mhurhangee/patent-ind-claim-en huggingface dataset:
A vehicle control device provided in a vehicle, the vehicle control device comprising: a bendable display unit ; a driving unit configured to bend the display unit ; and a processor configured to: sense information associated with the vehicle via a sensing unit of the vehicle; and instruct the driving unit to bend at least a part of the display unit based on the sensed information associated with the vehicle, characterized in that the processor is further configured to: when a driving mode of the vehicle enters a preset driving mode, instruct the driving unit to bend a preset part of the display unit ; determine a bending degree of the preset part of the display unit in proportion to a speed of the vehicle; display first information on the preset part of the display unit before bending; and when the preset part of the display unit is bent, display second information instead of the first information on the preset part of the display unit . a bendable display unit ; a driving unit configured to bend the display unit ; and a processor configured to: sense information associated with the vehicle via a sensing unit of the vehicle; and instruct the driving unit to bend at least a part of the display unit based on the sensed information associated with the vehicle, characterized in that the processor is further configured to: when a driving mode of the vehicle enters a preset driving mode, instruct the driving unit to bend a preset part of the display unit ; determine a bending degree of the preset part of the display unit in proportion to a speed of the vehicle; display first information on the preset part of the display unit before bending; and when the preset part of the display unit is bent, display second information instead of the first information on the preset part of the display unit . sense information associated with the vehicle via a sensing unit of the vehicle; and instruct the driving unit to bend at least a part of the display unit based on the sensed information associated with the vehicle, characterized in that the processor is further configured to: when a driving mode of the vehicle enters a preset driving mode, instruct the driving unit to bend a preset part of the display unit ; determine a bending degree of the preset part of the display unit in proportion to a speed of the vehicle; display first information on the preset part of the display unit before bending; and when the preset part of the display unit is bent, display second information instead of the first information on the preset part of the display unit . when a driving mode of the vehicle enters a preset driving mode, instruct the driving unit to bend a preset part of the display unit ; determine a bending degree of the preset part of the display unit in proportion to a speed of the vehicle; display first information on the preset part of the display unit before bending; and when the preset part of the display unit is bent, display second information instead of the first information on the preset part of the display unit .
Powder distribution device for distributing pulverulent media, comprising a housing with a longitudinal axis (L), an inlet for inflow of air (P) laden with powder and at least two outlets for outflow of the air (P) laden with powder, wherein the inlet is arranged at a first position of the longitudinal axis (L) of the housing , wherein the outlets are arranged at a second position of the longitudinal axis (L) of the housing , wherein the second position differs from the first position , wherein a flow path for the air (P) laden with powder is formed in the interior of the housing , wherein the area of the flow path in a section perpendicular to the longitudinal axis (L) of the housing reduces at least section-wise in progression from the first position to the second position , wherein the inlet has a tubular section with an inlet axis (A) or is formed as such, wherein the inlet axis (A) lies in a plane perpendicular to the longitudinal axis (L) of the housing , wherein the inlet axis (A) and the longitudinal axis (L) have a spacing (a) from one another, wherein the inlet axis (A) in a section perpendicular to the longitudinal axis (L) is tangential to the annularly formed flow path and wherein the outlets have a tubular section with an outlet axis (B) or are formed as such, wherein the outlet axis (B) lies in a plane perpendicular to the longitudinal axis (L) of the housing , wherein the outlet axis (B) and the longitudinal axis (L) have a spacing (b) from one another, wherein the outlet axis (B) in a section perpendicular to the longitudinal axis (L) is tangential to the annularly formed flow path , characterised in that a wall element forming an inner boundary of the flow path is arranged in the interior of the housing , wherein the wall element has a conical outer surface. wherein the area of the flow path in a section perpendicular to the longitudinal axis (L) of the housing reduces at least section-wise in progression from the first position to the second position , wherein the inlet has a tubular section with an inlet axis (A) or is formed as such, wherein the inlet axis (A) lies in a plane perpendicular to the longitudinal axis (L) of the housing , wherein the inlet axis (A) and the longitudinal axis (L) have a spacing (a) from one another, wherein the inlet axis (A) in a section perpendicular to the longitudinal axis (L) is tangential to the annularly formed flow path and wherein the outlets have a tubular section with an outlet axis (B) or are formed as such, wherein the outlet axis (B) lies in a plane perpendicular to the longitudinal axis (L) of the housing , wherein the outlet axis (B) and the longitudinal axis (L) have a spacing (b) from one another, wherein the outlet axis (B) in a section perpendicular to the longitudinal axis (L) is tangential to the annularly formed flow path , characterised in that a wall element forming an inner boundary of the flow path is arranged in the interior of the housing , wherein the wall element has a conical outer surface.
A method of continuous dyeing with reactive dyes in wet conditions, the method comprising: 1)adding fabric to a mixture of a dye liquor and an alkali through a one-bath-one-step method; 2) immersing the fabric pretreated in 1) in a padding liquor with an air film horizontal pad dyeing machine; 3)preheating the fabric after being treated in 2) at a temperature of 50-90°C; and 4) rolling and batching the fabric after being treated in 3) at a temperature of 10-70°C for 2-72 hours. 1)adding fabric to a mixture of a dye liquor and an alkali through a one-bath-one-step method; 2) immersing the fabric pretreated in 1) in a padding liquor with an air film horizontal pad dyeing machine; 3)preheating the fabric after being treated in 2) at a temperature of 50-90°C; and 4) rolling and batching the fabric after being treated in 3) at a temperature of 10-70°C for 2-72 hours.
A cuff-type monitoring device , for collecting cardiovascular data relating to an individual user, comprising a control unit housing and a cuff assembly coupled to the control unit housing, the cuff assembly comprising, from an inner item to an outermost item, : - an inflatable bladder , - an cuff holder , forming an structural resilient armature of the cuff assembly, - an intermediate sheet , - an outer band , wherein the cuff assembly is configured, in use, to surround an upper limb of the individual, wherein the control unit housing comprises at least a pump configured to inflate the inflatable bladder, wherein the intermediate sheet is made in an inextensible, i.e. non-stretchable, fabric and there is provided a border joint at least on three sides on a peripheral border of the inflatable bladder, the border joint joining and securing together the inflatable bladder , the intermediate sheet , and the outer band ; wherein the device comprises an acoustic sensor or a set of contact electrodes, the device further comprising connection wires to electrically couple the contact electrodes or the acoustic sensor, or both, with the control unit housing, whereby the connection wires are arranged at an outer zone of the bladder between the intermediate sheet , and the outer band . - an inflatable bladder , - an cuff holder , forming an structural resilient armature of the cuff assembly, - an intermediate sheet , - an outer band , wherein the cuff assembly is configured, in use, to surround an upper limb of the individual, wherein the control unit housing comprises at least a pump configured to inflate the inflatable bladder, wherein the intermediate sheet is made in an inextensible, i.e. non-stretchable, fabric and there is provided a border joint at least on three sides on a peripheral border of the inflatable bladder, the border joint joining and securing together the inflatable bladder , the intermediate sheet , and the outer band ; wherein the device comprises an acoustic sensor or a set of contact electrodes, the device further comprising connection wires to electrically couple the contact electrodes or the acoustic sensor, or both, with the control unit housing, whereby the connection wires are arranged at an outer zone of the bladder between the intermediate sheet , and the outer band .
A building product in the form of an internal lining board, the board being made up of a mixture of hemp shiv, binder and cellulose adhesive, with a planar paper lining material provided on one or both outerfaces of the board.
A method for manufacturing at least one array of conductive vias in a multilayer substrate , said substrate extending in a horizontal plane, said method comprising the steps of: a) forming a first array of holes in the substrate, b) filling the holes of the first array with an electrically conductive material in order to form a first array of conductive vias ; c) forming a second array of holes in the substrate, said second array being shifted from the first array along at least one direction in the horizontal plane in a manner that each hole of the second array is positioned between two adjacent and aligned holes of the first array and; d) filling the holes of the second array with an electrically conductive material in order to form a second array of conductive vias ; e) repeating the steps c) and d) until that the array of conductive vias has reached the desired density of electrically conductive material with a maximum up to an area fully covered with electrically conductive material. a) forming a first array of holes in the substrate, b) filling the holes of the first array with an electrically conductive material in order to form a first array of conductive vias ; c) forming a second array of holes in the substrate, said second array being shifted from the first array along at least one direction in the horizontal plane in a manner that each hole of the second array is positioned between two adjacent and aligned holes of the first array and; d) filling the holes of the second array with an electrically conductive material in order to form a second array of conductive vias ; e) repeating the steps c) and d) until that the array of conductive vias has reached the desired density of electrically conductive material with a maximum up to an area fully covered with electrically conductive material.
A method implemented in a computing device of a vehicle equipped with an automated driving function for invoking a tele-operated driving session for the vehicle , the method being characterized by the following steps: - identifying an impending deadlock situation that may require a tele-operated driving session based on data obtained by sensors of the vehicle for observation of the environment or from sidelink communication from other vehicles ; - predicting a quality of service (PQoS) for a communication between the vehicle and a control center for a location where the tele-operated driving session should be performed; and - reducing a speed of the vehicle to a maximum drivable speed for a tele-operated driving session with the predicted quality of service (PQoS). - identifying an impending deadlock situation that may require a tele-operated driving session based on data obtained by sensors of the vehicle for observation of the environment or from sidelink communication from other vehicles ; - predicting a quality of service (PQoS) for a communication between the vehicle and a control center for a location where the tele-operated driving session should be performed; and - reducing a speed of the vehicle to a maximum drivable speed for a tele-operated driving session with the predicted quality of service (PQoS).
A threaded tubular connection for drilling or operating hydrocarbon wells, comprising a portion of a tubular element with a male end having an axis of revolution and provided with a first threading extending about the axis of revolution, said male end portion being complementary with a portion of a tubular element with a female end having an axis of revolution and provided with a second threading extending about the axis of revolution, said male and female end portions being capable of being connected by makeup, each of the male and female end portions further comprising a sealing surface with a metal-metal interference, characterized in that - the threading and the sealing surface of one of the two, male or female, end portions are coated with a first metallic anti-corrosion and anti-galling layer wherein zinc (Zn) is the major element by weight, said first metallic anti-corrosion and anti-galling layer being coated with a first passivation layer; - the complementary threading and sealing surface of the male or female end are coated with a second metallic anti-corrosion and anti-galling layer wherein zinc (Zn) is the major element by weight, said second metallic anti-corrosion and anti-galling layer being at least partially coated with a lubricant layer comprising a resin and a dry solid lubricant powder dispersed in said resin; at least one of said first and second metallic layers being deposited electrolytically. - the threading and the sealing surface of one of the two, male or female, end portions are coated with a first metallic anti-corrosion and anti-galling layer wherein zinc (Zn) is the major element by weight, said first metallic anti-corrosion and anti-galling layer being coated with a first passivation layer; - the complementary threading and sealing surface of the male or female end are coated with a second metallic anti-corrosion and anti-galling layer wherein zinc (Zn) is the major element by weight, said second metallic anti-corrosion and anti-galling layer being at least partially coated with a lubricant layer comprising a resin and a dry solid lubricant powder dispersed in said resin; at least one of said first and second metallic layers being deposited electrolytically.
Apparatus for filling a product into a container (CONT) comprising: - a filling unit configured for delivering the product into the container, the filling unit comprising a pump (P1, P2) and furthermore a filling nozzle (FN1, FN2) at its one end; - a drive unit (DU) for moving the container in relation to the filling unit or vice versa back and forth between a first position, in which a bottom end of the container is arranged at a maximum distance from the filling nozzle, and a second position, in which the bottom end of the container is arranged at a minimum distance from the filling nozzle, and - a control unit (CU) configured to control delivery of the product through the filling nozzle and to control the drive unit, characterized in that the control unit is further configured to i) register an operational end position of the drive unit corresponding to said second position, ii) assign the registered operational position as a new initial position for the drive unit, and iii) calculate a new drive unit motion profile for controlling movement from said second position to said first position based on said new initial position, and wherein said control unit is further configured to initiate delivery of the product through the filling nozzle before the drive unit reaches said operational end position. - a filling unit configured for delivering the product into the container, the filling unit comprising a pump (P1, P2) and furthermore a filling nozzle (FN1, FN2) at its one end; - a drive unit (DU) for moving the container in relation to the filling unit or vice versa back and forth between a first position, in which a bottom end of the container is arranged at a maximum distance from the filling nozzle, and a second position, in which the bottom end of the container is arranged at a minimum distance from the filling nozzle, and - a control unit (CU) configured to control delivery of the product through the filling nozzle and to control the drive unit,
A method of evaluating a biological sample comprising cells, said method comprising: obtaining a biological sample from a subject; contacting the biological sample with a biological sample preservative to create a preserved biological sample; partially lysing the preserved biological sample to create a mixture comprising lysed cells, whole cells, and molecular components; observing the morphology of whole cells in a first portion of the mixture; and assaying a second portion of the mixture for molecular components. obtaining a biological sample from a subject; contacting the biological sample with a biological sample preservative to create a preserved biological sample; partially lysing the preserved biological sample to create a mixture comprising lysed cells, whole cells, and molecular components; observing the morphology of whole cells in a first portion of the mixture; and assaying a second portion of the mixture for molecular components.
A filter grid receivable within a filtrate vat of a filter press, comprising a plate -like grid body having a first side and an opposing second side, wherein the first side defines a generally planar first surface for supporting a filter element, when in use, wherein the second side comprises a plurality of protruding knobs spaced apart from each other for supporting the remaining grid on an associated filtrate vat at a distance therefrom, wherein the grid body further comprises a plurality of apertures extending between the first side and the second side , thereby providing fluid communication between the first side and the second side through the grid body , characterized in that each of the plurality of apertures define an aperture area and an aperture circumference, such that a ratio of the aperture area in millimetres squared to the aperture circumference in millimetres is above 1.3, and wherein the plurality of apertures occupy at least 35% of a total area of the first side . wherein the first side defines a generally planar first surface for supporting a filter element, when in use, wherein the second side comprises a plurality of protruding knobs spaced apart from each other for supporting the remaining grid on an associated filtrate vat at a distance therefrom, wherein the grid body further comprises a plurality of apertures extending between the first side and the second side , thereby providing fluid communication between the first side and the second side through the grid body , characterized in that each of the plurality of apertures define an aperture area and an aperture circumference, such that a ratio of the aperture area in millimetres squared to the aperture circumference in millimetres is above 1.3, and wherein the plurality of apertures occupy at least 35% of a total area of the first side .
A level indicator for determining the level of liquid in a container for holding liquid for a vehicle, the level indicator comprising: at least two floating devices for being buoyant on the surface of the liquid, each floating device comprising a metal; a transmitter arranged to wirelessly transmit an electromagnetic signal towards each floating device, wherein the transmitter is mountable on an outside surface of the container; a receiver arranged to wirelessly receive a response signal from each of the floating devices and to convert each response signal to an electrical signal indicative of the response signal, the response signal from each of the floating devices being emitted due to eddy currents in the metal caused by the electromagnetic signal, wherein the receiver is mountable on an outside surface of the container, wherein the floating devices are moveable relative to the receiver so that the distance from each of the floating devices to the receiver is altered in response to an altered level of liquid in the container, and wherein each electrical signal is a function of at least the respective distance, wherein the receiver is electrically connectable to a control unit so that each electrical signal indicative of the response signal is receivable by the control unit, the control unit is configurable to determine positions of the floating devices relative to the receiver based on the electrical signals, to thereby determine the level of liquid in the container. at least two floating devices for being buoyant on the surface of the liquid, each floating device comprising a metal; a transmitter arranged to wirelessly transmit an electromagnetic signal towards each floating device, wherein the transmitter is mountable on an outside surface of the container; a receiver arranged to wirelessly receive a response signal from each of the floating devices and to convert each response signal to an electrical signal indicative of the response signal, the response signal from each of the floating devices being emitted due to eddy currents in the metal caused by the electromagnetic signal, wherein the receiver is mountable on an outside surface of the container, wherein the floating devices are moveable relative to the receiver so that the distance from each of the floating devices to the receiver is altered in response to an altered level of liquid in the container, and wherein each electrical signal is a function of at least the respective distance, wherein the receiver is electrically connectable to a control unit so that each electrical signal indicative of the response signal is receivable by the control unit, the control unit is configurable to determine positions of the floating devices relative to the receiver based on the electrical signals, to thereby determine the level of liquid in the container.