mhurhangee/patent-ind-claim-en huggingface dataset:
A method of controlling an industrial actuator , the method comprising: - receiving a manual input in the form of a displacement (50a-50d) of an input element (30a-30d), the input element (30a-30d) being movable in each of a first input direction and a second input direction from a neutral position ; - in response to the manual input being a displacement of the input element (30a-30d) from the neutral position in the first input direction , controlling the industrial actuator to move in a forward direction along a programmed movement path and with a speed corresponding to a magnitude or a speed of the displacement from the neutral position ; and - in response to the manual input being a displacement of the input element (30a-30d) from the neutral position in the second input direction , controlling the industrial actuator to move in a backward direction along the programmed movement path and with a speed corresponding to a magnitude or a speed of the displacement from the neutral position . - receiving a manual input in the form of a displacement (50a-50d) of an input element (30a-30d), the input element (30a-30d) being movable in each of a first input direction and a second input direction from a neutral position ; - in response to the manual input being a displacement of the input element (30a-30d) from the neutral position in the first input direction , controlling the industrial actuator to move in a forward direction along a programmed movement path and with a speed corresponding to a magnitude or a speed of the displacement from the neutral position ; and - in response to the manual input being a displacement of the input element (30a-30d) from the neutral position in the second input direction , controlling the industrial actuator to move in a backward direction along the programmed movement path and with a speed corresponding to a magnitude or a speed of the displacement from the neutral position .
Reception module for receiving differential signals in a serial bus system , having a first voltage divider for setting a first reception threshold (T1), a first comparator that is connected to the first voltage divider for evaluating the differential signals (CAN_H, CAN_L) received from a bus of the bus system using the first reception threshold (T1), a second voltage divider having a first resistance path and a second resistance path, wherein, in the second resistance path, a switch (Sw1) is connected to a resistor (R_CL7_B) that is connected to earth at its other end, and wherein the switch (Sw1) is arranged to switch on the second resistance path to the resistor (R_CL7_B) in order to set a second reception threshold (T2) and to switch off the second resistance path to the resistor (R_CL7_B) in order to set a third reception threshold (T3), a second comparator that is connected to the second voltage divider for evaluating the differential signals (CAN_H, CAN_L) received from the bus using the second or the third reception threshold (T2, T3) set by the switch (Sw1) in the second voltage divider , and an operating mode setting unit for actuating the switch (Sw1) to change over between the second and the third reception threshold (T2, T3) depending on an operating mode of the reception module to which the reception module can be switched for a first or a second communication phase of a communication on the bus , upon which the physical layer is changed over between the two communication phases for the communication on the bus , wherein the first and the second voltage divider are each connected to the bus . a first voltage divider for setting a first reception threshold (T1), a first comparator that is connected to the first voltage divider for evaluating the differential signals (CAN_H, CAN_L) received from a bus of the bus system using the first reception threshold (T1), a second voltage divider having a first resistance path and a second resistance path, wherein, in the second resistance path, a switch (Sw1) is connected to a resistor (R_CL7_B) that is connected to earth at its other end, and wherein the switch (Sw1) is arranged to switch on the second resistance path to the resistor (R_CL7_B) in order to set a second reception threshold (T2) and to switch off the second resistance path to the resistor (R_CL7_B) in order to set a third reception threshold (T3), a second comparator that is connected to the second voltage divider for evaluating the differential signals (CAN_H, CAN_L) received from the bus using the second or the third reception threshold (T2, T3) set by the switch (Sw1) in the second voltage divider , and an operating mode setting unit for actuating the switch (Sw1) to change over between the second and the third reception threshold (T2, T3) depending on an operating mode of the reception module to which the reception module can be switched for a first or a second communication phase of a communication on the bus , upon which the physical layer is changed over between the two communication phases for the communication on the bus , wherein the first and the second voltage divider are each connected to the bus .
A topical composition comprising CoQ10 for use in the treatment of a deep partial thickness wound by enhancing the proliferation and migration of fibroblasts and keratinocytes in the wound gap of the deep partial thickness wound, wherein the composition comprises between about 0.001% to about 60% (w/w) of CoQ10, and liposomes and a pharmaceutically acceptable carrier.
A window control arrangement for operating two or more windows in a vehicle, said window control arrangement comprising: - manually operated window control switches being set as default to be associated with a specific one of said windows ; - a window actuator associated with each of said windows and being configured for raising or lowering a corresponding window ; - a control unit connected to said window actuators for controlling raising or lowering of said windows ; and - an input device connected to the control unit , said input device having a multitude of input modes of which at least one mode is configured for receiving input concerning operation of said windows ; characterized in that - said arrangement is configured for activating said input device to be in said at least one mode configured for receiving input concerning operation of said windows as a result of a detected intention from a driver or passenger in said vehicle to activate a window actuator ; and that the information transmitted from the input device to the control unit comprises control signals arranged to redefine the function of each window control switch from only controlling an associated window to controlling any one of the other window actuators for raising or lowering said windows. - manually operated window control switches being set as default to be associated with a specific one of said windows ; - a window actuator associated with each of said windows and being configured for raising or lowering a corresponding window ; - a control unit connected to said window actuators for controlling raising or lowering of said windows ; and - an input device connected to the control unit , said input device having a multitude of input modes of which at least one mode is configured for receiving input concerning operation of said windows ; - said arrangement is configured for activating said input device to be in said at least one mode configured for receiving input concerning operation of said windows as a result of a detected intention from a driver or passenger in said vehicle to activate a window actuator ; and that the information transmitted from the input device to the control unit comprises control signals arranged to redefine the function of each window control switch from only controlling an associated window to controlling any one of the other window actuators for raising or lowering said windows.
A fractionated photoacoustic flow cytometry system for the in vivo detection of target objects in a biofluid system of a living organism, comprising: a laser system comprising at least one laser comprising at least one wavelength for providing at least one laser beam having an energy; a fractionated optical system configured to separate the at least one laser beam into a fractionated laser beam having a spatial configuration on the skin above the biofluid system of the living organism; and an acoustic system comprising an array of focused ultrasound transducers for forming non-overlapped acoustic focal volumes together covering the whole cross-section of the biofluid system, characterized in that : each of the at least one laser beam is an at least one dash and/or dot laser beam comprising a plurality of beam fragments separated by gaps to spatially redistribute the energy of the at least one laser beam for absorption of each beam fragment by at least one target object within a cross-section of the biofluid system , and in that the focused ultrasound transducers are operable for receiving a photoacoustic signal emitted by the at least one target object in response to the beam fragments. a laser system comprising at least one laser comprising at least one wavelength for providing at least one laser beam having an energy; a fractionated optical system configured to separate the at least one laser beam into a fractionated laser beam having a spatial configuration on the skin above the biofluid system of the living organism; and an acoustic system comprising an array of focused ultrasound transducers for forming non-overlapped acoustic focal volumes together covering the whole cross-section of the biofluid system, characterized in that : each of the at least one laser beam is an at least one dash and/or dot laser beam comprising a plurality of beam fragments separated by gaps to spatially redistribute the energy of the at least one laser beam for absorption of each beam fragment by at least one target object within a cross-section of the biofluid system , and in that the focused ultrasound transducers are operable for receiving a photoacoustic signal emitted by the at least one target object in response to the beam fragments. each of the at least one laser beam is an at least one dash and/or dot laser beam comprising a plurality of beam fragments separated by gaps to spatially redistribute the energy of the at least one laser beam for absorption of each beam fragment by at least one target object within a cross-section of the biofluid system , and in that the focused ultrasound transducers are operable for receiving a photoacoustic signal emitted by the at least one target object in response to the beam fragments.
An exercise tracker comprising: a base (135;235); a plurality of protrusions , spaced from one another and extending from the base (135;235), for receiving a cable associated with a piece of exercise equipment between the plurality of protrusions , wherein the protrusions are arranged so that, in use, tensioning the cable deflects at least one of the plurality of protrusions ; a force sensor programmed to output a force signal representing a force applied to the cable ; and a processing device programmed to receive the force signal and determine, from the force signal, exercise data including an amount of weight lifted, wherein the amount of weight lifted is proportional to the deflection of at least one of the plurality of protrusions in use, characterized in that the protrusions are arranged so that, in use, the exercise tracker moves in accordance with movement of the cable , and in that the exercise tracker comprises an accelerometer programmed to detect movement of the exercise tracker and output signals to the processing device , wherein the processing device is programmed to determine the exercise data based at least in part on the signals output by the accelerometer . a base (135;235); a plurality of protrusions , spaced from one another and extending from the base (135;235), for receiving a cable associated with a piece of exercise equipment between the plurality of protrusions , wherein the protrusions are arranged so that, in use, tensioning the cable deflects at least one of the plurality of protrusions ; a force sensor programmed to output a force signal representing a force applied to the cable ; and a processing device programmed to receive the force signal and determine, from the force signal, exercise data including an amount of weight lifted, wherein the amount of weight lifted is proportional to the deflection of at least one of the plurality of protrusions in use, characterized in that the protrusions are arranged so that, in use, the exercise tracker moves in accordance with movement of the cable , and in that the exercise tracker comprises an accelerometer programmed to detect movement of the exercise tracker and output signals to the processing device , wherein the processing device is programmed to determine the exercise data based at least in part on the signals output by the accelerometer .
A positron emission tomography, PET, imaging device , comprising: a plurality of PET detector modules arranged around a bore having a bore axis ; and a robotic gantry operatively connected to the PET detector modules, the robotic gantry configured to control a position of each PET detector module along an axial axis ( z ), a radial axis ( r ), and a tangential axis ( θ ) of the corresponding PET detector module to move the PET detector modules or at least groups of the PET detector modules independently of one another in axial direction, radial direction and tangential direction, wherein the axial axis ( z ) of the corresponding PET detector module is arranged parallel to the bore axis , the radial axis ( r ) of the corresponding PET detector module is arranged perpendicular to the bore axis , and the tangential axis ( θ ) of the corresponding PET detector module is arranged perpendicular to the bore axis and perpendicular to the axial axis ( z ) of the corresponding PET detector module, and wherein the plurality of PET detector modules includes two or more axially neighboring PET detector modules and two or more tangentially neighboring PET detector modules. a plurality of PET detector modules arranged around a bore having a bore axis ; and a robotic gantry operatively connected to the PET detector modules, the robotic gantry configured to control a position of each PET detector module along an axial axis ( z ), a radial axis ( r ), and a tangential axis ( θ ) of the corresponding PET detector module to move the PET detector modules or at least groups of the PET detector modules independently of one another in axial direction, radial direction and tangential direction, wherein the axial axis ( z ) of the corresponding PET detector module is arranged parallel to the bore axis , the radial axis ( r ) of the corresponding PET detector module is arranged perpendicular to the bore axis , and the tangential axis ( θ ) of the corresponding PET detector module is arranged perpendicular to the bore axis and perpendicular to the axial axis ( z ) of the corresponding PET detector module, and wherein the plurality of PET detector modules includes two or more axially neighboring PET detector modules and two or more tangentially neighboring PET detector modules.
A method of operating a communication device that is roaming in a visited communication network that is not the home network of the communication device, the method comprising: receiving an indication of whether a first key that is used for encrypting communications on a first radio link to the visited communication network is to be reused for encrypting communications on a second radio link to the visited communication network; and sending a message to a network node in the home network of the communication device, the message containing information on the received indication. receiving an indication of whether a first key that is used for encrypting communications on a first radio link to the visited communication network is to be reused for encrypting communications on a second radio link to the visited communication network; and sending a message to a network node in the home network of the communication device, the message containing information on the received indication.
An in vitro process for producing an insulin-producing cell by direct differentiation induction from a somatic cell, comprising a step of culturing a fibroblast or a mesenchymal stem cell in a differentiation induction medium containing at least 20 μg/mL of insulin, an RSK inhibitor, a GSK3 inhibitor and a cAMP inducer, wherein the RSK inhibitor is BRD7389 or BI-D1870, the GSK3 inhibitor is CHIR99021 and the cAMP inducer is forskolin, wherein the differentiation induction medium is serum-free.
A nipple for spoked wheels, particularly for motorcycling uses, including a head and a rod which are coaxial and through which a through-hole extends coaxially, a manoeuvring key in the head and a further manoeuvring key in the rod , the further manoeuvring key on the rod being constructed by a polygonal profile which is formed externally on a portion of the rod which is distal with respect to the head , the nipple further comprising an insert of plastics material which is inserted in the hole in order to engage in a screwing manner with friction with a threaded end of a spoke, wherein the hole comprises a threaded portion which extends in the rod and a portion with an increased diameter between the threaded portion and the manoeuvring key, the portion with increased diameter which constitutes the seat for receiving the insert , the insert being formed by a tubular sleeve inserted in the seat at the side of the head and being blocked there by means of interference or adhesive bonding, characterized in that the head is widened with respect to the diameter of the rod and is connected thereto by means of a frustoconical collet , the seat being constructed from a section of the nipple corresponding to the smaller base of said frustoconical collet .
A method of creating multiple images, the method comprising the steps of: splitting an image-forming optical beam into a first reflected beam portion and a first transmitted beam portion using a first non-polarizing whole bean broad spectrum beamsplitter ; subsequently splitting the first reflected beam portion or the first transmitted beam portion into a second reflected beam portion and a second transmitted beam portion using a second non-polarizing whole beam broad spectrum beamsplitter ; subsequently splitting, using the first non-polarizing whole beam broad spectrum beamsplitter , the second reflected beam portion into a third transmitted beam portion or a third reflected beam portion ; and forming a plurality of separate images on separate optical detectors from at least some of the beam portions, wherein the first and second non-polarizing whole beam broad spectrum beamsplitters are less thick than approximately 100 times a pixel width of an individual pixel in one of the optical detectors or comprise a pellicle beamsplitter, wherein each non-polarizing whole beam broad spectrum beamsplitter produces a reflected beam portion and a transmitted beam portion that are substantially identical except for light level, and wherein the separate images exhibit no measurable differences in wavelength composition. splitting an image-forming optical beam into a first reflected beam portion and a first transmitted beam portion using a first non-polarizing whole bean broad spectrum beamsplitter ; subsequently splitting the first reflected beam portion or the first transmitted beam portion into a second reflected beam portion and a second transmitted beam portion using a second non-polarizing whole beam broad spectrum beamsplitter ; subsequently splitting, using the first non-polarizing whole beam broad spectrum beamsplitter , the second reflected beam portion into a third transmitted beam portion or a third reflected beam portion ; and forming a plurality of separate images on separate optical detectors from at least some of the beam portions, wherein the first and second non-polarizing whole beam broad spectrum beamsplitters are less thick than approximately 100 times a pixel width of an individual pixel in one of the optical detectors or comprise a pellicle beamsplitter, wherein each non-polarizing whole beam broad spectrum beamsplitter produces a reflected beam portion and a transmitted beam portion that are substantially identical except for light level, and wherein the separate images exhibit no measurable differences in wavelength composition.
An ink comprising: water; a compound represented by the following Chemical formula 1; Pigment Red 269 represented by the following Chemical formula 2; alkylene glycol alkyl ether, and resin particles having a mean volume diameter of from 10 to 1,000 nm, wherein a proportion of the compound represented by the following Chemical formula 1 in a total amount of the Pigment Red 269 is 2 or less percent by mass, water; a compound represented by the following Chemical formula 1; Pigment Red 269 represented by the following Chemical formula 2; alkylene glycol alkyl ether, and resin particles having a mean volume diameter of from 10 to 1,000 nm, wherein a proportion of the compound represented by the following Chemical formula 1 in a total amount of the Pigment Red 269 is 2 or less percent by mass,
A method performed by a policy node , for handling Quality of Service, QoS, for data traffic between a User Equipment, UE, and an Application Server, AS, node associated with the UE in a wireless communications network , the method comprising: receiving from a control plane node serving the UE , a first message comprising information indicating one or more available marking types, which a user plane node is capable of detecting in the data traffic, receiving from the AS node , a second message comprising information indicating a number of marking types supported by both the UE and the AS node , a UE identifier identifying the UE and a list of QoS profiles associated with the UE , deciding a marking type and a marking value for each of the QoS profiles based on the information of the first message and the second message, transmitting in a third message to the AS node , the decided marking type and marking value for each of the QoS profiles, receiving from the control plane node , a fourth message comprising a session establishment request with a UE identifier identifying the UE , which session establishment request relates to data traffic between the UE and the AS node , determining the decided marking type and marking value for each of the QoS profiles associated with the UE identifier, and transmitting towards the control plane node , a fifth message comprising a session establishment response for the UE identifier including the marking type and marking value decided for each QoS profile associated with the UE identifier. receiving from a control plane node serving the UE , a first message comprising information indicating one or more available marking types, which a user plane node is capable of detecting in the data traffic, receiving from the AS node , a second message comprising information indicating a number of marking types supported by both the UE and the AS node , a UE identifier identifying the UE and a list of QoS profiles associated with the UE , deciding a marking type and a marking value for each of the QoS profiles based on the information of the first message and the second message, transmitting in a third message to the AS node , the decided marking type and marking value for each of the QoS profiles, receiving from the control plane node , a fourth message comprising a session establishment request with a UE identifier identifying the UE , which session establishment request relates to data traffic between the UE and the AS node , determining the decided marking type and marking value for each of the QoS profiles associated with the UE identifier, and transmitting towards the control plane node , a fifth message comprising a session establishment response for the UE identifier including the marking type and marking value decided for each QoS profile associated with the UE identifier.