mhurhangee/patent-ind-claim-en huggingface dataset:
A sample analysis system for analyzing a sample, comprising: at least one test device for analyzing the sample; and a rack handler operable to move a sample rack from a first location to a second location along a travel path (P), the rack handler having a rotation assembly including a) an engagement element for engagement with the sample rack , and b) a motor coupled to the engagement element and is operable to cause rotation of the engagement element , wherein the rotation assembly rotates the sample rack from a first orientation into a second orientation along the travel path (P) when the engagement element engages the sample rack when the sample rack is disposed on the rack handler characterized in that the engagement element includes a base and a protrusion that projects upward from the base , wherein when the sample rack is present on the rack handler, rotation of the engagement element when the protrusion engages the sample rack cause the sample rack to rotate about a vertical axis, and wherein the sample rack includes a slot and the engagement element is rotated in the slot of the sample rack . at least one test device for analyzing the sample; and a rack handler operable to move a sample rack from a first location to a second location along a travel path (P), the rack handler having a rotation assembly including a) an engagement element for engagement with the sample rack , and b) a motor coupled to the engagement element and is operable to cause rotation of the engagement element , wherein the rotation assembly rotates the sample rack from a first orientation into a second orientation along the travel path (P) when the engagement element engages the sample rack when the sample rack is disposed on the rack handler characterized in that the engagement element includes a base and a protrusion that projects upward from the base , wherein when the sample rack is present on the rack handler, rotation of the engagement element when the protrusion engages the sample rack cause the sample rack to rotate about a vertical axis, and wherein the sample rack includes a slot and the engagement element is rotated in the slot of the sample rack .
Capsule containing beverage ingredient , such as tea leaves, configured for preparing a beverage, such as tea, by injection of hot water therein and comprising : - a housing for storing said beverage ingredient, said housing comprising : - a container part - a front opened side , - a rim extending from the front opened side, and - a front cover and/or a wall closing the front opened side of the housing, and - the housing presenting a cross section varying from the back side to the front side from a circular section to a globally triangular section - with smooth rounded corners - respectively, and characterised in that : - the housing is made of plastic material, and - the container part comprises a stacking border rising from the rim and from the external surface of the container part, said stacking border forming a line surrounding the front opened side and said line of the stacking border being discontinued. - a housing for storing said beverage ingredient, said housing comprising : - a container part - a front opened side , - a rim extending from the front opened side, and - a container part - a front opened side , - a rim extending from the front opened side, and - a front cover and/or a wall closing the front opened side of the housing, and - the housing presenting a cross section varying from the back side to the front side from a circular section to a globally triangular section - with smooth rounded corners - respectively, and - the housing is made of plastic material, and - the container part comprises a stacking border rising from the rim and from the external surface of the container part, said stacking border forming a line surrounding the front opened side and said line of the stacking border being discontinued.
Device for exposing at least one substrate to a plasma with a first electrode and a second electrode that can be arranged opposite thereto, which electrodes are formed together producing the plasma between the electrodes , wherein at least one of the electrodes is formed from at least two electrode units , wherein during operation the two electrode units are brought to the same potential, wherein the inner electrode unit is movable upwards and a robot arm (8,8',8") can place the substrate on the inner electrode unit , wherein the inner electrode unit and the outer electrode unit can be arranged to form a common support plane (E), wherein the substrate lies in particular over the entire surface on the inner and the outer electrode unit .
A method for acquiring context configuration information, comprising: determining (S110), by a terminal device, a connection recovery request message, the connection recovery request message being used for the terminal device to request for recovering or establishing a connection with an access network device, the connection recovery request message comprising network node information, the network node information being used to indicate a network node, the network node being an anchor access network device or a core network device, the network node storing context configuration information of all terminal devices within coverage of the network node, and the terminal device being within the coverage of the network node; and sending (S120), by the terminal device, the connection recovery request message to the access network device; wherein the access network device is in the paging region where the terminal resides, the paging region is a paging region pre-configured for the terminal device by a core network device, the paging region includes one or more access network devices, one of the one or more access network devices is an anchor access network device, and the anchor access network device stores context configuration information of all the terminal devices in the paging region. determining (S110), by a terminal device, a connection recovery request message, the connection recovery request message being used for the terminal device to request for recovering or establishing a connection with an access network device, the connection recovery request message comprising network node information, the network node information being used to indicate a network node, the network node being an anchor access network device or a core network device, the network node storing context configuration information of all terminal devices within coverage of the network node, and the terminal device being within the coverage of the network node; and sending (S120), by the terminal device, the connection recovery request message to the access network device; wherein the access network device is in the paging region where the terminal resides, the paging region is a paging region pre-configured for the terminal device by a core network device, the paging region includes one or more access network devices, one of the one or more access network devices is an anchor access network device, and the anchor access network device stores context configuration information of all the terminal devices in the paging region.
An airfoil comprising: an airfoil body extending from a radially inner root portion to a radially outer tip portion , the airfoil body extending from a pressure side to a suction side , the airfoil body extending from a leading edge to a trailing edge portion ; the trailing edge portion comprising: a linear pressure side portion ; a linear suction side portion ; a trailing edge tip portion ; and at least one elliptical portion disposed between the trailing edge tip portion and at least one of the linear pressure side portion and the linear suction side portion ; characterized in that the trailing edge tip portion comprises a circular trailing edge tip portion disposed directly downstream of the at least one elliptical portion and defined by a circle that tangentially overlaps with the at least one elliptical portion in the vicinity of the trailing edge tip ; and the at least one elliptical portion is defined by an ellipse having a skew angle between -10 degrees and 10 degrees but within this range other than 0 degrees, wherein the skew angle is the angle between a major axis (a) of the ellipse and a camber line of the airfoil. an airfoil body extending from a radially inner root portion to a radially outer tip portion , the airfoil body extending from a pressure side to a suction side , the airfoil body extending from a leading edge to a trailing edge portion ; the trailing edge portion comprising: a linear pressure side portion ; a linear suction side portion ; a trailing edge tip portion ; and at least one elliptical portion disposed between the trailing edge tip portion and at least one of the linear pressure side portion and the linear suction side portion ; a linear pressure side portion ; a linear suction side portion ; a trailing edge tip portion ; and at least one elliptical portion disposed between the trailing edge tip portion and at least one of the linear pressure side portion and the linear suction side portion ; characterized in that the trailing edge tip portion comprises a circular trailing edge tip portion disposed directly downstream of the at least one elliptical portion and defined by a circle that tangentially overlaps with the at least one elliptical portion in the vicinity of the trailing edge tip ; and the at least one elliptical portion is defined by an ellipse having a skew angle between -10 degrees and 10 degrees but within this range other than 0 degrees, wherein the skew angle is the angle between a major axis (a) of the ellipse and a camber line of the airfoil.
A method for processing a video signal, the method employing a camera, a microprocessor with an associated look-up table, and a monitor, wherein the resolution of the video signal output is chosen to match that of the monitor, the method adapted for use by a user with low vision, the method comprising the following steps: viewing an object with the camera, the camera generating a video signal, the video signal comprising a series of video frames, with each frame comprising an array of pixels; delivering the video signal to the microprocessor; processing the video signal via the microprocessor without buffering a whole frame, the processing being carried out on a pixel by pixel basis and in accordance with instructions from the look-up table, the look-up table specifying portions of the array to be shaded and the degree of shading to be applied, with the degree of shading being such that the underlying image is not masked, wherein the shaded portions of the array function to highlight the non-shaded portions of the array and thereby facilitate viewing by the low-vision user; delivering the processed video signal to the monitor for viewing by the low-vision user. viewing an object with the camera, the camera generating a video signal, the video signal comprising a series of video frames, with each frame comprising an array of pixels; delivering the video signal to the microprocessor; processing the video signal via the microprocessor without buffering a whole frame, the processing being carried out on a pixel by pixel basis and in accordance with instructions from the look-up table, the look-up table specifying portions of the array to be shaded and the degree of shading to be applied, with the degree of shading being such that the underlying image is not masked, wherein the shaded portions of the array function to highlight the non-shaded portions of the array and thereby facilitate viewing by the low-vision user; delivering the processed video signal to the monitor for viewing by the low-vision user.
Machine for sorting objects such as parcels or packages, comprising an upstream conveyor and a downstream conveyor designed to convey the objects in a certain conveying direction (DI), said sorting machine also comprising an alignment conveyor fed with objects by the upstream conveyor, said alignment conveyor being designed to align the objects one after the other in the conveying direction and to feed the objects to the downstream conveyor once the objects have been aligned, said alignment conveyor comprising a jogging edge which extends in the conveying direction and rectilinear conveyor belts which extend in a certain jogging direction (D2) deviated from the conveying direction by a certain deviation angle (α) so that the objects conveyed on the alignment conveyor are conveyed in the jogging direction and then in the conveying direction once in contact with the jogging edge, the conveyor belts having a conveying surface whereupon the objects are conveyed, and the jogging edge extending in height transversely to the conveying surface of the conveyor belts , characterized in that each conveyor belt is terminated by a downstream end in the jogging direction, which is flush with and level with the jogging edge .
An apparatus comprising: an electromechanical device ; a control unit configured to control the electromechanical device by a control signal ; and a motion detector configured to provide a motion detector signal , wherein the motion detector is configured to determine mechanical movement of the electromechanical device , wherein the control unit is configured to alter the current of the control signal depending on a phase difference between the control signal and the motion detector signal , wherein the electromechanical device is a stepper motor, the apparatus is characterised by that the apparatus further comprises a unit configured to average multiple phase differences between the control signal and the motion detector signal obtained over time before the current of the control signal is altered. an electromechanical device ; a control unit configured to control the electromechanical device by a control signal ; and a motion detector configured to provide a motion detector signal , wherein the motion detector is configured to determine mechanical movement of the electromechanical device , wherein the control unit is configured to alter the current of the control signal depending on a phase difference between the control signal and the motion detector signal , wherein the electromechanical device is a stepper motor, the apparatus is characterised by that the apparatus further comprises a unit configured to average multiple phase differences between the control signal and the motion detector signal obtained over time before the current of the control signal is altered.
An electronic component, comprising: a magnetic core member that is made of a magnetic material and that has a flat base and a core , the flat base having a top surface , a bottom surface , a first side surface and a second side surface opposite to the first side surface, the core is located on the top surface of the flat base; and a winding that has an edgewise coil in which a flat wire is wound and in which the core is inserted, the winding having two non-wound flat wires that extend from the edgewise coil; wherein: the two non-wound flat wires continuously extend along the top surface, the first side surface, the bottom surface and the second side surface of the flat base in this order, the two non-wound flat wires located on the bottom surface work as electrodes ; and two ends located near the second side surface of the two non-wound wires project from the top surface , and the two ends are bent toward the first side surface of the flat base; wherein : a magnetic exterior body covers at least the core, the edgewise coil, and the ends of the non-wound flat wires at the second side surface. a magnetic core member that is made of a magnetic material and that has a flat base and a core , the flat base having a top surface , a bottom surface , a first side surface and a second side surface opposite to the first side surface, the core is located on the top surface of the flat base; and a winding that has an edgewise coil in which a flat wire is wound and in which the core is inserted, the winding having two non-wound flat wires that extend from the edgewise coil; wherein: the two non-wound flat wires continuously extend along the top surface, the first side surface, the bottom surface and the second side surface of the flat base in this order, the two non-wound flat wires located on the bottom surface work as electrodes ; and two ends located near the second side surface of the two non-wound wires project from the top surface , and the two ends are bent toward the first side surface of the flat base; wherein : a magnetic exterior body covers at least the core, the edgewise coil, and the ends of the non-wound flat wires at the second side surface. the two non-wound flat wires continuously extend along the top surface, the first side surface, the bottom surface and the second side surface of the flat base in this order, the two non-wound flat wires located on the bottom surface work as electrodes ; and two ends located near the second side surface of the two non-wound wires project from the top surface , and the two ends are bent toward the first side surface of the flat base; wherein : a magnetic exterior body covers at least the core, the edgewise coil, and the ends of the non-wound flat wires at the second side surface.
Display system comprising: - a display screen , - a printed circuit , - a support inserted between the display screen and the printed circuit , the display screen comprising an electrically conducting face facing towards the support , the electrically conducting face being connected to an electrically conducting region of the support by an electrically conducting element , the electrically conducting region of the support being connected to the earth of the printed circuit , characterized in that the support comprises a plate having a housing accommodating the display screen. - a display screen , - a printed circuit , - a support inserted between the display screen and the printed circuit ,
Bundle of products which have a longitudinal axis (X), comprising a securing net for the products which comprises - a peripheral cordage to encircle said set and comprising at least one peripheral loop (1; 2), said peripheral loop (1; 2) being preferably located above the centre of gravity of the bundle , characterized by - an internal cordage for extending to the core of said bundle and comprising at least one internal loop encircling said at least one peripheral loop (1; 2), - a handle in the form of an elongate link, fixed to the securing net , said handle extending from two points of linkage to the securing net which are located above the centre of gravity of the bundle , said points of linkage of the handle to the securing net being positioned at the same height and defining an oblique axis relative to each of the edges of the bundle . - a peripheral cordage to encircle said set and comprising at least one peripheral loop (1; 2), said peripheral loop (1; 2) being preferably located above the centre of gravity of the bundle , characterized by - an internal cordage for extending to the core of said bundle and comprising at least one internal loop encircling said at least one peripheral loop (1; 2), - a handle in the form of an elongate link, fixed to the securing net , said handle extending from two points of linkage to the securing net which are located above the centre of gravity of the bundle , said points of linkage of the handle to the securing net being positioned at the same height and defining an oblique axis relative to each of the edges of the bundle .
A fishing line guide , comprising: a guide body with a through hole formed therein; and a guide ring fitted into the through hole of the guide body , wherein the guide ring includes : a base material layer ; and a surface layer formed on a surface of the base material layer , and the surface layer is formed of chromium carbide, titanium carbide, or vanadium carbide, wherein the base material layer is formed of a metal alloy containing Ni, Co, Cr, Mo, and Fe, and wherein the base material layer is constituted of 30 wt% to 40 wt% of Co, 27 wt% to 37 wt% of Ni, 12 wt% to 25 wt% of Cr, 5 wt% to 10 wt% of Mo, 3 wt% or less of Fe, and a balance of inevitable impurities. a guide body with a through hole formed therein; and a guide ring fitted into the through hole of the guide body , wherein the guide ring includes : a base material layer ; and a surface layer formed on a surface of the base material layer , and the surface layer is formed of chromium carbide, titanium carbide, or vanadium carbide, wherein the base material layer is formed of a metal alloy containing Ni, Co, Cr, Mo, and Fe, and wherein the base material layer is constituted of 30 wt% to 40 wt% of Co, 27 wt% to 37 wt% of Ni, 12 wt% to 25 wt% of Cr, 5 wt% to 10 wt% of Mo, 3 wt% or less of Fe, and a balance of inevitable impurities. a base material layer ; and a surface layer formed on a surface of the base material layer , and the surface layer is formed of chromium carbide, titanium carbide, or vanadium carbide, wherein the base material layer is formed of a metal alloy containing Ni, Co, Cr, Mo, and Fe, and wherein the base material layer is constituted of 30 wt% to 40 wt% of Co, 27 wt% to 37 wt% of Ni, 12 wt% to 25 wt% of Cr, 5 wt% to 10 wt% of Mo, 3 wt% or less of Fe, and a balance of inevitable impurities.
A passenger information detection device comprising: an acquisition unit configured to acquire an image imaged by an imaging device that is provided in an interior space of a vehicle to image a passenger seated on a seat and a detection value of a load sensor provided on the seat; a first calculation unit configured to calculate first information that is information on a face of the passenger from the image; and a second calculation unit configured to calculate second information that is information on a body size of the passenger based on the first information and the detection value; wherein the first information includes a position of the face; and the second calculation unit is configured to calculate a center of gravity of a distributed load acting on the seat based on the position of the face, and to correct the detection value based on a relationship between the center of gravity and a position of the load sensor; the passenger information detection device being characterized in that the first information further includes a tilt of the face, and the second calculation unit is configured to calculate a sitting height of the passenger based on the position of the face and the tilt of the face, and to calculate the center of gravity based on the sitting height and the tilt of the face. an acquisition unit configured to acquire an image imaged by an imaging device that is provided in an interior space of a vehicle to image a passenger seated on a seat and a detection value of a load sensor provided on the seat; a first calculation unit configured to calculate first information that is information on a face of the passenger from the image; and a second calculation unit configured to calculate second information that is information on a body size of the passenger based on the first information and the detection value; wherein the first information includes a position of the face; and the second calculation unit is configured to calculate a center of gravity of a distributed load acting on the seat based on the position of the face, and to correct the detection value based on a relationship between the center of gravity and a position of the load sensor; the passenger information detection device being characterized in that the first information further includes a tilt of the face, and the second calculation unit is configured to calculate a sitting height of the passenger based on the position of the face and the tilt of the face, and to calculate the center of gravity based on the sitting height and the tilt of the face.