic process isolating diaphragm; and a ceramic counter-body; wherein the process isolating diaphragm is joined with the counter-body in a pressure-tight manner, with the formation of a pressure chamber, wherein the process isolating diaphragm has a side facing towards the pressure chamber and a side facing away from the pressure chamber, wherein the pressure measuring cell further comprises a capacitance transducer for capturing a pressure-dependent deformation of the process isolating diaphragm, said transducer having at least one membrane electrode arranged on the process isolating diaphragm and at least one electrode (10, 12) situated on the counter-body side, wherein the membrane electrode is arranged on the side of the process isolating diaphragm facing towards the pressure chamber, characterized in that at least the one membrane electrode features titanium oxide.
A stroller adapted to be connected with a car seat and including: a frame having two opposite sides, each of which includes a front leg rod, a rear leg rod, and a seat rod extending between the front and rear leg rods (112, 122); a footrest disposed between the seat rods of the sides of the frame and including two side rod sections and a middle rod section having two ends connected respectively and pivotally to said side rod sections; and at least one locking device disposed between one of said side rod sections and a corresponding one of the seat rods of the sides of the frame, said locking device including an angle-limiting mechanism and an actuator operable to cooperate with said angle-limiting mechanism so as to adjust said footrest among a plurality of angular positions including an erected position whereat the stroller is connectable with the car seat, characterized in that each of said side rod sections is L-shaped, and has a longitudinal portion pivotally connected to said middle rod section, and a transverse portion (21") perpendicular to said longitudinal portion and pivotally connected with the corresponding one of said seat rods. a frame having two opposite sides, each of which includes a front leg rod, a rear leg rod, and a seat rod extending between the front and rear leg rods (112, 122); a footrest disposed between the seat rods of the sides of the frame and including two side rod sections and a middle rod section having two ends connected respectively and pivotally to said side rod sections; and at least one locking device disposed between one of said side rod sections and a corresponding one of the seat rods of the sides of the frame, said locking device including an angle-limiting mechanism and an actuator operable to cooperate with said angle-limiting mechanism so as to adjust said footrest among a plurality of angular positions including an erected position whereat the stroller is connectable with the car seat, characterized in that each of said side rod sections is L-shaped, and has a longitudinal portion pivotally connected to said middle rod section, and a transverse portion (21") perpendicular to said longitudinal portion and pivotally connected with the corresponding one of said seat rods.
A method for reworking a ceramic structure, the method comprising: forming a number of holes in a portion of the ceramic structure in which a rework of the ceramic structure is desired, wherein the ceramic structure has a plurality of layers in the portion in which the rework is desired; introducing a ceramic bonding material into the number of holes formed in the portion of the ceramic structure; and curing the ceramic bonding material in the portion of the ceramic structure, characterised in that the method further comprises: applying a vacuum to the portion of the ceramic structure while the ceramic bonding material is introduced into the portion of the ceramic structure. forming a number of holes in a portion of the ceramic structure in which a rework of the ceramic structure is desired, wherein the ceramic structure has a plurality of layers in the portion in which the rework is desired; introducing a ceramic bonding material into the number of holes formed in the portion of the ceramic structure; and curing the ceramic bonding material in the portion of the ceramic structure, characterised in that the method further comprises: applying a vacuum to the portion of the ceramic structure while the ceramic bonding material is introduced into the portion of the ceramic structure.
Vehicle comprising an occupant compartment, a side structure, a rocker panel, a sill cover and an external airbag system including at least one airbag with at least one dedicated inflator (5a-5c), wherein the at least one airbag has in a folded state an elongated shape that extends in a longitudinal direction and is in the folded state integrated in a side structure of the vehicle outside of the vehicle's occupant compartment, characterized in that the at least one airbag is in the folded state arranged between the rocker panel and the sill cover of the vehicle and comprises two or more separate chambers (47, 47', 47"), wherein each chamber (47, 47', 47") receives inflation gas from a dedicated inflator (5a-5c) such that different chambers (47, 47', 47") may contain different pressure levels in the inflated state of the airbag, wherein, in an inflated state of the at least one airbag, at least one first chamber (47, 47') covers the doors of the vehicle and a second chamber (47") at least partially surrounds the at least one first chamber (47, 47') and covers the sill and pillars of the vehicle.
A display apparatus comprising: (i) a spectacle type frame which is configured to be mounted on a head portion of an observer; and (ii) an image display apparatus which is installed in the frame, wherein the image display apparatus includes an image forming device, and an optical device which is configured to allow light output from the image forming device to be incident thereon, to be guided therein, and to be output therefrom, wherein a dimmer which is configured to adjust the amount of external light incident from the outside is disposed in an area of the optical device where the light is output, wherein the dimmer includes a first transparent substrate and a second transparent substrate which faces the first substrate, a first electrode which is mounted on the first substrate, a second electrode which is mounted on the second substrate, and an electrolyte which is sealed between the first substrate and the second substrate and contains metal ions, wherein the first electrode includes a conductive material of a fine line shape, and wherein the second electrode includes a transparent electrode layer. (i) a spectacle type frame which is configured to be mounted on a head portion of an observer; and (ii) an image display apparatus which is installed in the frame,
Stepless speed variation transmission drive unit, in particular for industrial, agricultural or railway machinery, comprising at least a first input pinion, at least a first hydraulic motor connected to said first input pinion, an output shaft, and at least a second hydraulic motor (22, 23), wherein the first hydraulic motor is connectable and disconnectable to/from said output shaft by means of a multi-disc clutch, wherein the second hydraulic motor (22, 23) is adapted to transmit the movement directly to the output shaft, wherein the transmission drive unit further comprises a multi-disc brake device adapted to block the rotation of the first hydraulic motor when said first hydraulic motor is disconnected from the output shaft, an intermediate shaft between said input pinion and said output shaft, wherein the first input pinion is adapted to transmit the movement to the output shaft by means of said intermediate shaft, and wherein the intermediate shaft is connected and disconnected from said output shaft by means of said multi-disc clutch, wherein the clutch comprises a pack of discs coated with friction material interposed to a pack of metal counter-discs, the pack of discs being operatively connected in rotation to the output shaft, the pack of counter-discs being integral with the intermediate shaft, or vice versa, and wherein said clutch is controlled by a clutch actuator operated to make the pack of discs integral with the pack of counter-discs, wherein said clutch actuator is of the hydraulically or pneumatically-operated type, and wherein said clutch actuator comprises a piston-cylinder system (401, 402), wherein the piston is composed of a flange made on the intermediate shaft, and wherein the cylinder is sealingly assembled around said flange so as to define therewith a front cylinder chamber and a rear cylinder chamber, said front and rear chambers being supplied alternately by a pressurised fluid so as to command the cylinder to translate axially between an advanced position of compression of the packs of discs and counter-discs and a rearward disengaged position of the discs from the counter-discs.
Method for integrating an electrical circuit in a device having an integration surface composed of a first material, wherein the method comprises at least the following steps: processing the integration surface in order to shape connection elements for increasing an adhesion of a second material to the integration surface, wherein the second material differs from the first material; arranging the electrical circuit adjacent to the processed integration surface; and applying a volume of the second material at least over the integration surface in order to enclose the electrical circuit in a fluid-tight manner, characterized in that, in step of processing, the connection elements are shaped by means of an additive manufacturing process. processing the integration surface in order to shape connection elements for increasing an adhesion of a second material to the integration surface, wherein the second material differs from the first material; arranging the electrical circuit adjacent to the processed integration surface; and applying a volume of the second material at least over the integration surface in order to enclose the electrical circuit in a fluid-tight manner, characterized in that, in step of processing, the connection elements are shaped by means of an additive manufacturing process.
An ophthalmic device which is a polymerization product of a monomeric mixture comprising: (a) a major amount of one or more first non-silicone-containing hydrophilic monomers; (b) one or more hydrophobic monomers; and (c) a crosslinking agent mixture comprising (i) one or more di-, tri-or tetra(meth)acrylate-containing crosslinking agents, and (ii) one or more di-, tri-or tetracarbamate-containing crosslinking agents; wherein the ophthalmic device has an equilibrium water content measured as indicated in the description of at least 65 weight percent. (a) a major amount of one or more first non-silicone-containing hydrophilic monomers; (b) one or more hydrophobic monomers; and (c) a crosslinking agent mixture comprising (i) one or more di-, tri-or tetra(meth)acrylate-containing crosslinking agents, and (ii) one or more di-, tri-or tetracarbamate-containing crosslinking agents;
An electromagnetic breakaway system having a boom assembly, the system comprising: a frame comprising an inner portion and an outer portion hingably coupled to the inner portion; and a hinge assembly hingably coupling the inner and outer portions (32, 34) and for allowing relative pivoting movement of the inner and outer portions (32, 34) in a first pivot range and a second pivot range, the first pivot range including the start of a return pivoting movement by the outer portion and the second pivot range including an aligned position between the inner portion and outer portion; the hinge assembly further comprises: first and second electromagnets (48B, 48A;58A, 58B) coupled respectively to the inner and outer portions (34, 32); the electromagnet breakaway system being characterized by comprising: a controller comprising means to control the first and second electromagnets (48B, 48A;58A, 58B)to have a same charge polarity when the inner and outer portions (32, 34) form an angle within the first pivot range, and to have a different charge polarity when the inner and outer portions (32, 34) form an angle within the second pivot range. a frame comprising an inner portion and an outer portion hingably coupled to the inner portion; and a hinge assembly hingably coupling the inner and outer portions (32, 34) and for allowing relative pivoting movement of the inner and outer portions (32, 34) in a first pivot range and a second pivot range, the first pivot range including the start of a return pivoting movement by the outer portion and the second pivot range including an aligned position between the inner portion and outer portion; the hinge assembly further comprises: first and second electromagnets (48B, 48A;58A, 58B) coupled respectively to the inner and outer portions (34, 32); the electromagnet breakaway system being characterized by comprising: a controller comprising means to control the first and second electromagnets (48B, 48A;58A, 58B)to have a same charge polarity when the inner and outer portions (32, 34) form an angle within the first pivot range, and to have a different charge polarity when the inner and outer portions (32, 34) form an angle within the second pivot range.
An upper-body garment comprising: a torso portion defining a neck opening and a waist opening, the torso portion having a front aspect and a back aspect; an outer hood affixed to the neck opening at both a first end and a second end of an unaffixed portion of the outer hood to form an opening, wherein the opening is located at the back aspect of the torso portion; characterized by an inner hood positioned internal to the outer hood, a center panel (124, 605) of the inner hood affixed to the outer hood at the first end and the second end of the unaffixed portion of the outer hood, the center panel (124, 605) of the inner hood further affixed to a top of the outer hood, wherein the center panel (124, 605) of the inner hood extends through the opening and forms at least a portion of the back aspect of the torso portion, and wherein the center panel (124, 605) is formed from a low stretch or no stretch material.
A method of mitigating silent data corruption, SDC, in a system including a memory controller arranged to couple processor circuitry to a memory device, comprising: comparing, by a comparator circuitry of the memory controller, a codeword received from the memory device and a corresponding successful decoded codeword, the successful decoded codeword having been deemed a success by an error correction circuitry, wherein the successful decoded codeword is the output from the error correction circuitry when the corresponding received codeword is input to the error correction circuitry; and rejecting, by an SDC mitigation logic of the memory controller, the successful decoded codeword if a Hamming distance between the corresponding received codeword and the successful decoded codeword is greater than or equal to a threshold. comparing, by a comparator circuitry of the memory controller, a codeword received from the memory device and a corresponding successful decoded codeword, the successful decoded codeword having been deemed a success by an error correction circuitry, wherein the successful decoded codeword is the output from the error correction circuitry when the corresponding received codeword is input to the error correction circuitry; and rejecting, by an SDC mitigation logic of the memory controller, the successful decoded codeword if a Hamming distance between the corresponding received codeword and the successful decoded codeword is greater than or equal to a threshold.
Actuator arrangement (1, 1', 1") with an first actuator and with a second actuator, wherein the first actuator and the second actuator respectively comprise a deformation element (4, 5), which is respectively secured on a fastening end and respectively comprises a deformation end (7, 8) located opposite the fastening end, which deformation end can be deflected in a deformation trajectory by the deformation of the deformation element (4, 5) relative to the fastening end, wherein the first deformation end of the first actuator can be brought into engagement with the second deformation end of the second actuator, or can be released from the second deformation end of the second actuator, so that the second deformation end of the second actuator rests on the first deformation end of the first actuator, or the first deformation end of the first actuator rests on the second deformation end of the second actuator, and two stable deflection positions of the second actuator are defined thereby, the first deformation end of the first actuator comprises a first connection area with at least a first contact surface (17, 36) that limits a deflection of the second deformation end of the second actuator in a first deflection direction, and with at least a second contact surface (18, 37), which limits a deflection of the second deformation end of the second actuator in a second deflection direction, which is opposite the first deflection direction, when the second deformation end of the second actuator is in engagement with the first deformation end of the first actuator and the second deformation end of the second actuator rests against the first contact surface (17, 36) of the first actuator, so that in at least one deflection position of the second actuator, a deflection of the second deformation end of the second actuator is limited in the first deflection direction as well as in the second deflection direction at the same time by the first contact surface (17, 36) and the second contact surface (18, 37) of the first actuator, so that the second deformation end of the second actuator in multiple deflection positions in the first connection area can be brought in engagement with the first deformation end of the first actuator, characterized in that the first contact surface (17, 36) and the second contact surface (18, 37), in the first connection area of the first actuator, are arranged offset to one another transversally to the first and second deflection directions (11, 12) of the second deformation end of the second actuator.
A profiled section for a connection assembly for connecting a leaf and relative mouldings (24, 25) of a door to a fixed frame of an existing door, the profiled section being characterised in that it comprises a flattened tubular portion having, in section, a substantially rectangular shape and comprising two substantially flat larger side walls (18, 19) spaced from one another and two smaller side walls (20, 21) orthogonal to said larger side walls (18, 19); said smaller side walls (20, 21) carrying attachment portions for a first moulding of the door and, respectively, for a second moulding of the door; said larger side walls (18, 19) having at least one through opening for a fixing element for fixing the profiled section to the existing door frame, wherein said profiled section is obtained by transversally cutting an extruded metal profile, the profiled section further comprising two shaped appendixes (33, 34) extending in a cantilever fashion from the opposite ends of one of said smaller side walls (18, 19) in two mutually orthogonal directions; said two appendixes (33, 34) defining part of said attachment portions and limiting between one another a retention seat for an infill wall which can be cut to size of said connection assembly.
A method for pilot transmission in an Orthogonal Frequency Division Multiplexed (OFDM) system for a base unit having multiple transmit antennas, the method comprising the steps of: transmitting a first pilot sequence at a first time during a first symbol period over a first multiple sub-carriers on a first group of antennas; and transmitting a second pilot sequence at a second time during a second symbol period over a second same or differing multiple sub-carriers on a second group of antennas, wherein the first and second groups of antennas only transmit one pilot sequence every subframe of M OFDM symbol periods; wherein the step of transmitting the first pilot sequence comprises the step of transmitting a same first pilot sequence from each of the antennas in the first group of antennas during the first symbol period; wherein the first group of antennas does not transmit pilot sequences on the second multiple subcarriers during the second symbol period when the second group of antennas are transmitting pilot sequences and wherein the second group of antennas does not transmit pilot sequences on the first multiple subcarriers during the first symbol period when the first group of antennas is transmitting pilot sequences, and wherein the first symbol period is different from the second symbol period and the first pilot sequence is different from the second pilot sequence. transmitting a first pilot sequence at a first time during a first symbol period over a first multiple sub-carriers on a first group of antennas; and transmitting a second pilot sequence at a second time during a second symbol period over a second same or differing multiple sub-carriers on a second group of antennas, wherein the first and second groups of antennas only transmit one pilot sequence every subframe of M OFDM symbol periods; wherein the step of transmitting the first pilot sequence comprises the step of transmitting a same first pilot sequence from each of the antennas in the first group of antennas during the first symbol period; wherein the first group of antennas does not transmit pilot sequences on the second multiple subcarriers during the second symbol period when the second group of antennas are transmitting pilot sequences and wherein the second group of antennas does not transmit pilot sequences on the first multiple subcarriers during the first symbol period when the first group of antennas is transmitting pilot sequences, and wherein the first symbol period is different from the second symbol period and the first pilot sequence is different from the second pilot sequence.
A cyclen metal complex for use as an imaging agent in imaging a liver or a kidney, wherein said cyclen metal complex comprises cyclen selected from the group consisting of: 2,2',2",2′′′-((2S,5S,8S,11S)-2,5,8,11-tetraethyl-1,4,7,10-tetraazacyclododecane-1,4,7,10-tetrayl)tetraacetic acid; 2,2',2",2′′′-((2R,5R,8R,11R)-2,5,8,11-tetraethyl-1,4,7,10-tetraazacyclododecane-1,4,7,10-tetrayl)tetraacetic acid; and gadolinium, wherein a metal complex is formed between said cyclen and gadolinium. 2,2',2",2′′′-((2S,5S,8S,11S)-2,5,8,11-tetraethyl-1,4,7,10-tetraazacyclododecane-1,4,7,10-tetrayl)tetraacetic acid; 2,2',2",2′′′-((2R,5R,8R,11R)-2,5,8,11-tetraethyl-1,4,7,10-tetraazacyclododecane-1,4,7,10-tetrayl)tetraacetic acid; and gadolinium, wherein a metal complex is formed between said cyclen and gadolinium.