mhurhangee/patent-ind-claim-en huggingface dataset:
A knitted component configured to form an upper for an article of footwear , the upper configured to be attached to a sole structure , the knitted component comprising: a base portion with a first side that is at least partially defined by a first edge of the knitted component, the base portion configured to be disposed adjacent the sole structure; a heel portion and a forefoot portion that are formed of unitary knit construction with the base portion; and a medial portion and a lateral portion that extend from a second side of the base portion, the second side being opposite from the first side, one of the medial portion and the lateral portion being at least partially defined by a second edge of the knitted component, the second edge being configured to be joined to the first edge at a seam to locate the one of the medial portion and the lateral portion adjacent the first side of the base portion and the other of the medial portion and the lateral portion adjacent the second side of the base portion, and wherein the second edge is configured to be joined to the first edge such that the base portion, the heel portion, the forefoot portion, the medial portion, and the lateral portion cooperatively define a void that is configured to receive a foot, the knitted component being characterized by the knitted component further comprising a throat portion that is formed of unitary knit construction with the medial portion, the lateral portion, and the forefoot portion. a base portion with a first side that is at least partially defined by a first edge of the knitted component, the base portion configured to be disposed adjacent the sole structure; a heel portion and a forefoot portion that are formed of unitary knit construction with the base portion; and a medial portion and a lateral portion that extend from a second side of the base portion, the second side being opposite from the first side, one of the medial portion and the lateral portion being at least partially defined by a second edge of the knitted component, the second edge being configured to be joined to the first edge at a seam to locate the one of the medial portion and the lateral portion adjacent the first side of the base portion and the other of the medial portion and the lateral portion adjacent the second side of the base portion, and wherein the second edge is configured to be joined to the first edge such that the base portion, the heel portion, the forefoot portion, the medial portion, and the lateral portion cooperatively define a void that is configured to receive a foot, the knitted component being characterized by the knitted component further comprising a throat portion that is formed of unitary knit construction with the medial portion, the lateral portion, and the forefoot portion.
Operating facility for a CNC control system for controlling a machine tool , wherein the machine tool comprises a plurality of machine axes (X, Y, Z, A, B, C) by means of which a tool inserted into a tool receptacle of a tool spindle is able to be displaced relative to a workpiece and/or to be rotated about a tool spindle axis (A), wherein the operating facility has at least one endlessly rotatable rotary controller which is able to be manually operated by an operator of the operating facility , by way of which rotary controller a feed rate with which the tool is moved relative to the workpiece and/or a spindle rotary speed is able to be manually set by the operator by rotating a rotary knob of the rotary controller , characterised in that the operating facility comprises a graphical user interface by means of which the effect of an operating action carried out by means of the rotary controller on the feed rate and/or the spindle rotary speed is able to be adjusted. wherein the machine tool comprises a plurality of machine axes (X, Y, Z, A, B, C) by means of which a tool inserted into a tool receptacle of a tool spindle is able to be displaced relative to a workpiece and/or to be rotated about a tool spindle axis (A), wherein the operating facility has at least one endlessly rotatable rotary controller which is able to be manually operated by an operator of the operating facility , by way of which rotary controller a feed rate with which the tool is moved relative to the workpiece and/or a spindle rotary speed is able to be manually set by the operator by rotating a rotary knob of the rotary controller , characterised in that the operating facility comprises a graphical user interface by means of which the effect of an operating action carried out by means of the rotary controller on the feed rate and/or the spindle rotary speed is able to be adjusted.
A tool for cutting a load distributor comprising a wire receiving section configured to be attached to a wire of a sternum closure device, the tool comprising: a pair of jaws movable between a first load distributor receiving position and a second load distributor cutting position, wherein, in the second position, the jaws overlap in a longitudinal extension of the tool , and wherein the jaws define V-shaped cutting edges that taper at an angle along the longitudinal extension of the tool , and a cutting section comprising the V-shaped cutting edges , characterized by an additional crimping section comprising a recess on one jaw and a protrusion on the other jaw , such that the protrusion reaches into the recess in the second position of the jaws . a pair of jaws movable between a first load distributor receiving position and a second load distributor cutting position, wherein, in the second position, the jaws overlap in a longitudinal extension of the tool , and wherein the jaws define V-shaped cutting edges that taper at an angle along the longitudinal extension of the tool , and a cutting section comprising the V-shaped cutting edges , characterized by an additional crimping section comprising a recess on one jaw and a protrusion on the other jaw , such that the protrusion reaches into the recess in the second position of the jaws .
A brake system comprising a brake disc , a wheel hub connected to the brake disc , and a bearing assembly mounted around the wheel hub , the brake system comprising: a first electric circuit embedded inside the brake disc ; a second electric circuit embedded inside the wheel hub and electrically connected with the first electric circuit ; and a third electric circuit embedded inside the bearing assembly and electrically connected with the second electric circuit , wherein when an electric current flows to the first electric circuit through the second and third electric circuits, the first electric circuit generates heat for applying to the brake disc . a first electric circuit embedded inside the brake disc ; a second electric circuit embedded inside the wheel hub and electrically connected with the first electric circuit ; and a third electric circuit embedded inside the bearing assembly and electrically connected with the second electric circuit , wherein when an electric current flows to the first electric circuit through the second and third electric circuits, the first electric circuit generates heat for applying to the brake disc .
A communication apparatus comprising: a transceiver configured to transmit and receive a communication signal; a detector configured to detect a power level of the communication signal received from the transceiver; a band setter configured to set a communication frequency band; an output setter configured to set a communication output band; and a controller ; characterized in that the controller is configured to: control an operation of the communication apparatus; determine a frequency band of the communication signal by analyzing the detected power level of the communication signal having passed through a band pass filter corresponding to each frequency band; cause the band setter to set the determined frequency band of the communication signal as the communication frequency band; determine an output band of the communication signal by analyzing the communication frequency band and a waveform of the communication signal; and cause the output setter to set the determined output band of the communication signal as the communication output band, and wherein the detector is placed before the band setter . a transceiver configured to transmit and receive a communication signal; a detector configured to detect a power level of the communication signal received from the transceiver; a band setter configured to set a communication frequency band; an output setter configured to set a communication output band; and a controller ; characterized in that the controller is configured to: control an operation of the communication apparatus; determine a frequency band of the communication signal by analyzing the detected power level of the communication signal having passed through a band pass filter corresponding to each frequency band; cause the band setter to set the determined frequency band of the communication signal as the communication frequency band; determine an output band of the communication signal by analyzing the communication frequency band and a waveform of the communication signal; and cause the output setter to set the determined output band of the communication signal as the communication output band, and control an operation of the communication apparatus; determine a frequency band of the communication signal by analyzing the detected power level of the communication signal having passed through a band pass filter corresponding to each frequency band; cause the band setter to set the determined frequency band of the communication signal as the communication frequency band; determine an output band of the communication signal by analyzing the communication frequency band and a waveform of the communication signal; and cause the output setter to set the determined output band of the communication signal as the communication output band, and wherein the detector is placed before the band setter .
An absorbent article comprising an absorber including: a front surface side sheet; a back surface side sheet disposed on the back surface side of the front surface side sheet; a plurality of cells each of which is surrounded by bonded portions of the front surface side sheet and the back surface side sheet and inside each of which the front surface side sheet and the back surface side sheet are not bonded; and particulate materials which include superabsorbent polymer particles and which are contained in each of the cells, wherein the same-sized octagons in which all interior angles are 135°, and the lengths of two pairs of opposite sides whose facing directions are mutually orthogonal are equal are arranged without space in the front-back direction and the width direction, along the pattern in which a portion between the octagonal portions forms a diamond shape whose length of all sides are equal, the bonded portions are provided in a continuous line shape or a dotted line shape, wherein the cells comprise octagonal cells surrounded by the octagonal portions of the bonded portions and diamond-shaped cells surrounded by the diamond-shaped portions of the bonded portions, and the bonded portions positioned on at least continuous two sides in each of the octagonal cells are weak bonded portions which can be peeled off due to the swelling force of the superabsorbent polymer particles in the cells adjacent to the bonded portions. a front surface side sheet; a back surface side sheet disposed on the back surface side of the front surface side sheet; a plurality of cells each of which is surrounded by bonded portions of the front surface side sheet and the back surface side sheet and inside each of which the front surface side sheet and the back surface side sheet are not bonded; and particulate materials which include superabsorbent polymer particles and which are contained in each of the cells, wherein the same-sized octagons in which all interior angles are 135°, and the lengths of two pairs of opposite sides whose facing directions are mutually orthogonal are equal are arranged without space in the front-back direction and the width direction, along the pattern in which a portion between the octagonal portions forms a diamond shape whose length of all sides are equal, the bonded portions are provided in a continuous line shape or a dotted line shape, wherein the cells comprise octagonal cells surrounded by the octagonal portions of the bonded portions and diamond-shaped cells surrounded by the diamond-shaped portions of the bonded portions, and the bonded portions positioned on at least continuous two sides in each of the octagonal cells are weak bonded portions which can be peeled off due to the swelling force of the superabsorbent polymer particles in the cells adjacent to the bonded portions.
Flight attendant seat for an aircraft, said seat having: - a backrest element ; - a seat element ; and - a guiding apparatus for holding the flight attendant seat in a starting position, wherein the guiding apparatus is also configured so that said flight attendant seat is movable, in a direction transverse to the longitudinal axis of the backrest element , from the starting position into at least one end position, characterized in that the guiding apparatus is configured in such a way that a distance of the end position above a floor of the aircraft is greater than a distance of the starting position above said floor of the aircraft. - a backrest element ; - a seat element ; and - a guiding apparatus for holding the flight attendant seat in a starting position, wherein the guiding apparatus is also configured so that said flight attendant seat is movable, in a direction transverse to the longitudinal axis of the backrest element , from the starting position into at least one end position,
A subject information obtaining apparatus comprising: a light source configured to generate light; a plurality of transducer elements configured to receive acoustic waves by irradiating a subject with the light from the light source and to transduce the acoustic waves into a plurality of reception signals; and a processing unit configured to obtain a characteristic distribution indicating a distribution of characteristic information respectively corresponding to a plurality of positions in the subject by using the plurality of reception signals: wherein the processing unit is configured to: cause a display unit to display a distribution image generated based on a compound distribution obtained by compounding a plurality of the characteristic distribution of the characteristic information obtained by irradiating the subject with the light from the light source a plurality of times, and generated data indicating a time fluctuation of characteristic information in a predetermined region among the created distribution image, within the same screen. a light source configured to generate light; a plurality of transducer elements configured to receive acoustic waves by irradiating a subject with the light from the light source and to transduce the acoustic waves into a plurality of reception signals; and a processing unit configured to obtain a characteristic distribution indicating a distribution of characteristic information respectively corresponding to a plurality of positions in the subject by using the plurality of reception signals: wherein the processing unit is configured to: cause a display unit to display a distribution image generated based on a compound distribution obtained by compounding a plurality of the characteristic distribution of the characteristic information obtained by irradiating the subject with the light from the light source a plurality of times, and generated data indicating a time fluctuation of characteristic information in a predetermined region among the created distribution image, within the same screen. cause a display unit to display a distribution image generated based on a compound distribution obtained by compounding a plurality of the characteristic distribution of the characteristic information obtained by irradiating the subject with the light from the light source a plurality of times, and generated data indicating a time fluctuation of characteristic information in a predetermined region among the created distribution image, within the same screen.
A drive unit for lateral movement of at least two load-bearing elements of a device for receiving and transporting loads for assembly on a movable or stationary device, having a first drive element and a second drive element , whereby a first load-bearing element can be moved laterally through the first drive element and a second load-bearing element through the second drive element of a first guide profile of the device for mounting and transport of loads, whereby at least two load-bearing elements can be supported by the first guide profile , whereby the two drive elements can be driven by exactly one drive unit , whereby the exactly one drive unit is positioned between the two drive elements , whereby the exactly one drive unit has an internal continuous driveshaft , whereby the first end of the driveshaft is non-rotatably connected to the first drive element and the second end of the driveshaft with the second drive element and the axis of the driveshaft and the axes of the drive element are in line, characterized in that the first guide profile has a hollow profile and in the first guide profile a drive element is at least partially integrated inside the first guide profile and additionally the exactly one drive unit is at least partially integrated into the first guide profile .
Terminal for a Long Term Evolution, LTE, wireless communication network operating on an unlicensed spectrum, the terminal being adapted for performing a Listen-Before-Talk, LBT, procedure for one or more transmission bandwidths of said unlicensed spectrum; the terminal further being adapted for: transmitting Physical Uplink Shared CHannel, PUSCH, signaling in a PUSCH subframe on one or more interlaces within the one or more transmission bandwidths, wherein the terminal is further adapted for transmitting Sounding Reference Signaling on the one or more interlaces in the PUSCH subframe, the terminal being characterized in that transmitting 2. the Sounding Reference Signaling comprises multiplexing the Sounding Reference Signaling transmitted on different antenna ports based on cyclic shifts. transmitting Physical Uplink Shared CHannel, PUSCH, signaling in a PUSCH subframe on one or more interlaces within the one or more transmission bandwidths, wherein the terminal is further adapted for transmitting Sounding Reference Signaling on the one or more interlaces in the PUSCH subframe, the terminal being characterized in that transmitting 2. the Sounding Reference Signaling comprises multiplexing the Sounding Reference Signaling transmitted on different antenna ports based on cyclic shifts.
A trans mucosal neuromuscular electrical stimulation device comprising a mouthpiece , electrode means associated with the mouthpiece and electrical circuitry operatively connected to the electrode means , the mouthpiece comprising a pair of arms joined together at one end and diverging from one another with at least one flange extending inwardly from at least one arm, characterised in that the at least one flange is flat or planar or is a flat curved shape with a major surface and the at least one flange is shaped to cooperate or approximate or accommodate a sublingual tongue surface, the at least one flange includes the electrode means associated therewith and exposed at the major surface for providing, in use, via the electrode means electrical stimulation to one or more palate and/or tongue muscles via the sublingual tongue surface to increase resting muscle tone and/or muscle tone during sleep, wherein the at least one flange extends downwardly and out of the plane of the mouthpiece , and further comprising a second flange extending inwardly from at least one arm.
An optical system comprising: a projector configured to generate a collimated pixel beam associated with a virtual object; a light modifying device configured to modify the collimated pixel beam to generate a modified pixel beam, wherein modifying the collimated pixel beam includes selectively converging the collimated pixel beam and/or reducing a diameter of the collimated pixel beam, depending on the operational requirements; an eyepiece configured to output the modified pixel beam; and a processing module configured to perform operations comprising: determining a virtual distance of a virtual depth plane from the optical system at which the virtual object is to be displayed; comparing the virtual distance to at least one distance threshold; and based on comparing the virtual distance to the at least one distance threshold, causing the light modifying device to modify the collimated pixel beam to generate the modified pixel beam; wherein the optical system is a single focal plane system. a projector configured to generate a collimated pixel beam associated with a virtual object; a light modifying device configured to modify the collimated pixel beam to generate a modified pixel beam, wherein modifying the collimated pixel beam includes selectively converging the collimated pixel beam and/or reducing a diameter of the collimated pixel beam, depending on the operational requirements; an eyepiece configured to output the modified pixel beam; and a processing module configured to perform operations comprising: determining a virtual distance of a virtual depth plane from the optical system at which the virtual object is to be displayed; comparing the virtual distance to at least one distance threshold; and based on comparing the virtual distance to the at least one distance threshold, causing the light modifying device to modify the collimated pixel beam to generate the modified pixel beam; wherein the optical system is a single focal plane system. determining a virtual distance of a virtual depth plane from the optical system at which the virtual object is to be displayed; comparing the virtual distance to at least one distance threshold; and based on comparing the virtual distance to the at least one distance threshold, causing the light modifying device to modify the collimated pixel beam to generate the modified pixel beam; wherein the optical system is a single focal plane system.