mhurhangee/ep-ind-claims huggingface dataset:
A top hung sliding door assembly for a merchandiser comprising: a track member formed by two depending flange members (36, 38) connected by a web member; said depending flange members providing a roller mounting portion; wherein each of the two depending flange members (36, 38) includes an auxiliary track portion having the roller mounting portion; wherein each auxiliary track portion includes a J-shaped portion providing the roller mounting portion; a door (12, 14) including a pair of spaced roller assemblies each including a bracket having a lower portion operatively connected to the door and an upper portion carrying a roller received by the roller mounting portion; wherein the depending flange members (36, 38) are vertical and have a flexible lower portion to facilitate mounting the door; characterized in that: each auxiliary track portion is adjustably attached to the corresponding track member by fasteners extending through slotted holes to facilitate lateral adjustment of the track portion relative to the track member; and each auxiliary track portion further comprises notches spaced to receive roller assemblies to facilitate mounting the door (12, 14). a track member formed by two depending flange members (36, 38) connected by a web member; said depending flange members providing a roller mounting portion; wherein each of the two depending flange members (36, 38) includes an auxiliary track portion having the roller mounting portion; wherein each auxiliary track portion includes a J-shaped portion providing the roller mounting portion; a door (12, 14) including a pair of spaced roller assemblies each including a bracket having a lower portion operatively connected to the door and an upper portion carrying a roller received by the roller mounting portion; wherein the depending flange members (36, 38) are vertical and have a flexible lower portion to facilitate mounting the door; each auxiliary track portion is adjustably attached to the corresponding track member by fasteners extending through slotted holes to facilitate lateral adjustment of the track portion relative to the track member; and each auxiliary track portion further comprises notches spaced to receive roller assemblies to facilitate mounting the door (12, 14).
An archery bow comprising: a riser; a first limb coupled to the riser; a second limb coupled to the riser; and a bowstring extending between the first limb and the second limb; characterized in that at least one of the riser, the first limb, the second limb, or the bowstring comprises a Non-Newtonian Material (NN material) (210A-210B, 310A-310B, 410A-410B, 510A-510B). a riser; a first limb coupled to the riser; a second limb coupled to the riser; and a bowstring extending between the first limb and the second limb; characterized in that at least one of the riser, the first limb, the second limb, or the bowstring comprises a Non-Newtonian Material (NN material) (210A-210B, 310A-310B, 410A-410B, 510A-510B).
A method of operating a photographic device, the method comprising: generating (S810, S910), at a first frame rate, a first frame group obtained by photographing a subject; receiving, an input for changing the frame capturing rate based on a changed reproduction speed; determining (S850, S950) a second frame rate based on the input; generating (S870, S970), at the second frame rate, a second frame group obtained by photographing the subject; and generating (S890, S990) a single video file by encoding the first frame group and the second frame group based on a single frame rate, wherein the generated video file is reproducible without separately encoding the first frame group and the second frame group, wherein a different amount of frames to be reproduced between the first frame group and the second frame group, which were obtained in same capture periods causes a slow-motion or a fast motion of the generated video file during a reproduction, wherein the input is an input received through a volume control button or a touch screen and is configured to vary the frame capturing rate based on a changed reproduction speed according to a predetermined value in response to each of a number of inputs. generating (S810, S910), at a first frame rate, a first frame group obtained by photographing a subject; receiving, an input for changing the frame capturing rate based on a changed reproduction speed; determining (S850, S950) a second frame rate based on the input; generating (S870, S970), at the second frame rate, a second frame group obtained by photographing the subject; and generating (S890, S990) a single video file by encoding the first frame group and the second frame group based on a single frame rate, wherein the generated video file is reproducible without separately encoding the first frame group and the second frame group, wherein a different amount of frames to be reproduced between the first frame group and the second frame group, which were obtained in same capture periods causes a slow-motion or a fast motion of the generated video file during a reproduction, wherein the input is an input received through a volume control button or a touch screen and is configured to vary the frame capturing rate based on a changed reproduction speed according to a predetermined value in response to each of a number of inputs.
A vaporization device, comprising: a housing, a heating component cap having a first surface (3s1) and a second surface (3s2), and a first sealing member disposed on the heating component cap, wherein the first surface has an edge, a length extending along a first axis (3x1), and a width extending along a second axis (3x2); the heating component cap comprises a first groove (3r2), and the first groove and the first sealing member define a first channel (3c5); the first sealing member covers the first groove on the first surface, and exposes the first groove on the second surface. a housing, a heating component cap having a first surface (3s1) and a second surface (3s2), and a first sealing member disposed on the heating component cap, wherein the first surface has an edge, a length extending along a first axis (3x1), and a width extending along a second axis (3x2); the heating component cap comprises a first groove (3r2), and the first groove and the first sealing member define a first channel (3c5); the first sealing member covers the first groove on the first surface, and exposes the first groove on the second surface.
A mineral material processing plant (100, 200, 300, 400) which comprises a mineral material processing apparatus (10, 20) and a first conveyor which is arranged to feed the processing apparatus during operation of that processing apparatus which first conveyor comprises a first material transport part and a second material transport part and a pivot by which the second material transport part is fixed pivotably in relation to the first material transport part: - to an operation position in which the transported material is arranged to be fed via a discharge end of the second material transport part to the processing apparatus (10, 20); - to a service position which is in a first pivoting direction in relation to the operation position, and in the service position the projection of the discharge end of the second material transport part is arranged to leave free the lifting centre of the processing apparatus when viewed from above; characterized in that the second material transport part is fixed pivotably in relation to the first material transport part: - to a transport position which is, compared to the service position, in an opposite pivoting direction of the second material transport part in relation to the operation position, and in the transport position the discharge end of the second material transport part is close to the processing apparatus in a height which substantially is not exceeding the height which is defined by the highest point of the processing apparatus and a feed hopper of the processing apparatus during operation thereof. - to an operation position in which the transported material is arranged to be fed via a discharge end of the second material transport part to the processing apparatus (10, 20); - to a service position which is in a first pivoting direction in relation to the operation position, and in the service position the projection of the discharge end of the second material transport part is arranged to leave free the lifting centre of the processing apparatus when viewed from above; - to a transport position which is, compared to the service position, in an opposite pivoting direction of the second material transport part in relation to the operation position, and in the transport position the discharge end of the second material transport part is close to the processing apparatus in a height which substantially is not exceeding the height which is defined by the highest point of the processing apparatus and a feed hopper of the processing apparatus during operation thereof.
Wind turbine with a tower, with a nacelle arranged on the upper end of the tower, and with a rotor which is mounted on the outside of the nacelle so as to be rotatable about a rotor axis of rotation and which has a rotor hub (6, 20) and at least one rotor blade (7, 22) extending from the rotor hub (6, 20), wherein the rotor blade (7, 22) is arranged on the rotor hub (6, 20) so as to be oriented with an inclination away from the tower at an obtuse angle to the rotor axis of rotation, characterized in that the rotor blade (7, 22) is designed to be curved with respect to the longitudinal axis in at least one length section.
A method for determining a parameter indicative of a road capability of a road segment supporting a vehicle, said vehicle comprising a sensor adapted to generate an information package on the basis of signals (20, 22) reflected from the surface of a portion of said road segment in front of the vehicle, as seen in an intended direction of travel of said vehicle, said vehicle further comprising a plurality of ground engaging members (12, 14), said method comprising: - determining a reference content measure indicative of the information content of an information package supplied by said sensor at a reference time instant (T 1); - comparing said reference content measure to a previous content measure indicative of the information content of an information package supplied by said sensor at a previous time instant (T 0), said previous time instant (T 0) occurring before said reference time instant (T 1); - upon detecting that a difference between said reference content measure and said previous content measure is outside a predetermined tolerance range, allowing the execution of a determination procedure for determining said parameter indicative of said road capability of said road segment supporting said vehicle; - upon detecting that said difference between said reference content measure and said previous content measure is within said predetermined tolerance range, not allowing the execution of said determination procedure, and - wherein said determination procedure comprises modifying the operation of one or more of said ground engaging members (12, 14). - determining a reference content measure indicative of the information content of an information package supplied by said sensor at a reference time instant (T 1); - comparing said reference content measure to a previous content measure indicative of the information content of an information package supplied by said sensor at a previous time instant (T 0), said previous time instant (T 0) occurring before said reference time instant (T 1); - upon detecting that a difference between said reference content measure and said previous content measure is outside a predetermined tolerance range, allowing the execution of a determination procedure for determining said parameter indicative of said road capability of said road segment supporting said vehicle; - upon detecting that said difference between said reference content measure and said previous content measure is within said predetermined tolerance range, not allowing the execution of said determination procedure, and - wherein said determination procedure comprises modifying the operation of one or more of said ground engaging members (12, 14).
A sheeting (600; 700; 800; 900) comprising: a single layer (630; 902) of translucent, radiation-sensitive material having on a first surface an array of hemi-spheroidal or hemi-aspheroidal microlenses (602; 702) and comprising one or more images at positions internal to the layer of material, formed by focusing energy of light rays at regions within the sheeting to provide localized damage sites as images within the sheeting, wherein at least one of the images is a partially complete image, and each of the images is associated with a different one of the microlenses, and a second substantially planar surface, and wherein the microlenses (602; 702) have refractive surfaces that transmit light to positions within the layer (630; 902) of material to produce a composite image from the partially complete images formed within the layer of material so that the composite image appears to float above the sheeting (600; 700; 800; 900), float below the sheeting (600; 700; 800; 900), or float in the plane of the sheeting (600; 700; 800; 900) when viewed by an observer under reflected or transmitted light. a single layer (630; 902) of translucent, radiation-sensitive material having on a first surface an array of hemi-spheroidal or hemi-aspheroidal microlenses (602; 702) and comprising one or more images at positions internal to the layer of material, formed by focusing energy of light rays at regions within the sheeting to provide localized damage sites as images within the sheeting, wherein at least one of the images is a partially complete image, and each of the images is associated with a different one of the microlenses, and a second substantially planar surface, and wherein the microlenses (602; 702) have refractive surfaces that transmit light to positions within the layer (630; 902) of material to produce a composite image from the partially complete images formed within the layer of material so that the composite image appears to float above the sheeting (600; 700; 800; 900), float below the sheeting (600; 700; 800; 900), or float in the plane of the sheeting (600; 700; 800; 900) when viewed by an observer under reflected or transmitted light.
Actuating device with an energy swing for a mechanical brake system, wherein the actuating device has an actuating drive for adjusting a brake part for a service brake function, wherein the actuating device has a force cartridge with a pretensioned spring and a first ramp bearing as an energy swing, the first ramp bearing being fastened to the actuating drive on one side and to the spring on the other side, the force cartridge being mounted on a force-action line of the actuating drive and interacting with the actuating drive in such a way that a force component is made available to support the actuator drive as a function of the adjustment position of the actuator drive, characterised in that the actuator drive has a second ramp bearing for the brake feed, the second ramp bearing having a cam track with one or more linear and/or non-linear region(s).
An organic light-emitting display device, comprising: a substrate having a pixel region and a non-pixel region including a drive circuit mounting region; a plurality of first electrodes (12, 14) disposed in the pixel region and extending in a first direction; a plurality of first wires (62, 64) coupled to the first electrodes and disposed in the non-pixel region; a plurality of second electrodes (14, 12) disposed in the pixel region, and extending in a second direction; a plurality of second wires (64, 62) coupled to the second electrodes and disposed in the non-pixel region; an organic thin film layer disposed between the first and second electrodes; a drive circuit mounted in the drive circuit mounting region and coupled to the first and second wires; and a passivation layer formed on the substrate, having an opening (80a, 80c) configured to expose the first wires, the opening being positioned between the drive circuit mounting region and the pixel region; characterised by a short bar disposed in the opening and connected to the first wires to commonly couple the first wires. a substrate having a pixel region and a non-pixel region including a drive circuit mounting region; a plurality of first electrodes (12, 14) disposed in the pixel region and extending in a first direction; a plurality of first wires (62, 64) coupled to the first electrodes and disposed in the non-pixel region; a plurality of second electrodes (14, 12) disposed in the pixel region, and extending in a second direction; a plurality of second wires (64, 62) coupled to the second electrodes and disposed in the non-pixel region; an organic thin film layer disposed between the first and second electrodes; a drive circuit mounted in the drive circuit mounting region and coupled to the first and second wires; and a passivation layer formed on the substrate, having an opening (80a, 80c) configured to expose the first wires, the opening being positioned between the drive circuit mounting region and the pixel region; characterised by a short bar disposed in the opening and connected to the first wires to commonly couple the first wires.
A textile comprising: a fabric body formed from one or more types of yarns; a continuous channel formed within the fabric body, characterized by continuous channel being in a sinusoidal arrangement along a stretching direction (x) of the fabric body; an insulated conductive element disposed in a slack condition and in a sinusoidal arrangement within the continuous channel, wherein an internal cross-sectional width of the continuous channel is larger than a cross-sectional width of the insulated conductive element; and spacings formed within the continuous channel to facilitate free movement of the insulated conductive element within the continuous channel, wherein the spacings allow the insulated conductive element to widen within the spacings and improve stretchability of the textile along the stretching direction (x); and wherein the textile is heatable in response to electrical current being conducted through the insulated conductive element. a fabric body formed from one or more types of yarns; a continuous channel formed within the fabric body, characterized by continuous channel being in a sinusoidal arrangement along a stretching direction (x) of the fabric body; an insulated conductive element disposed in a slack condition and in a sinusoidal arrangement within the continuous channel, wherein an internal cross-sectional width of the continuous channel is larger than a cross-sectional width of the insulated conductive element; and spacings formed within the continuous channel to facilitate free movement of the insulated conductive element within the continuous channel, wherein the spacings allow the insulated conductive element to widen within the spacings and improve stretchability of the textile along the stretching direction (x); and wherein the textile is heatable in response to electrical current being conducted through the insulated conductive element.
Base unit for assembling a crankcase of a reciprocal compressor, comprising a housing configured to hold at least part of a crankshaft, said housing having a first and a second end opposite to each other and substantially aligned along a longitudinal axis and defining an orientation for said crankshaft; an access port placed onto said housing and configured to hold a connecting rod for a piston; wherein the base unit has two interface zones placed respectively onto the first and onto the second end of said housing, each interface zone laying on a plane transversal to said longitudinal axis, each interface zone being configured to be coupled with another interface zone of another base unit for assembling said crankcase, said base unit being characterized in that said housing is substantially U-shaped in order to have an open side face from which said at least a part of a crankshaft can be inserted by displacing it in direction transversal to said longitudinal axis.
Method for assessing the quality of a processing operation, in which a workpiece with specific processing parameters (P i (x)) is processed along a processing trajectory, wherein the processing result (R(x)) of the processing operation along the processing trajectory is measured by means of at least one sensor and at least one sensor signal (S j (x)) is recorded and at least one quality parameter (Q k (x)) is determined on the basis of at least one sensor signal (S j (x)) and the at least one quality parameter (Q k (x)) is compared with quality parameter threshold values (Q k,o (x), Q k,u (x)) in order to assess the quality of the processing result (R(x)) of the processing operation, characterised in that, during the assessment of the quality of the processing operation, changes made to the processing parameters (ΔP i (x)) from the target values of the processing parameters (P i,soll (x)) during the processing of the workpiece along the processing trajectory are automatically taken into consideration, in that, instead of the quality parameter threshold values (Q k,o (x), (Q k,u (x)), quality parameter threshold values (Q k,o (x), (Q k,u (x))) adapted to the changes in the processing parameters (ΔP i (x)) are determined, and the at least one quality parameter (Q k (x)) for assessing the quality of the processing result (R(x)) of the processing operation along the processing trajectory is compared with the adapted quality parameter threshold values (Q k,o (x), (Q k,u (x)).
A cartridge housing for forming a cartridge capable of measuring an analyte or property of a liquid sample, the housing comprising a first substantially rigid zone, a second substantially flexible zone, a hinge region, and at least one sensor recess containing a sensor or a sensor array comprising a plurality of sensors for a plurality of analytes, wherein said housing is foldable about said hinge region to form a cartridge having a conduit over at least a portion of said sensor, wherein the housing is molded, wherein the cartridge has an unfolded position comprising a top portion and a bottom portion separated by the hinge region, wherein the top portion forms a top portion of the conduit and the bottom portion forms a bottom portion of the conduit, and wherein the conduit is formed upon folding of the housing about the hinge region.
Dynamic hand orthosis, comprising: - a forearm holding portion designed for attachment to a forearm, - a hand-back support portion connected to the forearm holding portion, which hand-back support portion comprises a hand-back support plate designed to rest on the back of the hand, - a finger cap designed to hold a fingertip, - a finger cap holder which is designed to extend from the hand-back support plate along a finger to the finger cap, and which has a distal end at which the finger cap is arranged, - an elastic strap which is arranged proximally in the region of the hand-back support portion or forearm holding portion and distally at the distal end of the finger cap holder or on the finger cap, characterised in that the finger cap holder consists at least predominantly of a link chain having a plurality of chain links which are connected to one another in an articulated manner and is mounted on the hand-back support plate so as to be displaceable in the longitudinal direction. - a forearm holding portion designed for attachment to a forearm, - a hand-back support portion connected to the forearm holding portion, which hand-back support portion comprises a hand-back support plate designed to rest on the back of the hand, - a finger cap designed to hold a fingertip, - a finger cap holder which is designed to extend from the hand-back support plate along a finger to the finger cap, and which has a distal end at which the finger cap is arranged, - an elastic strap which is arranged proximally in the region of the hand-back support portion or forearm holding portion and distally at the distal end of the finger cap holder or on the finger cap,