mhurhangee/ep-ind-claims huggingface dataset:
A copolymer comprising a chain of siloxane repeat units of at least two different types, a first type of siloxane repeat unit comprising at least one -OH group on the silicon atom of the siloxane repeat unit and a second type of repeat unit comprising at least one pendant chain on the silicon atom of the said repeat unit, this pendant chain consisting of a polymer chain comprising a chain of repeat units carrying at least one group of formula -PO 3 R 1 R 2, wherein R 1 and R 2 independently of each other represent a hydrogen atom, an alkyl group or a cation.
An anatomical model simulator system, comprising: an anatomical model assembly (106, 200), comprising: an anatomical model shell (202, 402, 318) having a plurality of apertures (208, 410) defined therein, the anatomical shell (202, 402, 318) comprising an inside surface (320, 414); and a plurality of electrodes, wherein each electrode (306, 308, 310, 312, 314, 316, 404) of the plurality of electrodes is disposed within one of the plurality of apertures (208, 410), and wherein each electrode (306, 308, 310, 312, 314, 316, 404) comprises at least one of carbon black and silver epoxy; and a model control system, comprising: a power supply configured to deliver electrical energy to the plurality of electrodes; and a controller configured to control the delivery of the electrical energy to the plurality of electrodes, characterized in that an end surface of each electrode (306, 308, 310, 312, 314, 316, 404) of the plurality of electrodes is recessed with respect to the inside surface (320, 414) of the anatomical shell (202, 402, 318). an anatomical model assembly (106, 200), comprising: an anatomical model shell (202, 402, 318) having a plurality of apertures (208, 410) defined therein, the anatomical shell (202, 402, 318) comprising an inside surface (320, 414); and a plurality of electrodes, wherein each electrode (306, 308, 310, 312, 314, 316, 404) of the plurality of electrodes is disposed within one of the plurality of apertures (208, 410), and wherein each electrode (306, 308, 310, 312, 314, 316, 404) comprises at least one of carbon black and silver epoxy; and an anatomical model shell (202, 402, 318) having a plurality of apertures (208, 410) defined therein, the anatomical shell (202, 402, 318) comprising an inside surface (320, 414); and a plurality of electrodes, wherein each electrode (306, 308, 310, 312, 314, 316, 404) of the plurality of electrodes is disposed within one of the plurality of apertures (208, 410), and wherein each electrode (306, 308, 310, 312, 314, 316, 404) comprises at least one of carbon black and silver epoxy; and a model control system, comprising: a power supply configured to deliver electrical energy to the plurality of electrodes; and a controller configured to control the delivery of the electrical energy to the plurality of electrodes, characterized in that an end surface of each electrode (306, 308, 310, 312, 314, 316, 404) of the plurality of electrodes is recessed with respect to the inside surface (320, 414) of the anatomical shell (202, 402, 318). a power supply configured to deliver electrical energy to the plurality of electrodes; and a controller configured to control the delivery of the electrical energy to the plurality of electrodes, characterized in that an end surface of each electrode (306, 308, 310, 312, 314, 316, 404) of the plurality of electrodes is recessed with respect to the inside surface (320, 414) of the anatomical shell (202, 402, 318).
A windscreen wiper device, particularly for automobiles, comprising an elastic, elongated carrier element, as well as an elongated wiper blade of a flexible material, which can be placed in abutment with a windscreen to be wiped, which wiper blade is of the flat blade type and includes at least one groove, in which groove a longitudinal strip of the carrier element is disposed, and wherein said windscreen wiper device comprises a connecting device for detachably connecting said wiper blade to an oscillating arm near one end thereof around a pivot axis, wherein said connecting device is fixated to said flexible material of said wiper blade by plastic deformation of said connecting device in order to block any lateral movement between said longitudinal strip and said wiper blade at the location of their interconnection and between said connecting device and said wiper blade at the location of their interconnection, wherein said connecting device has an at least substantially U-shaped cross-section having legs and a base, wherein said legs have inwardly bent edges at their outer ends, wherein opposite sides (5,6) of said wiper blade rest in respective slits (8,9) formed by said inwardly bent edges and outwardly bent parts of said legs, characterized in that said connecting device is deformed by a pinching operation and by a melting operation at the location of said inwardly bent edges and outwardly bent parts of said legs.
Device for coupling RF power into a waveguide (100, 110), comprising a filter arrangement, an induction loop which is provided to be arranged in the interior of a waveguide (100, 110) in order to couple RF power into the waveguide (100, 110), wherein the induction loop is connected to the filter arrangement, and a push-pull output stage having an input (211, 212) and an output (213, 214), wherein the filter arrangement is connected to the output (213, 214) of the push-pull output stage, characterized in that the filter arrangement comprises a first harmonic filter and a second harmonic filter wherein the first harmonic filter provides a fixed finite impedance for a fundamental oscillation with a fixed frequency, wherein the first harmonic filter acts as an open line termination for a third harmonic of the fixed frequency, wherein the second harmonic filter acts as a shortcircuited line termination for a second harmonic of the fixed frequency.
A partial ceramic casting mold comprising: a first core portion and a first shell portion both made of a liquid ceramic photopolymer, the first core portion and first shell portion adapted to interface with at least a second core portion and second shell portion both made of a liquid ceramic photopolymer to form a ceramic casting mold comprising a cavity between the first and second core portions (1501, 1503) and the first and second shell portions (1502, 1504), the cavity adapted to define a cast component upon casting and removal of the ceramic casting mold, and the first core portion or first shell portion comprises at least one standoff feature that protrudes into the cavity between the first core portion and first shell portion that is adapted to provide a minimum spacing between the first core portion and first shell portion; wherein the at least one standoff feature is a bumper or a pin. a first core portion and a first shell portion both made of a liquid ceramic photopolymer, the first core portion and first shell portion adapted to interface with at least a second core portion and second shell portion both made of a liquid ceramic photopolymer to form a ceramic casting mold comprising a cavity between the first and second core portions (1501, 1503) and the first and second shell portions (1502, 1504), the cavity adapted to define a cast component upon casting and removal of the ceramic casting mold, and the first core portion or first shell portion comprises at least one standoff feature that protrudes into the cavity between the first core portion and first shell portion that is adapted to provide a minimum spacing between the first core portion and first shell portion; wherein the at least one standoff feature is a bumper or a pin.
An electric nail gun including a main frame, a flywheel that is mounted to said main frame and that is rotatable about an axis, a first pulley that is rotatably mounted to said main frame and that is spaced apart from said flywheel, a transmission belt that is trained on said first pulley, and a heat dissipating device that is connected between said transmission belt and said flywheel, and that includes a second pulley connected coaxially and co-rotatably to said flywheel, and trained by said transmission belt, such that said second pulley is driven rotatably by said first pulley to thereby drive rotation of said flywheel about the axis, characterized in that said heat dissipating device further includes a weight disc connected coaxially and co-rotatably to said second pulley, and a heat dissipating member connected coaxially and co-rotatably to said weight disc, and including a plurality of fan blades, each of which extends in a direction of the axis such that, during co-rotation of said flywheel, said weight disc and said heat dissipating member, said fan blades create a flow of air for cooling said flywheel, wherein said heat dissipating member further includes a base disc disposed between said weight disc and said flywheel, each of said fan blades extending from said base disc towards said flywheel. a second pulley connected coaxially and co-rotatably to said flywheel, and trained by said transmission belt, such that said second pulley is driven rotatably by said first pulley to thereby drive rotation of said flywheel about the axis, characterized in that said heat dissipating device further includes a weight disc connected coaxially and co-rotatably to said second pulley, and a heat dissipating member connected coaxially and co-rotatably to said weight disc, and including a plurality of fan blades, each of which extends in a direction of the axis such that, during co-rotation of said flywheel, said weight disc and said heat dissipating member, said fan blades create a flow of air for cooling said flywheel, wherein said heat dissipating member further includes a base disc disposed between said weight disc and said flywheel, each of said fan blades extending from said base disc towards said flywheel.
Surgical instrument comprising an instrument handle, an instrument shaft connected to the instrument handle, the instrument shaft defining an instrument axis, an angled instrument tip that is connected to the instrument shaft and has an operating point that is not located on the instrument axis, as well as a first locator arranged on the instrument handle or the instrument shaft, wherein the first locator is designed to detect six degrees of freedom and configured as a position sensor, and has two coils, and the instrument shaft is deflectable between the first locator and the operating point when the surgical instrument is in use, and a second locator is arranged at a distance from the first locator and, in relation to the latter, closer to the operating point and in an area of the instrument shaft that is adjacent to the instrument tip, wherein the second locator is designed to detect only five degrees of freedom and configured as a position sensor, and has one coil, with the dimensions of the second locator being smaller than those of the first locator. and the instrument shaft is deflectable between the first locator and the operating point when the surgical instrument is in use, and a second locator is arranged at a distance from the first locator and, in relation to the latter, closer to the operating point and in an area of the instrument shaft that is adjacent to the instrument tip, wherein the second locator is designed to detect only five degrees of freedom and configured as a position sensor, and has one coil, with the dimensions of the second locator being smaller than those of the first locator.
A mouthpiece, comprising: a tubular mouthpiece main body configured to form a flow path for flowing a breathing gas; a filter placed on the flow path; and a tubular insertion member inserted into the mouthpiece main body in order to hold the filter in the inside of the mouthpiece main body and having a length not to protrude from the mouthpiece main body, wherein the filter has a first filter portion corresponding to a cross-sectional shape of the flow path and a second filter portion folded-back from an outer circumferential edge of the first filter portion, and the second filter portion is sandwiched between an inner circumferential surface of the mouthpiece main body and an outer circumferential surface of the insertion member. a tubular mouthpiece main body configured to form a flow path for flowing a breathing gas; a filter placed on the flow path; and a tubular insertion member inserted into the mouthpiece main body in order to hold the filter in the inside of the mouthpiece main body and having a length not to protrude from the mouthpiece main body, wherein the filter has a first filter portion corresponding to a cross-sectional shape of the flow path and a second filter portion folded-back from an outer circumferential edge of the first filter portion, and the second filter portion is sandwiched between an inner circumferential surface of the mouthpiece main body and an outer circumferential surface of the insertion member.
A monitoring device with an optical sensor, by means of which object monitoring is carried out within a protective field, wherein object monitoring is additionally carried out with the optical sensor within two contour recognition fields (16a, 16b), wherein the contour recognition fields (16a, 16b) project beyond the protective field and do not overlap there at least partially, wherein an evaluation unit is provided in which a safety function is triggered when an object intervention is registered in the protective field, characterised in that this safety function is suppressed if an object intervention was previously registered first in a first contour detection field and then in the second contour detection field within a predetermined time interval.
A method for personalizing a plurality of individual or grouped consumer items, characterized in that it comprises the following steps: - generating a plurality of unique decorative images by first applying diversification digital treatments comprising at least transpositions, rotations and changes to fragments of a source decorative vector image, these images thus being visually coherent relative to each other, and then superimposing to the unique decorative images obtained from said treatments pattern images (M(i', j')) obtained from the fragmentation of at least one source pattern image (MS, MS2), so as to increase the diversity of said unique decorative images, - generating in association with each unique decorative image a unique code (Cx) representing a unique address accessible via a network from a communicating piece of equipment, each unique image (ICx) being generated so as to allow, through image analysis at the output of a digital camera of such a communicating piece of equipment having captured said unique image (ICx), the reconstitution of said associated unique code (Cx), and - printing the unique decorative images onto a plurality of respective items or on a plurality of carriers (Sx) intended to be affixed to said plurality of individual or grouped items by means of a digital printing system. - generating a plurality of unique decorative images by first applying diversification digital treatments comprising at least transpositions, rotations and changes to fragments of a source decorative vector image, these images thus being visually coherent relative to each other, and then superimposing to the unique decorative images obtained from said treatments pattern images (M(i', j')) obtained from the fragmentation of at least one source pattern image (MS, MS2), so as to increase the diversity of said unique decorative images, - generating in association with each unique decorative image a unique code (Cx) representing a unique address accessible via a network from a communicating piece of equipment, each unique image (ICx) being generated so as to allow, through image analysis at the output of a digital camera of such a communicating piece of equipment having captured said unique image (ICx), the reconstitution of said associated unique code (Cx), and - printing the unique decorative images onto a plurality of respective items or on a plurality of carriers (Sx) intended to be affixed to said plurality of individual or grouped items by means of a digital printing system.
A transmitting redundancy handling device (14; 16) for a first system area of an automation system and for communicating with a receiving redundancy handling device (30; 26) in a second system area of the automation system, the transmitting redundancy handling device (14; 16) implementing a transmission redundancy handling function (36A; 36B) configured to: obtain a first communication protocol packet having automation application data for which redundancy is to be provided and a sequence number (n) linked to the automation application data; extract the sequence number (n) from the first communication protocol packet; place the sequence number (n) in a destination option header of a first IPv6 packet intended for the receiving redundancy handling device (30; 26), said first IPv6 packet also comprising the first communication protocol packet; send the first IPv6 packet to the receiving redundancy handling device (30; 26); obtain a second communication protocol packet having the same automation application data and the same sequence number (n); place the sequence number (n) in a destination option header of a second IPv6 packet intended for the receiving redundancy handling device (30; 26), said second IPv6 packet also comprising the second communication protocol packet; and send the second IPv6 packet to the receiving redundancy handling device (30; 26). obtain a first communication protocol packet having automation application data for which redundancy is to be provided and a sequence number (n) linked to the automation application data; extract the sequence number (n) from the first communication protocol packet; place the sequence number (n) in a destination option header of a first IPv6 packet intended for the receiving redundancy handling device (30; 26), said first IPv6 packet also comprising the first communication protocol packet; send the first IPv6 packet to the receiving redundancy handling device (30; 26); obtain a second communication protocol packet having the same automation application data and the same sequence number (n); place the sequence number (n) in a destination option header of a second IPv6 packet intended for the receiving redundancy handling device (30; 26), said second IPv6 packet also comprising the second communication protocol packet; and send the second IPv6 packet to the receiving redundancy handling device (30; 26).
Muscle resistance apparatus comprising a framework, a user support member attached to the framework upon which at least part of a user's body weight can be supported in use, means for producing at least one resistive force and a movable section, the movable section being linked at least one position along its length to the, or each, resistive force, wherein a first elongate part of the movable section is attached to the framework by a connection whereby the first elongate part can be displaced, and a second elongate part of the movable section is connected to the first part of the movable section by a second connection whereby the second elongate part can be displaced, and wherein, in use, the first and second parts of the movable section are independently movable with respect to one another in an angular and/or linear fashion and the resistive force is applied to both the first and second parts, characterized in that the apparatus comprises locking means to lock the first or second part in place to allow a single joint of the user's body to be exercised.
Brush cover for a brush-commutated electric motor with at least one lever brush which is mounted rotatably about an axis at the brush cover by means of a bolt, the bolt being surrounded, at least in sections, by at least one damping sleeve of an elastomer, characterized in that the bolt is received in a recess, preferably a bore, of the brush cover, the damping sleeve being disposed between the wall of the recess of the brush cover and the bolt.
A cache controller that writes data to a cache memory comprising: an external bus controlling unit that controls data flowing in from a plurality of external buses; a first buffer unit that retains data flowing in from the external buses to be written to the cache memory; a second buffer unit that retains a data piece to be currently written to the cache memory, among pieces of the data retained in the first buffer unit; characterised by a bypass unit that allows data flowing in from the external buses to bypass the first buffer unit; a monitoring unit that monitors the second buffer unit and reports whether the second buffer unit has an available area; a selecting unit that selectively outputs either data output from the first buffer unit or data output from the bypass unit; and an input and output controller that causes the selecting unit to output to the second buffer unit the data output from the bypass unit when it is reported by the monitoring unit that the second buffer unit has an available area and the first buffer unit stores therein no data, and that causes the selecting unit to output to the second buffer unit the data output from the first buffer unit when it is reported by the monitoring unit that the second buffer unit has an available area and the first buffer unit stores therein the data. an external bus controlling unit that controls data flowing in from a plurality of external buses; a first buffer unit that retains data flowing in from the external buses to be written to the cache memory; a second buffer unit that retains a data piece to be currently written to the cache memory, among pieces of the data retained in the first buffer unit; characterised by a bypass unit that allows data flowing in from the external buses to bypass the first buffer unit; a monitoring unit that monitors the second buffer unit and reports whether the second buffer unit has an available area; a selecting unit that selectively outputs either data output from the first buffer unit or data output from the bypass unit; and an input and output controller that causes the selecting unit to output to the second buffer unit the data output from the bypass unit when it is reported by the monitoring unit that the second buffer unit has an available area and the first buffer unit stores therein no data, and that causes the selecting unit to output to the second buffer unit the data output from the first buffer unit when it is reported by the monitoring unit that the second buffer unit has an available area and the first buffer unit stores therein the data.
A dental alginate impression material comprising: a main material including an alginate, an aminocarboxylic acid compound, and water; and a hardening material including calcium sulfate and a nonaqueous dispersion medium, wherein the nonaqueous dispersion medium is a polyether having at least three hydroxyl groups. a main material including an alginate, an aminocarboxylic acid compound, and water; and a hardening material including calcium sulfate and a nonaqueous dispersion medium,