mhurhangee/ep-ind-claims huggingface dataset:
A method for producing a soft magnetic material to be used for producing a dust core, the method comprising the steps of: (a) preparing a material powder comprising composite magnetic particles that comprise: soft magnetic metallic particles; and an insulating film that contains hydrated water and that is formed on the surface of each of the soft magnetic metallic particles; (b) preparing a resin material containing silicone that cures through a hydrolysis-polycondensation reaction; and (c) mixing the material powder and the resin material in a heated atmosphere at 80°C to 150°C to form a silicone film on the surface of the insulating film. (a) preparing a material powder comprising composite magnetic particles that comprise: soft magnetic metallic particles; and an insulating film that contains hydrated water and that is formed on the surface of each of the soft magnetic metallic particles; soft magnetic metallic particles; and an insulating film that contains hydrated water and that is formed on the surface of each of the soft magnetic metallic particles; (b) preparing a resin material containing silicone that cures through a hydrolysis-polycondensation reaction; and (c) mixing the material powder and the resin material in a heated atmosphere at 80°C to 150°C to form a silicone film on the surface of the insulating film.
A motorcycle tire for running on rough terrain comprising a tread portion provided with a block pattern defined by blocks, the blocks including major groups arranged circumferentially of the tire at intervals and minor groups between the major groups, each of the major groups consisting of four of said blocks arranged axially of the tire and each connected to the next with a tie bar having a radial height lower than those of the blocks, wherein the four blocks are each defined as having the centroid of its top surface within a center region of the tread portion defined as being centered on the tire equator and having a developed width of 60 % of a developed tread width (TWe), and angles (θ1a) of straight lines (Sa) drawn between the axially adjacent centroids are not more than 10 degrees with respect to the tire axial direction, and each of the minor groups consisting of two or three of said blocks connected with each other with a tie bar having a radial height lower than those of the blocks, and angles (θ1b) of straight lines (Sb) drawn between axially adjacent centroids of the top surfaces of the blocks of the minor groups are 15 to 80 degrees with respect to 1 the tire axial direction.
A method for manufacturing a film having an oxygen transmission rate in the range of from 1 cc/m 2 /24h to 500 cc/m 2 /24h according to ASTM D-3985, at a relative humidity of more than 50 % at 25°C, or higher than 75% at 25°C, or higher than 85% at 25°C, wherein the method comprises the steps of: providing a first suspension comprising a microfibrillated cellulose in an amount of 60 to 99.9 weight-% based on total dry solid content, wherein the dry content of the suspension is in the range of from 0.1 to 10% by weight, adding a wet strength additive to said first suspension, at an amount of from 0.1 to 10 weight-% based on the amount of microfibrillated cellulose (dry/dry), thereby forming a mixture of the microfibrillated cellulose and the wet strength additive, wherein said wet strength additive is polyaminopolyamide-epichlorohydrin, co-mixing and fibrillating said microfibrillated cellulose in the presence of said wet strength additive, applying said mixture to a substrate to form a fibrous web and drying said web to form said film. providing a first suspension comprising a microfibrillated cellulose in an amount of 60 to 99.9 weight-% based on total dry solid content, wherein the dry content of the suspension is in the range of from 0.1 to 10% by weight, adding a wet strength additive to said first suspension, at an amount of from 0.1 to 10 weight-% based on the amount of microfibrillated cellulose (dry/dry), thereby forming a mixture of the microfibrillated cellulose and the wet strength additive, wherein said wet strength additive is polyaminopolyamide-epichlorohydrin, co-mixing and fibrillating said microfibrillated cellulose in the presence of said wet strength additive, applying said mixture to a substrate to form a fibrous web and drying said web to form said film.
A medical device (10, 15) comprising: an elongated shaft portion; and an expansion body disposed in a distal portion of the shaft portion, and configured to expand and contract in a radial direction, wherein the expansion body includes a plurality of wire portions linked with the shaft portion, and a holding portion that is formed using at least one of the wire portions, wherein at least one of a proximal side and a distal side of the holding portion includes an opening portion formed in the wire portion or formed using the plurality of wire portions, characterized in that the holding portion is configured to hold a biological tissue and the wire portion forming the holding portion is configured to face the opening portion when the expansion body expands such that a force acts so that the proximal side of the holding portion and the distal side of the holding portion support each other in the circumferential direction of the expansion body, and the expansion body with holding a through-hole (Hh) by the holding portion is configured to further expand in the radial direction so as to widen the through-hole (Hh) in a radial direction while the torsion of the expansion body is suppressed. an elongated shaft portion; and an expansion body disposed in a distal portion of the shaft portion, and configured to expand and contract in a radial direction, wherein the expansion body includes a plurality of wire portions linked with the shaft portion, and a holding portion that is formed using at least one of the wire portions, wherein at least one of a proximal side and a distal side of the holding portion includes an opening portion formed in the wire portion or formed using the plurality of wire portions, characterized in that the holding portion is configured to hold a biological tissue and the wire portion forming the holding portion is configured to face the opening portion when the expansion body expands such that a force acts so that the proximal side of the holding portion and the distal side of the holding portion support each other in the circumferential direction of the expansion body, and the expansion body with holding a through-hole (Hh) by the holding portion is configured to further expand in the radial direction so as to widen the through-hole (Hh) in a radial direction while the torsion of the expansion body is suppressed.
A method in a system with at least two units for the contactless charging of an energy storage of an energy sink by an energy source, wherein at least one of the two units can be used as energy source in a first operation mode and as energy sink in a second operation mode, with the following steps of: transferring (331, 333) data between the two units; transferring an energy required for charging from the energy source to the energy sink; wherein a portable data carrier acts as the energy source; characterized in that the energy source transfers the energy to the energy sink in contactless manner via an alternating field, and the transfer (331, 333) of data and the transfer of energy are effected via a contactless interface of the energy source. transferring (331, 333) data between the two units; transferring an energy required for charging from the energy source to the energy sink; wherein a portable data carrier acts as the energy source; characterized in that the energy source transfers the energy to the energy sink in contactless manner via an alternating field, and the transfer (331, 333) of data and the transfer of energy are effected via a contactless interface of the energy source.
Luminous module comprising at least one electronic component and an electrical connector, the component and the connector being interconnected by an electrical interconnection device, the interconnection device being fastened to a heat sink, - the connector comprising electrical connection contacts, - the connector being arranged on one side of the interconnection device such that the contacts pass through the interconnection device so as to emerge onto another of its sides, where they are connected electrically to the interconnection device, - the interconnection device being fastened to the heat sink via the side onto which the contacts emerge, - the surface of the heat sink receiving the interconnection device having a cavity at least level with the contacts, so as to avoid electrical contact between the contacts and the heat sink, and - characterized in that the cavity of the heat sink is formed by embossing. - the connector comprising electrical connection contacts, - the connector being arranged on one side of the interconnection device such that the contacts pass through the interconnection device so as to emerge onto another of its sides, where they are connected electrically to the interconnection device, - the interconnection device being fastened to the heat sink via the side onto which the contacts emerge, - the surface of the heat sink receiving the interconnection device having a cavity at least level with the contacts, so as to avoid electrical contact between the contacts and the heat sink, and - characterized in that the cavity of the heat sink is formed by embossing.
A source node in a multihop network, comprising: a circuit configured to determine whether a channel is occupied by a packet transmission meeting predetermined criteria; characterized in that the source node is configured to determine whether to transmit in the channel based on the determination that the channel is occupied by a packet transmission meeting predetermined criteria, on the determination that the source node is in a data tones back-off zone, and on the determination that the source node is in a busy tone back-off zone, and the predetermined criteria is based on a normalized auto-covariance of the power spectral density, PSD, of a total interference signal.
A method for sensorless motor speed control in a motor drive, the method comprising: sampling at least one AC output current feedback signal or value (i a, i b, i c) from an output of an inverter of the motor drive; characterized by computing a frequency modulation value based on the at least one AC output current feedback signal or value (i a, i b, i c) and on at least one voltage command (Va*, Vb*, Vc*) or feedback signal or value ( V a, V b, V c); adjusting a frequency or speed setpoint value (21, 31) based at least partially on the frequency modulation value to provide an adjusted frequency or speed setpoint value; and controlling the inverter according to the adjusted frequency or speed setpoint value. sampling at least one AC output current feedback signal or value (i a, i b, i c) from an output of an inverter of the motor drive; characterized by computing a frequency modulation value based on the at least one AC output current feedback signal or value (i a, i b, i c) and on at least one voltage command (Va*, Vb*, Vc*) or feedback signal or value ( V a, V b, V c); adjusting a frequency or speed setpoint value (21, 31) based at least partially on the frequency modulation value to provide an adjusted frequency or speed setpoint value; and controlling the inverter according to the adjusted frequency or speed setpoint value.
A method for producing a bonded wafer, the method in which an ion implanted layer is formed by implanting a gas ion of at least one of a hydrogen ion and a rare gas ion from a surface of a bond wafer, a bonded wafer having a thin film on a base wafer is made by bonding the ion implanted surface of the bond wafer and a surface of a base wafer directly or through an oxide film and then delaminating the bond wafer at the ion implanted layer, and heat treatment for flattening the surface of the thin film is then performed on the bonded wafer in an atmosphere containing hydrogen or hydrogen chloride, wherein the surface of a susceptor on which the bonded wafer is to be placed, the susceptor used at the time of the flattening heat treatment, is coated with a silicon film in advance, wherein the silicon film with which the susceptor is coated coats a surface other than a region in which a back surface of the bonded wafer is to make contact with the susceptor.
A cutting means for use with a dispenser for a centre-fed roll of web material, said cutting means comprising: a support structure; a plurality of protrusions provided at said support structure, wherein at least some of said plurality of protrusions has a rounded tip and neighbours at least one other protrusion having a rounded tip; and a cutting edge (302a, 302b) provided between said rounded tips of said neighbouring protrusions, characterized in that each of said protrusions having a rounded tip has a base surface and a slide surface, wherein said slide surface extends from said support structure to a point on said base surface most remote from said support structure, and in that the cutting edge (302a, 302b) is provided at a portion of said base surface. a support structure; a plurality of protrusions provided at said support structure, wherein at least some of said plurality of protrusions has a rounded tip and neighbours at least one other protrusion having a rounded tip; and a cutting edge (302a, 302b) provided between said rounded tips of said neighbouring protrusions, characterized in that each of said protrusions having a rounded tip has a base surface and a slide surface, wherein said slide surface extends from said support structure to a point on said base surface most remote from said support structure, and in that the cutting edge (302a, 302b) is provided at a portion of said base surface.
An insulator comprising: a part to be wound with a coil, the part covering an axial end surface of a tooth protruding from a core segment and a part of at least both circumferential side surfaces of the tooth; a first flange continuous with the part to be wound with the coil at one of sides closer to a proximal end near the core segment and a distal end radially inward in relation to the core segment of the tooth, and including a coil guide groove therein that guides the coil to the part to be wound with the coil; and a second flange continuous with the part to be wound with the coil at the other of the sides closer to the proximal end and the distal end of the tooth, wherein the coil guide groove includes a first groove extending at an acute angle θ from an radially inner surface of the first flange facing the second flange, characterized in that: the coil guide groove further includes a second groove continuous with the first groove and located more radially inward in relation to the first groove, an angle θ1 between a radially outer side surface of the second groove and the inner surface is acute and smaller than the angle θ, the coil guide groove includes a coil lock that locks a winding starting part of the coil, and the coil guide groove is a groove tapered toward a bottom, and the tapered groove serves as the coil lock. a part to be wound with a coil, the part covering an axial end surface of a tooth protruding from a core segment and a part of at least both circumferential side surfaces of the tooth; a first flange continuous with the part to be wound with the coil at one of sides closer to a proximal end near the core segment and a distal end radially inward in relation to the core segment of the tooth, and including a coil guide groove therein that guides the coil to the part to be wound with the coil; and a second flange continuous with the part to be wound with the coil at the other of the sides closer to the proximal end and the distal end of the tooth, wherein the coil guide groove includes a first groove extending at an acute angle θ from an radially inner surface of the first flange facing the second flange, the coil guide groove further includes a second groove continuous with the first groove and located more radially inward in relation to the first groove, an angle θ1 between a radially outer side surface of the second groove and the inner surface is acute and smaller than the angle θ, the coil guide groove includes a coil lock that locks a winding starting part of the coil, and the coil guide groove is a groove tapered toward a bottom, and the tapered groove serves as the coil lock.
Sorting system for parcels, comprising: - at least one parcel entry which is specified to receive in the sorting system a multiplicity of parcels to be sorted; - at least one parcel exit which is specified to deliver from the sorting system sorted parcels to external transport means; - a conveying mechanism which is specified to transport the parcels to be sorted from the parcel entry into a sorting region of the sorting system; and wherein the sorting region comprises: - a sorting mechanism which is specified to sort the multiplicity of parcels according to at least one parcel-related item of sorting information, and to remove said parcels from the conveying mechanism to at least one transfer station of the sorting system; - primary temporary stores (10, 10A) which are specified to receive from the sorting mechanism and temporarily store in each case at least one parcel sorted according to the at least one parcel-related item of sorting information, characterized in that the primary temporary stores, as a function of the at least one parcel-related item of sorting information, are specified to be moved to the at least one transfer station. - at least one parcel entry which is specified to receive in the sorting system a multiplicity of parcels to be sorted; - at least one parcel exit which is specified to deliver from the sorting system sorted parcels to external transport means; - a conveying mechanism which is specified to transport the parcels to be sorted from the parcel entry into a sorting region of the sorting system; and wherein the sorting region comprises: - a sorting mechanism which is specified to sort the multiplicity of parcels according to at least one parcel-related item of sorting information, and to remove said parcels from the conveying mechanism to at least one transfer station of the sorting system; - primary temporary stores (10, 10A) which are specified to receive from the sorting mechanism and temporarily store in each case at least one parcel sorted according to the at least one parcel-related item of sorting information, - a sorting mechanism which is specified to sort the multiplicity of parcels according to at least one parcel-related item of sorting information, and to remove said parcels from the conveying mechanism to at least one transfer station of the sorting system; - primary temporary stores (10, 10A) which are specified to receive from the sorting mechanism and temporarily store in each case at least one parcel sorted according to the at least one parcel-related item of sorting information, characterized in that the primary temporary stores, as a function of the at least one parcel-related item of sorting information, are specified to be moved to the at least one transfer station.
Brake disk for a disk brake, intended in particular for use on motor vehicles, with a friction ring as first connection partner and a carrier part as second connection partner, wherein the connection partners (2, 3) are connected to one another for co-rotation by radially-oriented projections, which are formed as single pieces onto one of the connection partners (2, 3) and engage in positive fit in correspondingly shaped cut-out apertures of the respective other connection partner (3, 2), wherein at least one of the projections has a passage channel, and wherein in that at least one ventilation channel is formed in the friction ring for conducting away ambient air or for introducing ambient air into the passage channel of the individual projection, characterised in that the cut-outs are surrounded in each case by a sleeve, cast into the connection partner (2, 3) which has the cut-outs.
Door or window arrangement comprising an outer frame and at least one sash/leaf frame connected movably thereto, wherein the sash/leaf frame has a locking bar which is guided displaceably in a fitting groove of the lower horizontal sash/leaf frame, in particular has a locking bar which can be driven by a manual operating element, on which locking bar there is arranged at least one locking pin which is in engagement with, or at least can be brought into engagement with, at least one locking pin receiving element on the lower horizontal outer frame, and the sash/leaf frame is able to be opened completely about a vertical axis of rotation and can be brought into a tilting position relative to the outer frame about a lower horizontal axis of rotation through a limited angular range, wherein, by virtue of the relative position of the at least one locking pin with respect to the at least one locking pin receiving element, a function is defined in which the sash/leaf frame is immovably locked with the outer frame, a function is defined in which the sash/leaf frame is able to be opened with respect to the outer frame, and a function is defined in which the sash/leaf frame can be tilted with respect to the outer frame, wherein the functions can be set by displacing the locking bar, which bears the at least one locking pin, with respect to the at least one locking pin receiving element, which is positionally fixed on the outer frame, and wherein the outer frame has arranged therein a drive unit which has a drive motor and a driver which can be moved thereby in the displacement direction of the locking bar, and the locking bar has arranged thereon at least one driver pin which is in engagement with, or at least can be brought into engagement with, the driver, characterized in that the drive unit is arranged in the lower horizontal outer frame profile which is parallel and close to the axis about which the sash/leaf frame can be tilted, and the displacement direction of the locking bar and the displacement direction of the driver are parallel to the extent of the axis about which the sash/leaf frame can be brought into a tilted position relative to the outer frame, and the driver has two spaced-apart drive surfaces which are directed towards one another and between which the driver pin is arranged and forms a cutout, which is elongated in the displacement direction of the locking bar, having the drive surfaces for receiving the driver pin, which cutout has an aperture which is open in the opening direction of the sash/leaf frame and through which the driver pin can enter and exit the cutout, wherein the driver has exactly the same functionality with respect to the driver pin as the locking pin receiving element has with respect to the locking pin.