mhurhangee/patent-ind-claim-en huggingface dataset:
Method for slicing a food product in a food product slicing machine, in particular a slicer, comprising: i) slicing food product slices with a slice thickness determined by the food product slicing machine, wherein the food product slices are deposited on a portioning shelf , ii) detecting a shock pulse of a falling food product slice on the portioning shelf during the deposition of the food product slices successively falling on the portioning shelf , iii) identifying an pulse parameter from the detected shock pulse, and iv) adjusting the slice thickness, if the identified pulse parameter is outside a tolerance range around a target pulse parameter. i) slicing food product slices with a slice thickness determined by the food product slicing machine, wherein the food product slices are deposited on a portioning shelf , ii) detecting a shock pulse of a falling food product slice on the portioning shelf during the deposition of the food product slices successively falling on the portioning shelf , iii) identifying an pulse parameter from the detected shock pulse, and iv) adjusting the slice thickness, if the identified pulse parameter is outside a tolerance range around a target pulse parameter.
A seat structure comprising: a seat portion ; and a backrest configured to be reclinable with respect to the seat portion , wherein in an upright position the postures of the seat portion and the backrest are constant, and in a relaxing position in which the backrest is reclined, the posture of the backrest is constant and the posture of the seat portion is changeable wherein the seat portion follows movement of the center of gravity of the seated person so that the posture of the seat portion is changed wherein when the seated person imposes a load on an ischial tuberosity support portion or vicinity of the seat portion , in the relaxing position, the seat portion rotates around a portion ahead of the ischial tuberosity support portion, and is displaced such that a rear edge of the seat portion becomes lower than a front edge thereof, characterized in that when the seated person imposes a load on a portion close to the front edge of the seat portion in the relaxing position, the seat portion rotates around a portion behind the ischial tuberosity support portion, and is displaced such that the front edge become lower than the rear edge . a seat portion ; and a backrest configured to be reclinable with respect to the seat portion , wherein in an upright position the postures of the seat portion and the backrest are constant, and in a relaxing position in which the backrest is reclined, the posture of the backrest is constant and the posture of the seat portion is changeable wherein the seat portion follows movement of the center of gravity of the seated person so that the posture of the seat portion is changed wherein when the seated person imposes a load on an ischial tuberosity support portion or vicinity of the seat portion , in the relaxing position, the seat portion rotates around a portion ahead of the ischial tuberosity support portion, and is displaced such that a rear edge of the seat portion becomes lower than a front edge thereof, characterized in that when the seated person imposes a load on a portion close to the front edge of the seat portion in the relaxing position, the seat portion rotates around a portion behind the ischial tuberosity support portion, and is displaced such that the front edge become lower than the rear edge .
A capturing system , which is configured to capture a target object in a space, the capturing system comprising: - A plate-like body , that is attachable to a target object in a space before the target object is launched to the space, the plate-like body comprising a marker for approach navigation of an aerospace vehicle , wherein the plate-like body has a rectangular shape as viewed in a plan view and contains magnetic materials, wherein multiple holes each having a substantially square shape are opened in the plate-like body , and the capturing system further comprising - an aerospace vehicle that has a magnetic force generating portion which generates magnetic force for attracting the plate-like body , characterized in that the plate-like body has a staggered arrangement of the holes, wherein the holes are arranged vertically and horizontally and, in the horizontal direction some of the holes are placed in line, whereas in the vertical direction some of the holes are not placed in line but are instead placed such that the horizontal positions of the adjacent holes are shifted from one another. - A plate-like body , that is attachable to a target object in a space before the target object is launched to the space, the plate-like body comprising a marker for approach navigation of an aerospace vehicle , wherein the plate-like body has a rectangular shape as viewed in a plan view and contains magnetic materials, wherein multiple holes each having a substantially square shape are opened in the plate-like body , and the capturing system further comprising wherein the plate-like body has a rectangular shape as viewed in a plan view and contains magnetic materials, wherein multiple holes each having a substantially square shape are opened in the plate-like body , and the capturing system further comprising - an aerospace vehicle that has a magnetic force generating portion which generates magnetic force for attracting the plate-like body , characterized in that the plate-like body has a staggered arrangement of the holes, wherein the holes are arranged vertically and horizontally and, in the horizontal direction some of the holes are placed in line, whereas in the vertical direction some of the holes are not placed in line but are instead placed such that the horizontal positions of the adjacent holes are shifted from one another.
A shelf management system comprising a front fixation profile element arranged to be fixed along the front edge of a shelf and at least one feeder device which feeder device comprises; - a product support having a longitudinal direction extending between a front end and a rear end, - a product feeder which is displaceable along the product support and urged in the forward direction, - at least one divider wall which extends in parallel with said longitudinal direction, - a front fixation member arranged to releasably engage the front fixation profile element when fixed along the front edge of a shelf for releasable fixation of the feeder device at various positions along the front fixation profile element, - at least one control surface extending rearwardly from the front fixation member, in parallel with the longitudinal direction of the product support and being arranged to face the upper surface of the shelf, wherein the at least one control surface is provided with at least one stop recess , characterized in that the dimensions of the at least one stop recess is configured to receive the cross section of the front fixation profile element, which stop recess is positioned at a distance behind the front fixation member and configured to receive a longitudinal portion of the front fixation profile element for preventing longitudinal displacement of the feeder device when the front fixation member is out of engagement with and positioned in front of the front fixation profile element . - a product support having a longitudinal direction extending between a front end and a rear end, - a product feeder which is displaceable along the product support and urged in the forward direction, - at least one divider wall which extends in parallel with said longitudinal direction, - a front fixation member arranged to releasably engage the front fixation profile element when fixed along the front edge of a shelf for releasable fixation of the feeder device at various positions along the front fixation profile element, - at least one control surface extending rearwardly from the front fixation member, in parallel with the longitudinal direction of the product support and being arranged to face the upper surface of the shelf,
A sterile liquid or gel composition for generating antimicrobial activity, comprising: an enzyme that is able to convert a substrate to release hydrogen peroxide; and a substance that includes a substrate for the enzyme, wherein the composition comprises less than 10% by weight of water, and wherein the composition does not comprise honey or any other unrefined natural substance.
Method to optimize repowering of solar photovoltaic power plants through predictive and preventive maintenance in which a. in a first step, an aerial thermographic infrared and/or electroluminescent inspection is carried out to detect failed modules; b. during the analysis of the results of said inspection, failed modules are classified in each of the following three types of failure: A - irreversible, B - reversible y C - partly reversible; c. modules with failure type A are substituted by new ones, of more power, which are grouped and series-connected within strings and their power range has a standard deviation lower than ±5%; d. modules with failure type B are repaired and their original power recovered, and, once repaired, they are put back in their original position within the power plant; e. modules with failure type C are either re-grouped according to their new power (always lower) in groups within strings , where they are series-connected and their power range has a standard deviation lower than ±5%, or they are destined to other power plants and are substituted by new modules, of higher power, which are grouped within strings , where they are series-connected and their power range has a standard deviation lower than ±5%. a. in a first step, an aerial thermographic infrared and/or electroluminescent inspection is carried out to detect failed modules; b. during the analysis of the results of said inspection, failed modules are classified in each of the following three types of failure: A - irreversible, B - reversible y C - partly reversible; c. modules with failure type A are substituted by new ones, of more power, which are grouped and series-connected within strings and their power range has a standard deviation lower than ±5%; d. modules with failure type B are repaired and their original power recovered, and, once repaired, they are put back in their original position within the power plant; e. modules with failure type C are either re-grouped according to their new power (always lower) in groups within strings , where they are series-connected and their power range has a standard deviation lower than ±5%, or they are destined to other power plants and are substituted by new modules, of higher power, which are grouped within strings , where they are series-connected and their power range has a standard deviation lower than ±5%.
A method for signal transfer, applied by an active stylus , and comprising: receiving , by an electrode in the active stylus , a direct sequence spread spectrum, DSSS, signal, wherein the DSSS signal is sent by a touch screen via a coupling capacitor formed between the electrode and the touch screen pre-amplifying , by a pre-amplifier circuit in the active stylus , the received DSSS signal; inputting , by the pre-amplifier circuit , the pre-amplified DSSS signal into a hysteresis comparing circuit , the hysteresis comparing circuit being a comparator circuit with hysteresis; restoring , by the hysteresis comparing circuit , the pre-amplified DSSS signal to obtain a restored DSSS signal according to the originally sent DSSS signal; inputting , by the hysteresis comparing circuit , the restored DSSS signal to a digital demodulating circuit ; demodulating , by the digital demodulating circuit , the restored DSSS signal to obtain an original signal that is not spread-spectrum coded; and outputting , by the digital demodulating circuit , the original signal. receiving , by an electrode in the active stylus , a direct sequence spread spectrum, DSSS, signal, wherein the DSSS signal is sent by a touch screen via a coupling capacitor formed between the electrode and the touch screen pre-amplifying , by a pre-amplifier circuit in the active stylus , the received DSSS signal; inputting , by the pre-amplifier circuit , the pre-amplified DSSS signal into a hysteresis comparing circuit , the hysteresis comparing circuit being a comparator circuit with hysteresis; restoring , by the hysteresis comparing circuit , the pre-amplified DSSS signal to obtain a restored DSSS signal according to the originally sent DSSS signal; inputting , by the hysteresis comparing circuit , the restored DSSS signal to a digital demodulating circuit ; demodulating , by the digital demodulating circuit , the restored DSSS signal to obtain an original signal that is not spread-spectrum coded; and outputting , by the digital demodulating circuit , the original signal.
A method for determining deterioration of a disease condition of a Parkinson's disease (PD) patient, comprising measuring the numbers of intestinal Lactobacillus brevis bacteria in feces as biological sample of the patient at two or more different time points and comparing the numbers, wherein if the number is decreased, it can be determined that the PD condition is getting severe, and when the number is increased, it can be determined that the condition is getting mild.
A polynucleotide oligomer comprising at least one modified base, wherein the at least one modified base is represented by the formula: wherein Z is CH 2 or O.
A heat exchanger having a longitudinal axis (x), a first end , a second end , an outer wall having an outer surface and a first conduit defining a first fluid passageway canal and a plurality of additional conduits defining a plurality of additional fluid passageway canals, wherein the first conduit and the additional conduits extend along the longitudinal axis (x) and that the heat exchanger comprises one or more extruded one-piece bodies (S 1 , S 2 , S 3 ) comprising at least a portion of the first conduit and at least a portion of each of the additional conduits , characterised in that the heat exchanger comprises one or more inspection conduits provided between the first conduit and a plurality of conduits , wherein the inspection conduits are not closed at the first end or at the second end of the heat exchanger , wherein the inspection conduits are visually detectable from the outside, so that in use the heat exchanger is arranged vertically and in case of a leakage due to corrosion fluid will drip from the inspection conduits onto the floor.
A method for depth camera image transformation at a device, the method comprising: receiving , at a processor of the device, a depth camera image from a depth camera of the device, wherein the depth camera image comprises a plurality of 2D x-y axis co-ordinates; receiving, at the processor of the device, a color image from a color camera of the device; determining , according to the depth camera's physical position relative to the color camera's physical position, a processing order for transforming points of the depth camera image into a depth image at a color camera coordinate system associated with the color camera's physical position, wherein the depth camera and the color camera are situated such that the depth camera is physically offset to one side of the color camera in the device; and transforming the depth camera image into the color camera coordinate system according to the determined processing order and wherein the processing order comprises a horizontal depth camera pixel processing order along the x-axis of the depth camera image in a direction corresponding in physical space to a direction towards the color camera away from the depth camera. receiving , at a processor of the device, a depth camera image from a depth camera of the device, wherein the depth camera image comprises a plurality of 2D x-y axis co-ordinates; receiving, at the processor of the device, a color image from a color camera of the device; determining , according to the depth camera's physical position relative to the color camera's physical position, a processing order for transforming points of the depth camera image into a depth image at a color camera coordinate system associated with the color camera's physical position, wherein the depth camera and the color camera are situated such that the depth camera is physically offset to one side of the color camera in the device; and transforming the depth camera image into the color camera coordinate system according to the determined processing order and wherein the processing order comprises a horizontal depth camera pixel processing order along the x-axis of the depth camera image in a direction corresponding in physical space to a direction towards the color camera away from the depth camera.
A steam turbine stationary blade with a hollow inner portion , including: a plurality of slots formed on a blade surface of the steam turbine stationary blade , wherein each of the plurality of slots extends in a blade height direction and wherein the plurality of slots are arranged so as to constitute a plurality of lines in a turbine axial direction of the steam turbine stationary blade , wherein the slots are configured to guide a water film, generated by accumulation of water droplets deposited to the blade surface , into the hollow inner portion of the steam turbine stationary blade , characterized in that widths of the slots differ according to their positions in the turbine axial direction on the blade surface , wherein the slots include a first slot located upstream in the turbine axial direction and a second slot located downstream of the first slot and having a slot width larger than the slot width of the first slot . a plurality of slots formed on a blade surface of the steam turbine stationary blade , wherein each of the plurality of slots extends in a blade height direction and wherein the plurality of slots are arranged so as to constitute a plurality of lines in a turbine axial direction of the steam turbine stationary blade , wherein the slots are configured to guide a water film, generated by accumulation of water droplets deposited to the blade surface , into the hollow inner portion of the steam turbine stationary blade , characterized in that widths of the slots differ according to their positions in the turbine axial direction on the blade surface , wherein the slots include a first slot located upstream in the turbine axial direction and a second slot located downstream of the first slot and having a slot width larger than the slot width of the first slot .
Transport vehicle for transporting longitudinal modules of a full face excavating machine with a chassis , which has two crawlers , between which a receiving space is formed for a receiving frame for a longitudinal module of the full face excavating machine , characterized in that the receiving frame is designed as a pallet, which is affixed to the chassis and can be detached, and that the receiving frame with the longitudinal module can be introduced in the receiving space of the chassis both in a first longitudinal direction as well as in the opposite longitudinal direction of the receiving frame .
A blending system comprising: a base housing a motor ; a container operatively coupled to a top portion of the base ; a blade assembly operatively disposed within the container , the blade assembly operatively engaged with the motor ; a lid operatively attached to the container , wherein the lid is configured to cover an open end of the container ; and an interlock detector comprising a memory , a processor , an image recognition component and at least one image sensor , that operatively captures images of the container and the lid , wherein the memory stores computer executable components including the image recognition component , and wherein the image recognition component determines, based at least in part on the captured images, whether the container , the lid , and the base are interlocked, and whether the container and the lid are in operative positions. a base housing a motor ; a container operatively coupled to a top portion of the base ; a blade assembly operatively disposed within the container , the blade assembly operatively engaged with the motor ; a lid operatively attached to the container , wherein the lid is configured to cover an open end of the container ; and an interlock detector comprising a memory , a processor , an image recognition component and at least one image sensor , that operatively captures images of the container and the lid , wherein the memory stores computer executable components including the image recognition component , and wherein the image recognition component determines, based at least in part on the captured images, whether the container , the lid , and the base are interlocked, and whether the container and the lid are in operative positions.
An inter-body fusion device for use in surgery comprising: a first plate having a leading edge , a trailing edge , an upper bone contact surface , an opposed first plate inner surface , and a first plate longitudinal axis (L1); a second plate having a leading edge , a trailing edge , a lower bone contact surface , an opposed second plate inner surface , and a second plate longitudinal axis (L2), wherein the first plate substantially overlies the second plate and is positioned such that the first plate longitudinal axis (L1) and the second plate longitudinal axis (L2) form a device angle; and an insert comprising a first member having a leading edge and a trailing edge , and a second member having a leading edge and a trailing edge , the insert positioned substantially therebetween the first plate and the second plate , wherein movement of the first member longitudinally with respect to the first and second plates increases a distance between a portion of the leading edge of the first and second plates and movement of the second member longitudinally with respect to the first and second plates increases the distance between a portion of the trailing edge of the first and second plates , characterized in that both the first member and the second member each include an upper plate contact surface and a lower plate contact surface , and the first and second members are physically separate and operate independently and are configured to allow selectively altering both the distance between the first plate and the second plate and the device angle. a first plate having a leading edge , a trailing edge , an upper bone contact surface , an opposed first plate inner surface , and a first plate longitudinal axis (L1); a second plate having a leading edge , a trailing edge , a lower bone contact surface , an opposed second plate inner surface , and a second plate longitudinal axis (L2), wherein the first plate substantially overlies the second plate and is positioned such that the first plate longitudinal axis (L1) and the second plate longitudinal axis (L2) form a device angle; and an insert comprising a first member having a leading edge and a trailing edge , and a second member having a leading edge and a trailing edge , the insert positioned substantially therebetween the first plate and the second plate , wherein movement of the first member longitudinally with respect to the first and second plates increases a distance between a portion of the leading edge of the first and second plates and movement of the second member longitudinally with respect to the first and second plates increases the distance between a portion of the trailing edge of the first and second plates , characterized in that both the first member and the second member each include an upper plate contact surface and a lower plate contact surface , and the first and second members are physically separate and operate independently and are configured to allow selectively altering both the distance between the first plate and the second plate and the device angle.