mhurhangee/ep-ind-claims huggingface dataset:
A hinge structure for an electronic device, comprising: a hinge pin having a first member and a second member, the second member having one end surface and the other end surface provided at a distance from each other in an axial direction, the second member having a protrusion portion provided to protrude from said one end surface in said axial direction, the second member being arranged to be opposed to said first member at said the other end surface, and being pivotable with respect to said first member; and a hinge pin reception portion having a recess portion fitting to a part of said second member and said protrusion portion of said hinge pin, said protrusion portion having a first surface portion extending in a radial direction of said second member, and said recess portion having a second surface portion which can be engaged with said first surface portion, said first surface portion includes a right rotation abutment surface and a left rotation abutment surface which are discontinuously formed and extend in the radial direction of said second member, said right rotation abutment surface and said left rotation abutment surface are arranged in the radial direction with a center of the one end surface lying therebetween. a hinge pin having a first member and a second member, the second member having one end surface and the other end surface provided at a distance from each other in an axial direction, the second member having a protrusion portion provided to protrude from said one end surface in said axial direction, the second member being arranged to be opposed to said first member at said the other end surface, and being pivotable with respect to said first member; and a hinge pin reception portion having a recess portion fitting to a part of said second member and said protrusion portion of said hinge pin, said protrusion portion having a first surface portion extending in a radial direction of said second member, and said recess portion having a second surface portion which can be engaged with said first surface portion, said first surface portion includes a right rotation abutment surface and a left rotation abutment surface which are discontinuously formed and extend in the radial direction of said second member, said right rotation abutment surface and said left rotation abutment surface are arranged in the radial direction with a center of the one end surface lying therebetween.
A spun yarn winding device for winding spun yarns onto winding bobbins comprising: a machine body; a turret which has bobbin holders for holding the winding bobbins and which is rotatable with respect to the machine body; a feeding roller which feeds yarns to the winding bobbins at a speed equal to or faster than the speed at which the yarns are wound on the winding bobbins; a traverse device which is fixed in position upstream of the feeding roller with respect to an advance direction of the yarns and which traverses the yarns; a peripheral speed detection unit for detecting the peripheral speed of the winding bobbins; and a control unit; characterized in that the feeding roller is fixed in position relative to the machine body and is not in contact with the winding bobbins; and in that the control unit, during a yarn winding period, performs basic operation for maintaining a free length of the yarns at a standard length (FL 11) by controlling a rotational angle of the turret, the free length being lengths of the portions of the yarns which are located between the feeding roller and the winding bobbins. a machine body; a turret which has bobbin holders for holding the winding bobbins and which is rotatable with respect to the machine body; a feeding roller which feeds yarns to the winding bobbins at a speed equal to or faster than the speed at which the yarns are wound on the winding bobbins; a traverse device which is fixed in position upstream of the feeding roller with respect to an advance direction of the yarns and which traverses the yarns; a peripheral speed detection unit for detecting the peripheral speed of the winding bobbins; and a control unit; characterized in that the feeding roller is fixed in position relative to the machine body and is not in contact with the winding bobbins; and in that the control unit, during a yarn winding period, performs basic operation for maintaining a free length of the yarns at a standard length (FL 11) by controlling a rotational angle of the turret, the free length being lengths of the portions of the yarns which are located between the feeding roller and the winding bobbins.
Vehicle seat for a motor vehicle, comprising a seat part which has a seat cushion and a side covering that covers a longitudinal side of the seat cushion, and comprising a seat belt which is associated with at least the seat part and is intended for a user of the vehicle seat, it being possible to tension the seat belt over at least one upper side edge of the seat part on a support portion of the side covering, a plastics part which can be deformed at least substantially only by bending being arranged between the seat cushion and the side covering in the region of the support portion, characterized by a belt tensioner which is designed to tension the seat belt when required, the plastics part having, in the region of the support portion, at least one rib structure (15, 16), a honeycomb structure comprising one or more honeycomb elements and/or a lattice structure.
A device for aligning a vehicle in a drive-in area of a building, preferably of a parking garage, in which means for transporting the vehicle from the drive-in area to a predetermined parking position are provided, - having a parking surface, - having a stationary frame in which the vehicle can be positioned with its wheels (3, 3'), - having a sensor unit for determining the position of contact points of the wheels (3, 3') on the parking surface, - having an alignment control unit for determining the positional deviation of the vehicle from a predetermined desired position, in which a vehicle longitudinal axis (F L) matches a reference axis facing in the x-direction, - having an actuating unit for moving the vehicle into the desired position as a function of an actuating signal determined by the alignment control unit, characterized in that the parking surface comprises a number of linearly displaceable actuating plates (6, 6') arranged transversely to the reference axis for supporting one wheel respectively (3, 3') of the vehicle, - that the actuating plates (6, 6') are each associated with position sensors of the sensor unit for determining the position of the contact point of the wheels (3, 3') on the respective actuating plates (6, 6'), - that the alignment control unit comprises an alignment routine which is applied to the actuating unit with such an actuating signal that the actuating plates (6, 6') can be moved relative to the frame by a distance (s1, s2), so that the vehicle takes up the desired position. - having a parking surface, - having a stationary frame in which the vehicle can be positioned with its wheels (3, 3'), - having a sensor unit for determining the position of contact points of the wheels (3, 3') on the parking surface, - having an alignment control unit for determining the positional deviation of the vehicle from a predetermined desired position, in which a vehicle longitudinal axis (F L) matches a reference axis facing in the x-direction, - having an actuating unit for moving the vehicle into the desired position as a function of an actuating signal determined by the alignment control unit, - that the actuating plates (6, 6') are each associated with position sensors of the sensor unit for determining the position of the contact point of the wheels (3, 3') on the respective actuating plates (6, 6'), - that the alignment control unit comprises an alignment routine which is applied to the actuating unit with such an actuating signal that the actuating plates (6, 6') can be moved relative to the frame by a distance (s1, s2), so that the vehicle takes up the desired position.
A folded cascode amplifier, comprising: a first cascode circuit including a first transistor and a second transistor; a second cascode circuit coupled to a differential output (V o1, V o2) and including a first pair (M37, M38) of transistors including a first transistor and a second transistor and a second pair (M39, M40) of transistors including a third transistor and a fourth transistor, wherein a gate of each of the first, second, third and fourth transistors of the second cascode circuit is configured to receive a bias voltage, and a drain of the first transistor of the first cascode circuit is coupled to a source of each of the first and second transistors of the second cascode circuit; and a differential input including a first transistor of a differential pair of input transistors coupled to each of the first transistor of the first cascode circuit and the first and second transistors of the second cascode circuit, the differential input further including a second transistor of the differential pair of input transistors coupled to each of the second transistor of the first cascode circuit and the third and fourth transistors of the second cascode circuit, wherein the first transistor of the first cascode circuit, the first transistor of the differential pair of input transistors (M21, M22) and the first pair of transistors (M37, M38) of the second cascode circuit form a first plurality of current paths to generate a first output (V o2) of the differential output (V o1, V o2). a first cascode circuit including a first transistor and a second transistor; a second cascode circuit coupled to a differential output (V o1, V o2) and including a first pair (M37, M38) of transistors including a first transistor and a second transistor and a second pair (M39, M40) of transistors including a third transistor and a fourth transistor, wherein a gate of each of the first, second, third and fourth transistors of the second cascode circuit is configured to receive a bias voltage, and a drain of the first transistor of the first cascode circuit is coupled to a source of each of the first and second transistors of the second cascode circuit; and a differential input including a first transistor of a differential pair of input transistors coupled to each of the first transistor of the first cascode circuit and the first and second transistors of the second cascode circuit, the differential input further including a second transistor of the differential pair of input transistors coupled to each of the second transistor of the first cascode circuit and the third and fourth transistors of the second cascode circuit, wherein the first transistor of the first cascode circuit, the first transistor of the differential pair of input transistors (M21, M22) and the first pair of transistors (M37, M38) of the second cascode circuit form a first plurality of current paths to generate a first output (V o2) of the differential output (V o1, V o2).
Method for calibration of eye-tracking, comprising the steps of: Providing a display of an electronic device and a camera in the field of view of a human being, Operating the camera, Capturing multiple pictures, in particularly a video sequence, of the human being by means of the camera, wherein the method for calibration of eye-tracking is characterized in that it further comprises the steps of: Displaying a splash screen (201A, 201B) by means of the display, Detecting the eyes of the human being looking at the splash screen (201A, 201B) by running at least one object detection algorithm, wherein in a predefined time interval the splash screen (201A, 201B) is rearranged in at least one further position, and wherein the eyes of the human being are detected in dependency of the further position of the splash screen (201A, 201B), Registering the detected eyes as eye reference data, wherein the eye reference data comprises data about the orientation of the eyes of the human being. Providing a display of an electronic device and a camera in the field of view of a human being, Operating the camera, Capturing multiple pictures, in particularly a video sequence, of the human being by means of the camera, wherein the method for calibration of eye-tracking is characterized in that it further comprises the steps of: Displaying a splash screen (201A, 201B) by means of the display, Detecting the eyes of the human being looking at the splash screen (201A, 201B) by running at least one object detection algorithm, wherein in a predefined time interval the splash screen (201A, 201B) is rearranged in at least one further position, and wherein the eyes of the human being are detected in dependency of the further position of the splash screen (201A, 201B), Registering the detected eyes as eye reference data, wherein the eye reference data comprises data about the orientation of the eyes of the human being. Displaying a splash screen (201A, 201B) by means of the display, Detecting the eyes of the human being looking at the splash screen (201A, 201B) by running at least one object detection algorithm, wherein in a predefined time interval the splash screen (201A, 201B) is rearranged in at least one further position, and wherein the eyes of the human being are detected in dependency of the further position of the splash screen (201A, 201B), Registering the detected eyes as eye reference data, wherein the eye reference data comprises data about the orientation of the eyes of the human being.
A method for link aggregation control protocol, LACP, link switching, comprising: monitoring (S201, S501) state changes of interfaces in an LACP link aggregation group; when monitoring (S202, S202 (a), S502, S502 (a)) that a state change occurs on an active interface in the LACP link aggregation group, determining whether a number of active interfaces in the LACP link aggregation group is smaller than a preset minimum active link number, and if yes, keeping states of N interfaces among interfaces on which a state change occurs being an active state, so that the number of the active interfaces in the LACP link aggregation group is greater than or equal to the preset minimum active link number, wherein N is a natural number and N is smaller than or equal to the number of interfaces on which a state change occurs, among the active interfaces in the LACP link aggregation group; and when monitoring (S203, S503) that a state change occurs on an inactive interface in the LACP link aggregation group, adjusting states of M interfaces among the N interfaces kept in the active state into an inactive state, wherein M is a natural number and M is smaller than or equal to N. monitoring (S201, S501) state changes of interfaces in an LACP link aggregation group; when monitoring (S202, S202 (a), S502, S502 (a)) that a state change occurs on an active interface in the LACP link aggregation group, determining whether a number of active interfaces in the LACP link aggregation group is smaller than a preset minimum active link number, and if yes, keeping states of N interfaces among interfaces on which a state change occurs being an active state, so that the number of the active interfaces in the LACP link aggregation group is greater than or equal to the preset minimum active link number, wherein N is a natural number and N is smaller than or equal to the number of interfaces on which a state change occurs, among the active interfaces in the LACP link aggregation group; and when monitoring (S203, S503) that a state change occurs on an inactive interface in the LACP link aggregation group, adjusting states of M interfaces among the N interfaces kept in the active state into an inactive state, wherein M is a natural number and M is smaller than or equal to N.
Wiper arm apparatus for motor vehicles, having a wiper arm head, which comprises a drive lever, which can be connected to a drive shaft, whereby an intermediate lever pivotally supported on the drive lever cooperates with a control lever, which control lever is arranged pivotably about a shaft on the side facing away from the intermediate lever, and with a fastening device (30; 30a) for at least one hose (1, 2) for supplying a cleaning fluid to a wiper arm, characterized in that the fastening device (30; 30a) is arranged in at least partial overlap with a longitudinal axis of the shaft and arranged pivotably about the longitudinal axis together with the control lever.
A surface mount clip comprising: a bottom portion (21, 23, 25) having a flat surface (21a, 23a); clip spring portions (12L, 12R) which extend from parts of the bottom portion (21, 23, 25) and are provided in a standing manner, in a pair facing each other so as to form a gap therebetween, the clip spring portions (12L, 12R) being configured to clip a plate material inserted into the gap by a resilient repulsive force; and a bottom spring portion which is formed by cutting and raising a part of the bottom portion (21, 23, 25), the bottom spring portion having an upper surface to be pressed by a lower end of the plate material inserted between the pair of the clip spring portions (12L, 12R), wherein a cut for forming the bottom spring portion reaches from the bottom portion (21, 23, 25) to one of the pair of clip spring portions (12L, 12R), and the bottom spring portion is connected to one of the pair of clip spring portions (12L, 12R), wherein, when the lower end of the plate material presses the upper surface of the bottom spring portion, thereby resiliently deforming the bottom spring portion, a force of moment is caused acting so as to displace one of the clip spring portions (12L, 12R) so that one of the clip spring portions (12L, 12R) to which the bottom spring portion is connected is inclined toward the other of the clip spring portions (12L, 12R).
A method of manufacturing an electrochromic device comprising an electrochromic stack between a first and a second transparent electronically conductive layer configured to deliver an electrical potential difference over surfaces of the electrochromic stack and thereby cause optical switching of the electrochromic device, the method of manufacturing comprising: depositing a sacrificial coating over a substrate, the substrate comprising the first transparent electronically conductive layer; and prior to coating a glass substrate with the second transparent electronically conductive layer of the electrochromic stack, removing the sacrificial coating by peeling the sacrificial coating from the substrate. depositing a sacrificial coating over a substrate, the substrate comprising the first transparent electronically conductive layer; and prior to coating a glass substrate with the second transparent electronically conductive layer of the electrochromic stack, removing the sacrificial coating by peeling the sacrificial coating from the substrate.
A method for printing durable ink-jet ink images, comprising: a) jetting an ink-jet ink onto a substrate, said ink-jet ink comprising i) a first liquid vehicle, ii) a colorant comprising an anionic dye; and b) jetting a fixer composition onto the substrate, said fixer composition consisting essentially of: i) from 50 wt % to 95 wt % water, ii) from 5 wt % to 35 wt % of a water-soluble cosolvent, iii) from 0.5 wt % to 5 wt % of a cationic copolymer of an epihalohydrin and an amine, and iv) from 0 wt % to 5 wt % of a water miscible surfactant; and wherein the ink-jet ink is overprinted or underprinted with respect to the fixer composition on the substrate. a) jetting an ink-jet ink onto a substrate, said ink-jet ink comprising i) a first liquid vehicle, ii) a colorant comprising an anionic dye; and i) a first liquid vehicle, ii) a colorant comprising an anionic dye; and b) jetting a fixer composition onto the substrate, said fixer composition consisting essentially of: i) from 50 wt % to 95 wt % water, ii) from 5 wt % to 35 wt % of a water-soluble cosolvent, iii) from 0.5 wt % to 5 wt % of a cationic copolymer of an epihalohydrin and an amine, and iv) from 0 wt % to 5 wt % of a water miscible surfactant; and wherein the ink-jet ink is overprinted or underprinted with respect to the fixer composition on the substrate. i) from 50 wt % to 95 wt % water, ii) from 5 wt % to 35 wt % of a water-soluble cosolvent, iii) from 0.5 wt % to 5 wt % of a cationic copolymer of an epihalohydrin and an amine, and iv) from 0 wt % to 5 wt % of a water miscible surfactant; and
A method of finishing a fabric, the method comprising applying a foam to a surface of a fabric, the foam comprising a liquid binder and a powder; allowing the liquid binder to flow into pores of the fabric and coat fiber interstices of the fabric as the foam collapses; and drying the binder coating the fiber interstices, so as to stabilize the fabric; wherein the powder is of a particle size selected to cause most of the powder to remain on the surface of the fabric while the binder is dried to bond the powder to the fabric surface, and wherein the powder, as bonded to the fabric surface, is activatable to alter a surface property of the fabric upon activation for bonding the fabric to another surface, wherein the surface property is an adhesiveness or tackiness.