mhurhangee/patent-ind-claim-en huggingface dataset:
A method for mitigating an adverse effect of an impairment which adversely affects a propagation of electromagnetic waves on a surface of a first transmission medium, comprising: detecting , by a first waveguide system comprising a processor, the impairment; adjusting , by the first waveguide system, a mode of communication for transmitting or receiving the electromagnetic waves on the surface of the first transmission medium; and notifying , by the first waveguide system, a second waveguide system of the adjustment of the mode of communication for transmitting or receiving the electromagnetic waves, wherein the adjusting of the mode of communication comprises: adjusting a wave propagation mode for transmitting or receiving electromagnetic waves, said adjusting of the wave propagation mode comprising adjusting a wavelength of the electromagnetic waves. detecting , by a first waveguide system comprising a processor, the impairment; adjusting , by the first waveguide system, a mode of communication for transmitting or receiving the electromagnetic waves on the surface of the first transmission medium; and notifying , by the first waveguide system, a second waveguide system of the adjustment of the mode of communication for transmitting or receiving the electromagnetic waves, wherein the adjusting of the mode of communication comprises: adjusting a wave propagation mode for transmitting or receiving electromagnetic waves, said adjusting of the wave propagation mode comprising adjusting a wavelength of the electromagnetic waves.
A dressing for treating a tissue site, the dressing comprising: a composite island comprising a polyurethane layer coupled to an absorbent layer comprising non-woven gelling fibers, wherein a surface of the absorbent layer not coupled to the polyurethane layer is oriented to be a lower layer; and a backing layer extending beyond the absorbent layer to define a backing layer margin and an adherent layer disposed on at least the backing layer margin , wherein: the polyurethane layer is substantially elastically deformable under tissue treatment conditions, the absorbent layer is not elastically deformable under tissue treatment conditions, and the composite island is substantially elastically deformable under tissue treatment conditions. a composite island comprising a polyurethane layer coupled to an absorbent layer comprising non-woven gelling fibers, wherein a surface of the absorbent layer not coupled to the polyurethane layer is oriented to be a lower layer; and a backing layer extending beyond the absorbent layer to define a backing layer margin and an adherent layer disposed on at least the backing layer margin , wherein: the polyurethane layer is substantially elastically deformable under tissue treatment conditions, the absorbent layer is not elastically deformable under tissue treatment conditions, and the composite island is substantially elastically deformable under tissue treatment conditions. the polyurethane layer is substantially elastically deformable under tissue treatment conditions, the absorbent layer is not elastically deformable under tissue treatment conditions, and the composite island is substantially elastically deformable under tissue treatment conditions.
An agricultural machine having an automatic steering function that causes the agricultural machine to automatically travel on a given path, comprising: a swath information acquiring module configured to acquire a position of a swath; a first determining module configured to determine a traveling path of an automatic operation according to the automatic steering function based on the position of the swath; a setting module configured to set a work continuation width based on the traveling path; a second determining module configured to determine, when there is a manual operation by a worker during the automatic operation, whether a position of the agricultural machine during the manual operation is within the work continuation width; and an executing module configured to execute the automatic operation according to the automatic steering function, characterized in that the executing module suspends the automatic operation according to the automatic steering function when the second determining module determines that the agricultural machine is within the work continuation width during the manual operation, the executing module resumes the agricultural machine to the traveling path after a termination of the manual operation and continues the automatic operation according to the automatic steering function when the second determining module determines that the agricultural machine is within the work continuation width, and the executing module cancels the automatic steering function at a time when the second determining module determines that the agricultural machine is not within the work continuation width. a swath information acquiring module configured to acquire a position of a swath; a first determining module configured to determine a traveling path of an automatic operation according to the automatic steering function based on the position of the swath; a setting module configured to set a work continuation width based on the traveling path; a second determining module configured to determine, when there is a manual operation by a worker during the automatic operation, whether a position of the agricultural machine during the manual operation is within the work continuation width; and an executing module configured to execute the automatic operation according to the automatic steering function, characterized in that the executing module suspends the automatic operation according to the automatic steering function when the second determining module determines that the agricultural machine is within the work continuation width during the manual operation, the executing module resumes the agricultural machine to the traveling path after a termination of the manual operation and continues the automatic operation according to the automatic steering function when the second determining module determines that the agricultural machine is within the work continuation width, and the executing module cancels the automatic steering function at a time when the second determining module determines that the agricultural machine is not within the work continuation width.
A copolymer of polyvinyl butyral-g-polylactide, wherein the copolymer is a reaction product of the polyvinyl butyral and lactide monomer polymerized to form polylactide in the presence of a catalyst, and wherein the weight ratio of polyvinyl butyral to polylactide ranges from about 1:18 to about 4:1.
A method for automatically configuring a plurality of cameras (18 1 ..18 n ), each comprising an image sensor , an illumination and a communication interface and, by means of partially overlapping, complementary fields of view (20 1 ..20 n ), jointly recording objects in a detection area, in particular a stream of objects conveyed through the detection area, the cameras (18 1 ..18 n ) being connected via their communication interfaces to form a network, characterized in that the cameras (18 1 ..18 n ) generate test images while only certain cameras (18 1 ..18 n ) activate their illumination , in that for the respective cameras (18 1 ..18 n ) it is checked on the basis of the test images whether there is a neighborhood relationship to a camera (18 1 ..18 n ) with active illumination , and in that the relative arrangement of the cameras (18 1 ..18 n ) to one another is determined from the neighborhood relationships.
Tamping machine for tamping sleepers of a track , having a machine frame which can be moved on two rail undercarriages and extends in the longitudinal direction of the tamping machine, and having a satellite which is arranged between the rail undercarriages and can be moved on the track via an undercarriage , which satellite is guide-connected to the machine frame via a longitudinal satellite guide and which satellite has, between the undercarriage and the longitudinal satellite guide , a tamping unit which is adjustable in height with respect to the satellite and which satellite has a track-lifting and straightening unit , wherein the satellite is directly connected to the machine frame via a linear drive , wherein the linear drive comprising two hydraulic cylinders accelerates and decelerates the satellite within an intended displacement range (A) between the rail undercarriages in such a way that a specified displacement distance is maintained, characterized in that the linear drive is with position detection and one of the two hydraulic cylinders pushes the satellite during a displacement between the rail undercarriages and the other pulls respectively brakes.
A numerically controlled turning center (1; 100), comprising: a load-bearing gantry structure , with a horizontal cross member and two uprights ; a first slide movable along the cross member according to a first numerically controlled translation axis (X); at least a first machining head carried by the first slide and comprising a first downward facing rotary tool (13.1, 15.1, 17.1) for chip removal machining; a second slide , positioned under the cross member and movable along a second horizontal, preferably numerically controlled, translation axis (Z) and orthogonal to the first numerically controlled translation axis (X); a support and rotation unit , adapted to support a workpiece to be machined (P1, P2, P) and to impart thereto a rotation movement about a turning axis; wherein the support and rotation unit is carried by the second slide and comprises a first pair of support and rotation members for a workpiece to be machined (P1, P2, P), aligned with each other along a first rotation axis (A1) parallel to the cross member , orthogonal to the second translation axis (Z) and positioned lower than the cross member ; and wherein the first machining head is provided with a lowering and lifting movement (Y13, 15, Y17) for moving toward and away from the support and rotation unit . a load-bearing gantry structure , with a horizontal cross member and two uprights ; a first slide movable along the cross member according to a first numerically controlled translation axis (X); at least a first machining head carried by the first slide and comprising a first downward facing rotary tool (13.1, 15.1, 17.1) for chip removal machining; a second slide , positioned under the cross member and movable along a second horizontal, preferably numerically controlled, translation axis (Z) and orthogonal to the first numerically controlled translation axis (X); a support and rotation unit , adapted to support a workpiece to be machined (P1, P2, P) and to impart thereto a rotation movement about a turning axis;
Pressure release device having a pressure release wall which controls a passability of a pressure release opening and is movable relative to the pressure release opening , in which a detent is disposed in a motion path of the pressure release wall ; the pressure release wall has a first pivot point , characterized in that a second pivot point is disposed in the pressure release wall ; the pressure release wall is deformable about a pivot point ; the pressure release wall is configured in such a manner that, when overload pressure arises, in particular plastic forming of the pressure release wall about the second pivot point takes place on the detent ; securing the pressure release wall in a form-fitting manner on the detent takes place on account of the forming. a detent is disposed in a motion path of the pressure release wall ; the pressure release wall has a first pivot point , characterized in that a second pivot point is disposed in the pressure release wall ; the pressure release wall is deformable about a pivot point ; the pressure release wall is configured in such a manner that, when overload pressure arises, in particular plastic forming of the pressure release wall about the second pivot point takes place on the detent ; securing the pressure release wall in a form-fitting manner on the detent takes place on account of the forming.
A deceleration factor estimation apparatus estimating a deceleration factor of a vehicle , the apparatus comprising: a driving force acquisition unit that obtains a driving force of the vehicle ; a speed acquisition unit that obtains a speed of the vehicle ; an acceleration acquisition unit that obtains an acceleration of the vehicle ; the apparatus characterized by comprising: a deceleration factor estimation unit that estimates a plurality of deceleration factors on the basis of a relationship between the obtained driving force, speed, and acceleration, wherein the deceleration factor estimation unit switches the deceleration factor to be estimated on the basis of the vehicle speed and the acceleration. a driving force acquisition unit that obtains a driving force of the vehicle ; a speed acquisition unit that obtains a speed of the vehicle ; an acceleration acquisition unit that obtains an acceleration of the vehicle ; the apparatus characterized by comprising: a deceleration factor estimation unit that estimates a plurality of deceleration factors on the basis of a relationship between the obtained driving force, speed, and acceleration, wherein the deceleration factor estimation unit switches the deceleration factor to be estimated on the basis of the vehicle speed and the acceleration. a deceleration factor estimation unit that estimates a plurality of deceleration factors on the basis of a relationship between the obtained driving force, speed, and acceleration, wherein the deceleration factor estimation unit switches the deceleration factor to be estimated on the basis of the vehicle speed and the acceleration.
Frame for a brake control device of a rail-bound vehicle, which consists of assemblies made from aluminium, characterised in that the frame is not welded; the components of the frame are connected to one another by means of frictional or interlocking connecting devices ; the frame is not painted; and the frame is provided with a passivated, electrically conductive surface coating. the frame is not welded; the components of the frame are connected to one another by means of frictional or interlocking connecting devices ; the frame is not painted; and the frame is provided with a passivated, electrically conductive surface coating.
A plate heat exchanger for boilers , in particular for condensing boilers, comprising a set of heat exchange plates (2, 2*), which, on the inside, are flown through by the water to be heated and, on the outside, are surrounded by the combustion products coming from a burner ; said heat exchanger comprising a plurality of plates (2, 2*), each of said plates (2, 2*) comprising at least two levels ((I), (II), (III)) of respective channels housing the flow of water to be heated; characterised in that said plurality of plates (2, 2*) are coupled to a plurality of closing elements to close openings provided on said plates (2, 2*), one of said levels (III) being the closest to said burner ; said plurality of plates (2, 2*) and said plurality of closing elements being combined so as to create hydraulic connections between the channels , which are arranged in parallel on the level ((I), (II)) that is the farthest from said burner , and hydraulic connections between the channels , which are at least partially arranged in series on said level (III) that is the closest to said burner .
A master integrated circuit , IC, comprising: a bus interface configured to be coupled to an interchip bus ; a transmitter comprising a driver, the driver outputting a data signal to the bus interface for transmission across the interchip bus; a receiver coupled to the bus interface; a clock data recovery , CDR, circuit operatively coupled to the receiver; a phase locked loop , PLL, receiving a reference clock signal and outputting a clock signal to the driver of the transmitter and the CDR circuit, wherein the transmitter outputs a master clock signal onto the interchip bus through the bus interface; and a control system operatively coupled to the PLL and the CDR circuit, the control system configured to change a frequency of the master clock signal by controlling the PLL, wherein data transmission continues during frequency change independent of clock activity at a remote slave IC; and characterized by : a temperature control circuit operatively coupled to the control system and the CDR circuit, wherein the control system wakes the CDR circuit based on changes in temperature and the temperature control circuit. a bus interface configured to be coupled to an interchip bus ; a transmitter comprising a driver, the driver outputting a data signal to the bus interface for transmission across the interchip bus; a receiver coupled to the bus interface; a clock data recovery , CDR, circuit operatively coupled to the receiver; a phase locked loop , PLL, receiving a reference clock signal and outputting a clock signal to the driver of the transmitter and the CDR circuit, wherein the transmitter outputs a master clock signal onto the interchip bus through the bus interface; and a control system operatively coupled to the PLL and the CDR circuit, the control system configured to change a frequency of the master clock signal by controlling the PLL, wherein data transmission continues during frequency change independent of clock activity at a remote slave IC; and characterized by : a temperature control circuit operatively coupled to the control system and the CDR circuit, wherein the control system wakes the CDR circuit based on changes in temperature and the temperature control circuit.
A method for predicting a risk of instability for one or more work machine(s) moving along a route along terrain of a worksite , the method comprising: obtaining ground condition data indicative of ground condition of the terrain along the route , wherein the ground condition data comprises: rolling resistance data indicative of the resistance by the terrain to the movement of the one or more work machine(s) along the route; and/or compaction data indicative of the compaction of the terrain along the route ; obtaining surface topography data indicative of surface topography of the terrain along the route ; generating route data indicative of the route along the terrain ; and processing the ground condition data, the surface topography data and the route data to generate risk data indicative of a risk of instability along the route . obtaining ground condition data indicative of ground condition of the terrain along the route , wherein the ground condition data comprises: rolling resistance data indicative of the resistance by the terrain to the movement of the one or more work machine(s) along the route; and/or compaction data indicative of the compaction of the terrain along the route ; obtaining surface topography data indicative of surface topography of the terrain along the route ; generating route data indicative of the route along the terrain ; and processing the ground condition data, the surface topography data and the route data to generate risk data indicative of a risk of instability along the route .
A method of producing a beverage concentrate, the method comprising: - contacting a plant material and/or plant extract with hot water to produce a beverage, wherein the concentration of the plant material and/or plant extract in the hot water is at least 100 grams per litre; - filtering the beverage to produce a filtrate; - contacting the beverage filtrate with a stabiliser to retain a solid in suspension; and - producing a microbiologically stable beverage concentrate from the beverage filtrate; characterised in that the water contacting the plant material and/or plant extract is at a temperature of at least 60°C, the beverage is filtered when it is at a temperature of at least 50°C, and producing a microbiologically stable beverage concentrate from the beverage filtrate comprises contacting the beverage filtrate with one or more preservative wherein the one or more preservative comprises ascorbic acid and the amount of ascorbic acid added to the beverage filtrate comprises between 0.5 and 50 grams of ascorbic acid per litre of beverage filtrate and causes the pH of beverage filtrate to be reduced to a pH of below 4.5, wherein when diluted with water the pH of the diluted beverage concentrate is above 4.5. - contacting a plant material and/or plant extract with hot water to produce a beverage, wherein the concentration of the plant material and/or plant extract in the hot water is at least 100 grams per litre; - filtering the beverage to produce a filtrate; - contacting the beverage filtrate with a stabiliser to retain a solid in suspension; and - producing a microbiologically stable beverage concentrate from the beverage filtrate;
A control plane device , comprising: a request receiving unit for receiving a session generating request transmitted by a mobility management device that has received a connection request from a user terminal; a user plane device selection unit for selecting a user plane device corresponding to the user terminal from a plurality of the user plane devices based on the session generating request; an address acquiring unit for obtaining an IP address to be assigned to the user terminal from a common address range that is common to each of a plurality of networks corresponding to each of a plurality of user plane devices based on the session generating request; and a response transmission unit for transmitting a session generating response including the IP address to be assigned to the user terminal, identification information and an IP address of the user plane device selected by the user plane device selection unit , and an IP address of PGW-U , to the mobility management device , as a response to the session generating request; wherein the control plane device is configured to establish a session with the user plane device selected by the user plane device selection unit in between, and not to establish a session with the PGW-U in between. a request receiving unit for receiving a session generating request transmitted by a mobility management device that has received a connection request from a user terminal; a user plane device selection unit for selecting a user plane device corresponding to the user terminal from a plurality of the user plane devices based on the session generating request; an address acquiring unit for obtaining an IP address to be assigned to the user terminal from a common address range that is common to each of a plurality of networks corresponding to each of a plurality of user plane devices based on the session generating request; and a response transmission unit for transmitting a session generating response including the IP address to be assigned to the user terminal, identification information and an IP address of the user plane device selected by the user plane device selection unit , and an IP address of PGW-U , to the mobility management device , as a response to the session generating request; wherein the control plane device is configured to establish a session with the user plane device selected by the user plane device selection unit in between, and not to establish a session with the PGW-U in between.