mhurhangee/ep-ind-claims huggingface dataset:
A terminal crimping system for a crimping machine comprising: an anvil located in a crimping zone and configured to receive a terminal thereon, the terminal having a wire crimp barrel configured to receive an end portion of a wire therein, a movable ram having crimp tooling configured to crimp the wire crimp barrel of the terminal to the end portion of the wire during a crimp stroke of the ram, an image acquisition device configured to be mounted on the crimping machine above the crimping zone, the image acquisition device positioned to acquire an image of the wire within the terminal in the crimping zone, and a display device configured to display the image, wherein the image acquisition device has at least a two-dimensional field of view that includes a lateral or x axis and a longitudinal or y axis, characterised by: an alignment module being configured to superimpose a centerline of the terminal and a centerline of the wire on the image that is displayed to allow the terminal to be aligned with the wire by adjusting at least one of a position or an orientation of the terminal or the wire to align the centerline of the terminal with the centerline of the wire prior to crimping the wire crimp barrel and wherein the centerline of the wire is calculated by determining the mid-point between operator-selected first and opposite second edges of the wire along a lateral direction in the at least one displayed image or calculated automatically using an image analysis and the centerline of the terminal is calculated by determining the mid-point between an operator-selected first and opposite second edges of the terminal along a lateral direction in the at least one displayed image or calculated automatically using an image analysis. an anvil located in a crimping zone and configured to receive a terminal thereon, the terminal having a wire crimp barrel configured to receive an end portion of a wire therein, a movable ram having crimp tooling configured to crimp the wire crimp barrel of the terminal to the end portion of the wire during a crimp stroke of the ram, an image acquisition device configured to be mounted on the crimping machine above the crimping zone, the image acquisition device positioned to acquire an image of the wire within the terminal in the crimping zone, and a display device configured to display the image,
A power steering assembly for a hydraulic power steering system of motor vehicles, comprising at least one hydraulic servo valve with a control member for controlling the steering assistance in accordance with a relative rotation of an input shaft with respect to an output shaft, and at least one actuator for the relative adjustment of the control member with respect to the input shaft or output shaft in order to influence the steering assistance characteristic, characterized by a summation gearing having a first rotatable drive member that is in operative engagement with the control member, and a second rotatable drive member that is in operative engagement with an output element of the actuator, and an output member, wherein the summation gearing superposes a rotation of the first drive member with a rotation of the second drive member and drives, via the output member, an epicyclic gearing with at least one planetary gear, which is in operative engagement together with both the input shaft or output shaft and with the control member and can be rotated both about a planetary axis fixed with respect to the frame and about its own axis of rotation orbiting about the planetary axis, in such a way that a rotation of the first drive member causes a rotation of the own axis of rotation of the planetary gear orbiting about the planetary axis in such a way that no rotation of the planetary gear about its own axis of rotation occurs as a consequence, but a rotation of the second drive member causes a rotation of the planetary gear about its own axis of rotation, wherein the rotation of the planetary gear about its own axis of rotation causes a relative rotation of the input shaft or output shaft with respect to the control member.
A laminated glazing for a motor vehicle, particularly a side glazing intended to be slidably mounted in a door of the vehicle, comprising at least one outer glass sheet and one inner glass sheet assembled by an interlayer which comprises at least one sheet of polymer material, said glazing comprising at least one part for attaching the glazing provided with at least one attachment hole which has an axis and passes through at least the outer glass sheet, said attachment hole being intended to receive means for attaching said glazing with a drive device, characterized in that the glazing comprises at least one insert which, comprising a hole, is housed in a complementary cut-out provided in the interlayer, at the attachment part.
Method for optimizing the regulation of a TL free-turbine power unit of an aircraft provided with a low-pressure LP body which supplies power to equipments (E1, E2,...) and which is linked to a high-pressure HP body, characterized in that it consists in varying the LP body speed (V BP) in accordance with the maximal value (Max(Vmi)) of the minimal speeds (Vm1, Vm2) of the equipments and with a positive or zero incrementation (e) in order to obtain a minimal HP body speed (V HP) so that the power (Pf) supplied by the equipments remains constant.
A sacroiliac joint implant system for fixating and promoting fusion between an ilium, a sacrum, and a sacroiliac joint space, said system comprising: a plate/pin component having a plate component (3;70; 80) and a pin component (1; 70; 80), said plate component (3; 70; 80) having an iliac portion and a sacral portion, wherein the plate component (3; 70; 80) is configured to be placed across the sacroiliac joint such that the sacral portion of the plate is placed against the sacrum, the iliac portion of the plate is placed against the ilium, and a portion of the plate is placed across the sacroiliac joint gap, and wherein said iliac portion and said sacral portion have an angle between 95-175 degrees disposed therebetween to match the curvature of the sacrum and ilium across the sacroiliac joint; said pin component (1; 70; 80) connected with said iliac portion of said plate component (3; 70; 80), said pin component (1; 70; 80) configured for placement through said ilium, across said sacroiliac joint space, and into said sacrum; and a sacral screw (2; 60) inserted into said sacral portion of said plate component (3; 70; 80), said sacral screw (2; 60) configured for placement through an aperture of the sacral portion, through said sacrum. a plate/pin component having a plate component (3;70; 80) and a pin component (1; 70; 80), said plate component (3; 70; 80) having an iliac portion and a sacral portion, wherein the plate component (3; 70; 80) is configured to be placed across the sacroiliac joint such that the sacral portion of the plate is placed against the sacrum, the iliac portion of the plate is placed against the ilium, and a portion of the plate is placed across the sacroiliac joint gap, and wherein said iliac portion and said sacral portion have an angle between 95-175 degrees disposed therebetween to match the curvature of the sacrum and ilium across the sacroiliac joint; said pin component (1; 70; 80) connected with said iliac portion of said plate component (3; 70; 80), said pin component (1; 70; 80) configured for placement through said ilium, across said sacroiliac joint space, and into said sacrum; and a sacral screw (2; 60) inserted into said sacral portion of said plate component (3; 70; 80), said sacral screw (2; 60) configured for placement through an aperture of the sacral portion, through said sacrum.
A bicycle frame sealing means comprising a frame-side sealing element adapted to be connected with a saddle tube of a bicycle frame in a sealing manner, a saddle post-side sealing element adapted to be connected with a saddle post in a sealing manner, and a flexible connecting element arranged between the two sealing elements (32, 34), characterized in that the frame-side sealing element is connected with the saddle tube via an intermediate element, wherein the intermediate element comprises a cylindrical, in particular circular cylindrical protrusion protruding into the saddle tube when in the mounted state. a frame-side sealing element adapted to be connected with a saddle tube of a bicycle frame in a sealing manner, a saddle post-side sealing element adapted to be connected with a saddle post in a sealing manner, and a flexible connecting element arranged between the two sealing elements (32, 34), characterized in that the frame-side sealing element is connected with the saddle tube via an intermediate element, wherein the intermediate element comprises a cylindrical, in particular circular cylindrical protrusion protruding into the saddle tube when in the mounted state.
An outdoor unit, comprising: a housing including a side panel (lb) and a front panel connected to the side panel (lb); and a terminal block accommodated in the housing, the side panel (lb) including an outer shell surface forming a part of an outer surface of the housing, a first recessed surface recessed from the outer shell surface in an inward direction of the housing, and a second recessed surface formed in the first recessed surface and recessed from the first recessed surface in the inward direction of the housing, on the second recessed surface, a power supply wire connected to the terminal block being arranged, characterized in that the first recessed surface has a side connected to the front panel, the outer shell surface is not present on a front surface side of the housing, and the front panel of the housing is connected to the side of the first recessed surface by the front panel being bent from the front panel toward the side of the first recessed surface. a housing including a side panel (lb) and a front panel connected to the side panel (lb); and a terminal block accommodated in the housing, the side panel (lb) including an outer shell surface forming a part of an outer surface of the housing, a first recessed surface recessed from the outer shell surface in an inward direction of the housing, and a second recessed surface formed in the first recessed surface and recessed from the first recessed surface in the inward direction of the housing, on the second recessed surface, a power supply wire connected to the terminal block being arranged, characterized in that the first recessed surface has a side connected to the front panel, the outer shell surface is not present on a front surface side of the housing, and the front panel of the housing is connected to the side of the first recessed surface by the front panel being bent from the front panel toward the side of the first recessed surface.
A Short Message Service Center, SMS-C, comprising: a subscriber registration database configured to store subscriber registration information for a mobile device in response to a change in registration status of the mobile device to a broadband data network; a first interface configured to receive a Mobile Terminated, MT, SMS message destined for the mobile device; and a control system configured to store the MT SMS message, to identify a routing address for the mobile device over the broadband data network based on the subscriber registration information stored in the subscriber registration database, and to forward the MT SMS message through the interface to the mobile device over the broadband data network based on the routing address without querying any of a Home Subscriber Server, HSS a Home Location Register, HLR, or an Authentication, Authorization and Accounting, AAA, Server. a subscriber registration database configured to store subscriber registration information for a mobile device in response to a change in registration status of the mobile device to a broadband data network; a first interface configured to receive a Mobile Terminated, MT, SMS message destined for the mobile device; and a control system configured to store the MT SMS message, to identify a routing address for the mobile device over the broadband data network based on the subscriber registration information stored in the subscriber registration database, and to forward the MT SMS message through the interface to the mobile device over the broadband data network based on the routing address without querying any of a Home Subscriber Server, HSS a Home Location Register, HLR, or an Authentication, Authorization and Accounting, AAA, Server.
Depth stop for an oscillating tool, wherein a saw blade for machining a workpiece is able to be clamped in the tool, wherein the depth stop has a spacer for setting a penetration depth of the saw blade into the workpiece, a retaining device to which the spacer is able to be fixed, and a fastening part on which the retaining device is able to be mounted, wherein the fastening part is firmly connectable or firmly connected to the tool, characterized in that the retaining device has a first annular region with a first rotation axis, wherein, in a first state, the fastening part is immobile with respect to the retaining device and wherein, in a second state, the fastening part is rotatable about the rotation axis with respect to the retaining device, wherein the spacer is rigidly fixed to the retaining device.
A method of fastening an exhaust module of an internal combustion engine on a support arranged in connection with the internal combustion engine,, the exhaust module being provided with a plurality of feet, each foot having a hole for a fastening bolt and a first surface facing the support, the support being provided with threaded holes for the fastening bolts and second surfaces facing the feet of the exhaust module, the method being characterized by the steps of a) providing the support with a first positioning means and the exhaust module with a second positioning means; the first positioning means being one of a pin-like member and a blind opening, and the second positioning means being one of a blind opening and a pin-like member, b) providing low-friction means between the feet and the support, c) mounting the exhaust module on the support such that the positioning means match one another, d) tightening the fastening bolts. a) providing the support with a first positioning means and the exhaust module with a second positioning means; the first positioning means being one of a pin-like member and a blind opening, and the second positioning means being one of a blind opening and a pin-like member, b) providing low-friction means between the feet and the support, c) mounting the exhaust module on the support such that the positioning means match one another, d) tightening the fastening bolts.
Segment of a cage for a rolling bearing, wherein the segment is manufactured from plastic and has at each of its opposite ends an end face, the segment having a first circumferential web running in the circumferential direction and a second circumferential web running in the circumferential direction and a plurality of connecting webs which connect the two circumferential webs (2, 3) to one another and, together with the circumferential webs (2, 3), form a plurality of pockets for receiving conical rolling bodies, wherein the circumferential webs (2, 3) are slightly bent or have a polygonal shape which follows a slight bending, and the bending of the first circumferential web has a smaller radius of curvature than the bending of the second circumferential web, and in that guide surfaces for guiding the segment on the rolling bodies are formed on the connecting webs, which guide surfaces are formed in a region of the connecting webs which is arranged closer to the second circumferential web than to the first circumferential web.
A roll of a sheet material comprising a plurality of elongated sheets having a pre-determined length between opposite ends (12,14) and having edges, said elongated sheets being positioned end-to-end within the roll and separated from each other by a line of detachment having a minimal attachment length from about 1 to about 20 percent of the roll width, said elongated sheets containing one or more transverse lines of perforation between the ends (12,14); wherein the pre-determined length is from about 40 to about 100 centimeters; characterised in that the line of detachment has a minimal attachment provided by a single minimal attachment point about midway between the edges of the roll, one minimal attachment point at each opposite edge of the roll, or one minimal attachment point on alternating edges of the roll, provided the sum total of the length of each attachment point does not exceed the minimal attachment length. wherein the pre-determined length is from about 40 to about 100 centimeters; characterised in that the line of detachment has a minimal attachment provided by a single minimal attachment point about midway between the edges of the roll, one minimal attachment point at each opposite edge of the roll, or one minimal attachment point on alternating edges of the roll, provided the sum total of the length of each attachment point does not exceed the minimal attachment length.
A method for communicating over a network of stations (102A-102E), comprising: monitoring for reception of any qualified electromagnetic waves that have a power above a threshold and a frequency in one of multiple predetermined frequency intervals in a predetermined time interval; and selecting carrier frequencies for modulating information onto signals transmitted over the network, based at least in part on whether any qualified electromagnetic waves having a power above the threshold and a frequency in the predetermined frequency interval have been received in the predetermined time interval, and characterized in that the selecting is based at least in part on a demand by one or more stations in the network for capacity for communicating over the network; wherein a given carrier frequency in a subset of carrier frequencies is selected for modulating information onto signals transmitted over the network if no qualified electromagnetic wave is received in a corresponding frequency interval that includes the given carrier frequency and if at least one station demands capacity for communicating over the network. monitoring for reception of any qualified electromagnetic waves that have a power above a threshold and a frequency in one of multiple predetermined frequency intervals in a predetermined time interval; and selecting carrier frequencies for modulating information onto signals transmitted over the network, based at least in part on whether any qualified electromagnetic waves having a power above the threshold and a frequency in the predetermined frequency interval have been received in the predetermined time interval, and characterized in that the selecting is based at least in part on a demand by one or more stations in the network for capacity for communicating over the network; wherein a given carrier frequency in a subset of carrier frequencies is selected for modulating information onto signals transmitted over the network if no qualified electromagnetic wave is received in a corresponding frequency interval that includes the given carrier frequency and if at least one station demands capacity for communicating over the network.
Data glove having at least one fiber-optic sensor for digitizing the movement of the fingers, comprising at least one light source, at least one optical fiber and at least one receiver, characterized in that the optical fiber has at least one longitudinal portion (41, 42, 43) in which the refractive index for light at a predeterminable wavelength is reduced with respect to the remaining longitudinal portions, the refractive index being reduced by partial coating (51, 52, 53) of an outer surface of the optical fiber.
A coating composition comprising the following component α, the following component β and the following component γ; component α: a polycarbonate diol comprising repeating units represented by the following formulae and and a terminal hydroxyl group, wherein a molar ratio (the repeating unit represented by the formula /the repeating unit represented by the formula) between the repeating units represented by the formulae and is 1/99 to 100/0, and an average number of carbon atoms of the repeating units is 3.0 to 4.0; wherein R represents a divalent aliphatic hydrocarbon having 4 to 15 carbon atoms, excluding an alkylene group derived from 2-methyl-1,3-propanediol; component β: a polyol other than the component α; and component γ: an organic polyisocyanate, wherein 50 mass% or more and 95 mass% or less of the component β is comprised based on a total mass of the component α and the component β.
A method for producing a human endoplasmic reticulum recombinant chaperone protein, the method comprising (a) transforming a yeast cell with a nucleotide sequence comprising the coding sequence encoding a polypeptide comprising a native human endoplasmic reticulum chaperone protein signal sequence and a human endoplasmic reticulum chaperone protein; (b) culturing the yeast cell under conditions such that the human endoplasmic reticulum recombinant chaperone protein is expressed in secreted form; and (c) extracting the human endoplasmic reticulum recombinant chaperone protein from the culture medium. (a) transforming a yeast cell with a nucleotide sequence comprising the coding sequence encoding a polypeptide comprising a native human endoplasmic reticulum chaperone protein signal sequence and a human endoplasmic reticulum chaperone protein; (b) culturing the yeast cell under conditions such that the human endoplasmic reticulum recombinant chaperone protein is expressed in secreted form; and (c) extracting the human endoplasmic reticulum recombinant chaperone protein from the culture medium.
Three-dimensional moulded fibre part comprising fibres which have been blown into a mould and bonded to one another by supplying heat and/or by means of a binder, characterised in that the moulded fibre part additionally comprises granules mixed with the fibres, which granules have an average particle size greater than 100 μm.
Central supply system with a plurality of safety, escape sign or emergency luminaires which are connected via at least one luminaire supply line to a voltage supply device switchable between mains voltage supply and emergency voltage supply and supplying at least one group of luminaires as part of the plurality of luminaires, characterised in that the voltage supply device has a dimming control for the group of luminaires, the dimming control being connected between the luminaire supply line and a voltage switchover device of the voltage supply device for switching between mains and emergency voltage supply (5, 6).