mhurhangee/patent-ind-claim-en huggingface dataset:
A mechanism for supporting a license plate of a work vehicle, comprising: an attachment portion configured to support the license plate; and a fixing portion configured to fix the attachment portion to a vehicle body of the work vehicle; characterized in that a switching mechanism coupling the attachment portion to the fixing portion in a manner such that the attachment portion moves relative to the fixing portion, and that the attachment portion is movable between a storage position and a display position, wherein at the storage position, the attachment portion is positioned between a pair of rear wheel fenders of the work vehicle, in use, and at the display position, the attachment portion is positioned outward of the pair of rear wheel fenders with respect to the right-left direction of the work vehicle, in use. an attachment portion configured to support the license plate; and a fixing portion configured to fix the attachment portion to a vehicle body of the work vehicle; characterized in that a switching mechanism coupling the attachment portion to the fixing portion in a manner such that the attachment portion moves relative to the fixing portion, and that the attachment portion is movable between a storage position and a display position, wherein at the storage position, the attachment portion is positioned between a pair of rear wheel fenders of the work vehicle, in use, and at the display position, the attachment portion is positioned outward of the pair of rear wheel fenders with respect to the right-left direction of the work vehicle, in use. at the storage position, the attachment portion is positioned between a pair of rear wheel fenders of the work vehicle, in use, and at the display position, the attachment portion is positioned outward of the pair of rear wheel fenders with respect to the right-left direction of the work vehicle, in use.
A rope system comprising a splice structure comprising an intact portion comprising at least 8 intact strands, and a disassembled portion comprising at least 4 loose strands, wherein the intact portion is a braid of at least 4 S oriented and at least 4 Z oriented intact strands, wherein at least one loose strand of the disassembled portion passes under and over intact strands of the intact portion, wherein the at least one loose strand passes under at least one crossing defined by at least one S and one Z oriented intact strand, i.e. an X-tuck of intact strands, characterized in that the at least one loose strand passes at least n times under a X-tuck and in total at least n times over intact strands or X-tucks of intact strands, with n being 2. an intact portion comprising at least 8 intact strands, and a disassembled portion comprising at least 4 loose strands, wherein the intact portion is a braid of at least 4 S oriented and at least 4 Z oriented intact strands, wherein at least one loose strand of the disassembled portion passes under and over intact strands of the intact portion, wherein the at least one loose strand passes under at least one crossing defined by at least one S and one Z oriented intact strand, i.e. an X-tuck of intact strands, characterized in that the at least one loose strand passes at least n times under a X-tuck and in total at least n times over intact strands or X-tucks of intact strands, with n being 2.
Container treatment system with a first container treatment apparatus for treating containers , a second container treatment apparatus that is disposed downstream of the first treatment apparatus and is used for treating the containers following a treatment by the first container treatment apparatus , a transport unit for transporting containers , wherein the transport unit comprises a transport path which is arranged over its entire length between the first and second container treatment apparatus and along which the containers can be transported from the first container treatment apparatus to the second container treatment apparatus , and wherein the transport unit further comprises a plurality of transport members movably mounted on the transport path for holding and transporting a container , wherein the transport path and at least one transport member are designed and intended in such a way that the at least one transport member can compensate on its path between the first and second container treatment apparatus at least at times a difference in transport speed of the containers in the first and second container treatment apparatus , characterized in that , the treatment processes of the two different container treatment apparatuses of the container treatment system are carried out independently from each other and wherein a control device is designed and intended in such a way that the transport members of the transport unit , or the speed thereof, can be separately controlled by the control device in such a way that any speed differences in the transport of the containers in the first and second container treatment apparatus can be compensated, and wherein the control device is furthermore designed and intended in such a way that each of the transport members can be separately controlled by the control device in such a way that the speed thereof along the transport path respectively corresponds to the tangential speeds of the first and second containers treatment apparatus .
A processing apparatus for processing a flexographic plate , comprising a receiving unit for receiving a flexographic plate including a relief layer containing a photosensitive material, and an optical system for locally exposing the relief layer, wherein the optical system includes an illumination system for generating an optical beam (B) and an imaging system for directing the beam towards the relief layer for polymerizing a relief pattern in the layer, the relief pattern being constituted by a multiple number of relief parts upwardly protruding from a ground layer , wherein a protruding relief part includes a top section and a basis section having a supporting section supporting the top section, and a stiffening section extending from the supporting section in a lateral direction, wherein the imaging system is arranged for directing the optical beam towards the relief layer via the ground layer for polymerizing the basis section of the relief part, wherein the illumination system includes a laser device arranged for exposing the relief layer via a top side of the plate, via the ground layer, via both the top side and the ground layer, respectively, after splitting the optical laser beam, or wherein the illumination system includes two laser devices for generating laser beams entering the relief layer via the top side and the ground layer, respectively, for polymerizing the top section of the protruding relief part having vertical side walls.
An absorbent article in which an absorbent body is interposed between a liquid permeable surface sheet and a liquid impermeable back sheet , wherein the absorbent body comprises: a widthwise center portion which extends along a longitudinal direction and includes a portion corresponding to a body fluid excretion part of a wearer and a portion corresponding to an intergluteal cleft of the wearer, side regions on both sides of the portion corresponding to a body fluid excretion part, a front region on a front side of the portion corresponding to the body fluid excretion part, and a rear region on a rear side of the portion corresponding to the body fluid excretion part, multiple compressed parts are formed in regions other than the widthwise center portion of the absorbent body, characterized in that the compressed parts comprise dot-like compressed parts and oval compressed parts in a rhombic grid pattern, the oval compressed parts being adjacent to each other in a cross direction centering around one of the dot-like compressed parts , and another one of the dot-like compressed parts being at a center of the rhombic grid pattern, and each of the dot-like compressed parts formed in the side regions has a larger area than each of the dot-like compressed parts formed in the front and rear regions , and is formed to have a long oval shape in a longitudinal direction of the absorbent article. a widthwise center portion which extends along a longitudinal direction and includes a portion corresponding to a body fluid excretion part of a wearer and a portion corresponding to an intergluteal cleft of the wearer, side regions on both sides of the portion corresponding to a body fluid excretion part, a front region on a front side of the portion corresponding to the body fluid excretion part, and a rear region on a rear side of the portion corresponding to the body fluid excretion part, multiple compressed parts are formed in regions other than the widthwise center portion of the absorbent body, characterized in that the compressed parts comprise dot-like compressed parts and oval compressed parts in a rhombic grid pattern, the oval compressed parts being adjacent to each other in a cross direction centering around one of the dot-like compressed parts , and another one of the dot-like compressed parts being at a center of the rhombic grid pattern, and each of the dot-like compressed parts formed in the side regions has a larger area than each of the dot-like compressed parts formed in the front and rear regions , and is formed to have a long oval shape in a longitudinal direction of the absorbent article.
A sample analyzing apparatus for performing an optical-based measurement on a sample, the sample analyzing apparatus comprising: a light source configured for generating excitation light; a light detector configured for measuring emission light produced by the sample in response to being irradiated by the excitation light; and an excitation light path selection device configured for selecting between a first excitation light path and a second excitation light path ; the second excitation light path directs excitation light from a light source , through an excitation filter, and to the sample while bypassing an excitation monochromator , characterized in that the first excitation light path directs excitation light from the light source , through the excitation monochromator , through the excitation filter, and to the sample; the excitation light path selection device comprises a movable base , a flat mirror and a first parabolic mirror each mounted to the base , and a second parabolic mirror mounted to the base ; the movable base is configured for moving between a first position and a second position; at the first position, the flat mirror and the first parabolic mirror are positioned to receive the excitation light and direct the excitation light to the first excitation light path ; and at the second position, the second parabolic mirror is positioned to receive the excitation light and direct the excitation light to the second excitation light path . a light source configured for generating excitation light; a light detector configured for measuring emission light produced by the sample in response to being irradiated by the excitation light; and an excitation light path selection device configured for selecting between a first excitation light path and a second excitation light path ; the second excitation light path directs excitation light from a light source , through an excitation filter, and to the sample while bypassing an excitation monochromator , characterized in that the first excitation light path directs excitation light from the light source , through the excitation monochromator , through the excitation filter, and to the sample; the excitation light path selection device comprises a movable base , a flat mirror and a first parabolic mirror each mounted to the base , and a second parabolic mirror mounted to the base ; the movable base is configured for moving between a first position and a second position; at the first position, the flat mirror and the first parabolic mirror are positioned to receive the excitation light and direct the excitation light to the first excitation light path ; and at the second position, the second parabolic mirror is positioned to receive the excitation light and direct the excitation light to the second excitation light path .
A motor for photographic equipment, the motor including a housing having an elongate direction, a drive shaft , and a coupling member ; the drive shaft extending through an extension portion of the housing in a direction transverse to the elongate direction, a toothed driving wheel being mounted on the drive shaft ; the coupling member being generally elongate and arranged to locate along an elongate surface of the housing , the coupling member being arranged to flex along its length, characterised in that the motor is arranged to be coupled to a component of photographic equipment being a driven component , the toothed driving wheel being arranged to mesh with a toothed driven wheel of the driven component , wherein the application of a pushing force to the driven component acts to flex the coupling member , thus preloading the connection between the toothed driving wheel and the toothed driven wheel .
A sample freezing device comprising: a base container having a top end, a bottom end, and a lower chamber extending therebetween, the top end comprising an opening having an annular ring protrusion and an internal rim protrusion, and the bottom end having an inlet port ; a cover having a top end, a bottom end, and an upper chamber extending therebetween, the top end having an outlet port and the bottom end comprising an opening having a ring projection for compatibly interconnecting with the annular ring protrusion of the base container ; a sample rack removably disposed between the base container and the cover , wherein the sample rack further comprises an extension defining a perimeter of the sample rack ; and an airtight seal formed between the extension of the sample rack and the internal rim protrusion of the base container , characterized in that the airtight seal forces gases within the lower chamber to pass into the upper chamber via a gas vent in the sample rack . a base container having a top end, a bottom end, and a lower chamber extending therebetween, the top end comprising an opening having an annular ring protrusion and an internal rim protrusion, and the bottom end having an inlet port ; a cover having a top end, a bottom end, and an upper chamber extending therebetween, the top end having an outlet port and the bottom end comprising an opening having a ring projection for compatibly interconnecting with the annular ring protrusion of the base container ; a sample rack removably disposed between the base container and the cover , wherein the sample rack further comprises an extension defining a perimeter of the sample rack ; and an airtight seal formed between the extension of the sample rack and the internal rim protrusion of the base container , characterized in that the airtight seal forces gases within the lower chamber to pass into the upper chamber via a gas vent in the sample rack .
A composite flavored mouthguard comprising: a mouthguard base having a generally U-shaped profile forming an upper channel, the mouthguard base including a first material; an elastomeric frame disposed at least partially within the mouthguard base, the elastomeric frame including a second material; wherein the elastomeric frame includes an impact shield at an anterior portion of the elastomeric frame and one or more cushion pads at a posterior portion of the elastomeric frame, wherein the one or more cushion pads extend through the mouthguard base; and a liner disposed within the upper channel, the liner including a third material, wherein at least one of the first material, the second material, or the third material includes a flavorant and at least one of the first material, the second material, or the third material independently includes a flavorant that provides sweetness. a mouthguard base having a generally U-shaped profile forming an upper channel, the mouthguard base including a first material; an elastomeric frame disposed at least partially within the mouthguard base, the elastomeric frame including a second material; wherein the elastomeric frame includes an impact shield at an anterior portion of the elastomeric frame and one or more cushion pads at a posterior portion of the elastomeric frame, wherein the one or more cushion pads extend through the mouthguard base; and a liner disposed within the upper channel, the liner including a third material, wherein at least one of the first material, the second material, or the third material includes a flavorant and at least one of the first material, the second material, or the third material independently includes a flavorant that provides sweetness.
A portable terminal for being operated in an image forming control system which further comprises an image forming apparatus , a network , an image processing apparatus and beacon transmitters , and wherein the image forming apparatus is configured to receive a print job from the image processing apparatus via the network , characterized in that the portable terminal comprises: an ID acquisition section configured to acquire from the information processing apparatus a document ID information that specifies the print job sent by the information processing apparatus to the image forming apparatus ; a position information acquisition section configured to acquire, when the document ID information is acquired by the ID acquisition section and a beacon signal is received from a beacon transmitter located nearby the image forming apparatus , position information according to the received beacon signal, wherein the position information is information relating to a position of the portable terminal relative to the image forming apparatus; and a return instruction section configured to send an instruction to return from a power-saving mode to a normal mode to the beacon transmitter which is configured to further send said instruction to the image forming apparatus , when the position information acquired by the position information acquisition section meets a specific condition indicating the approach of the portable terminal to the image forming apparatus. an ID acquisition section configured to acquire from the information processing apparatus a document ID information that specifies the print job sent by the information processing apparatus to the image forming apparatus ; a position information acquisition section configured to acquire, when the document ID information is acquired by the ID acquisition section and a beacon signal is received from a beacon transmitter located nearby the image forming apparatus , position information according to the received beacon signal, wherein the position information is information relating to a position of the portable terminal relative to the image forming apparatus; and a return instruction section configured to send an instruction to return from a power-saving mode to a normal mode to the beacon transmitter which is configured to further send said instruction to the image forming apparatus , when the position information acquired by the position information acquisition section meets a specific condition indicating the approach of the portable terminal to the image forming apparatus.
A portable information handling system comprising: a housing (12; 14); a motherboard coupled to the housing (12; 14); a processor coupled to the motherboard and operable to execute instructions that process information; a memory coupled to the motherboard and interfaced through the motherboard with the processor, the memory operable to store the instructions and information; a radio interfaced with the processor, the radio operable to communicate wireless signals; first and second antennas (22; 24) interfaced with the radio and disposed at one side of the housing (12; 14), the first and second antennas (22; 24) operable to transmit and receive the wireless signals; and a cooling fan with a grounded metallic material coupled to the motherboard , disposed between the first and second antennas, and having an exhaust at the one side of the housing (12; 14). a housing (12; 14); a motherboard coupled to the housing (12; 14); a processor coupled to the motherboard and operable to execute instructions that process information; a memory coupled to the motherboard and interfaced through the motherboard with the processor, the memory operable to store the instructions and information; a radio interfaced with the processor, the radio operable to communicate wireless signals; first and second antennas (22; 24) interfaced with the radio and disposed at one side of the housing (12; 14), the first and second antennas (22; 24) operable to transmit and receive the wireless signals; and a cooling fan with a grounded metallic material coupled to the motherboard , disposed between the first and second antennas, and having an exhaust at the one side of the housing (12; 14).
Procedure for the in-situ calibration of an analog measuring transmission section during the determination and/or monitoring of a process variable of a medium, wherein analog electrical signals are transmitted from a control/evaluation unit to a control unit via the measuring transmission section , wherein the control/evaluation unit is assigned a sensor , which determines and/or monitors the process variable using at least one component which is sensitive to the process variable, wherein the sensor is operated either in a measuring mode or in a simulation mode, wherein, in the measuring mode, the control/evaluation unit converts the measured values of the at least one component which is sensitive to the process variable into an analog electrical signal that represents the process variable, wherein, in the simulation mode, the control/evaluation unit outputs at least one analog electrical signal, which is clearly identified as simulated, for a defined period of time, said signal being detected and measured by the control unit , and wherein, in the simulation mode, the measuring transmission section is calibrated by the control unit determining the deviation between the analog electrical signal predefined by the control/evaluation unit and the measured analog electrical signal.
A structure for antenna arrays comprising: a dielectric material (104; 204) having two planar sides (102-1, 102-2; 202-1, 202-2); a first set of antenna array elements (106; 206) arranged on one side of the dielectric material; and a second set of antenna array elements (108; 208) arranged on the other side of the dielectric material opposing the elements of the first set of antenna array elements, wherein the first set of antenna array elements is controlled by a transmit chain ; the second set of antenna array elements is controlled by a receive chain ; characterized in that the first set and second set of antenna array elements each consist of N elements; and each of the second set of antenna array elements is offset from a respective antenna array element of the first set of antenna array elements . a dielectric material (104; 204) having two planar sides (102-1, 102-2; 202-1, 202-2); a first set of antenna array elements (106; 206) arranged on one side of the dielectric material; and a second set of antenna array elements (108; 208) arranged on the other side of the dielectric material opposing the elements of the first set of antenna array elements, wherein the first set of antenna array elements is controlled by a transmit chain ; the second set of antenna array elements is controlled by a receive chain ; characterized in that the first set and second set of antenna array elements each consist of N elements; and each of the second set of antenna array elements is offset from a respective antenna array element of the first set of antenna array elements .