mhurhangee/patent-ind-claim-en huggingface dataset:
A method of refining a dinitrile compound by distillation the method comprising the steps of: (a) supplying (i) a feedstream comprising the dinitrile compound and (ii) a Brønsted acid to a distillation apparatus; and (b) withdrawing from the distillation apparatus an overhead distillate stream comprising the dinitrile compound. (a) supplying (i) a feedstream comprising the dinitrile compound and (ii) a Brønsted acid to a distillation apparatus; and (b) withdrawing from the distillation apparatus an overhead distillate stream comprising the dinitrile compound.
A rubber composition for tire tread, the rubber composition comprising 100 parts by weight of raw rubber and 70 to 120 parts by weight of a reinforcing filler, wherein the raw rubber includes 0 to 50 parts by weight of natural rubber, 20 to 100 parts by weight of a melt grafting-functionalized styrene butadiene rubber, and 0 to 30 parts by weight of butadiene rubber.
A lubricant reservoir comprising: a housing defining a reservoir; a fill port extending through a top of the housing; an actuator movably disposed within the housing and dividing the reservoir into an upper portion and a lower portion, wherein the lower portion is configured to be filled with lubricant; and a centerfill tube extending from the fill port, through the actuator, to the lower portion of the reservoir, wherein the centerfill tube receives lubricant from the fill port and provides lubricant to the lower portion; wherein the centerfill tube provides lubricant to the reservoir within the lower portion and proximate an end of the lower portion opposite the actuator. a housing defining a reservoir; a fill port extending through a top of the housing; an actuator movably disposed within the housing and dividing the reservoir into an upper portion and a lower portion, wherein the lower portion is configured to be filled with lubricant; and a centerfill tube extending from the fill port, through the actuator, to the lower portion of the reservoir, wherein the centerfill tube receives lubricant from the fill port and provides lubricant to the lower portion; wherein the centerfill tube provides lubricant to the reservoir within the lower portion and proximate an end of the lower portion opposite the actuator.
A liquid ejection apparatus , comprising: a liquid ejection head unit that is configured to eject liquid onto a conveyed object that is being conveyed along a conveying path; a detection unit (SENK, SENC, SENM, SENY) that is provided with respect to the liquid ejection head unit and is configured to output a detection result indicating at least one of a plurality of positions, a moving speed, and an amount of movement of the conveyed object with respect to a conveying direction of the conveyed object ; and a control unit configured to control the liquid ejection head unit to eject the liquid based on the detection result, characterized in that the conveying path is positioned between the liquid ejection head unit and the detection unit (SENK, SENC, SENM, SENY). a liquid ejection head unit that is configured to eject liquid onto a conveyed object that is being conveyed along a conveying path; a detection unit (SENK, SENC, SENM, SENY) that is provided with respect to the liquid ejection head unit and is configured to output a detection result indicating at least one of a plurality of positions, a moving speed, and an amount of movement of the conveyed object with respect to a conveying direction of the conveyed object ; and a control unit configured to control the liquid ejection head unit to eject the liquid based on the detection result,
A bioprocess fluid mixing system (3; 3'; 3"; 103; 103'), said fluid mixing system (3; 3'; 3"; 103; 103') comprising: - at least two fluid inlets , configured for providing a first fluid into the fluid mixing system through a first fluid inlet and for providing a second fluid into the fluid mixing system through a second fluid inlet ; the bioprocess fluid mixing system (3;3';103;1'3') being characterised in that it further comprises: - at least one valve arrangement , where a first valve arrangement (13a; 13a') is in fluid communication with at least both the first fluid inlet and the second fluid inlet ; - at least two pumps , where a first pump is in selective fluid communication with at least both the first and the second fluid inlets via the first valve arrangement (13a; 13a') and a second pump is in fluid communication with at least one of the first and second fluid inlet ; and - a common fluid outlet which is in fluid communication with at least an outlet of the first pump and an outlet of the second pump , wherein pump rates of the at least two pumps and valve positions in the at least one valve arrangement (13a; 13a'; 13b, 13c) are configured to be controllable by a control system such that mixing of at least a first fluid from the first fluid inlet and a second fluid from the second fluid inlet can be performed to a requested mixing of the at least two fluids and to a requested combined fluid flow rate at the common fluid outlet , and wherein said fluid mixing system (3; 3'; 3"; 103; 103') is further operable to mix fluids both upstream and downstream of the first and second pumps . - at least two fluid inlets , configured for providing a first fluid into the fluid mixing system through a first fluid inlet and for providing a second fluid into the fluid mixing system through a second fluid inlet ; - at least one valve arrangement , where a first valve arrangement (13a; 13a') is in fluid communication with at least both the first fluid inlet and the second fluid inlet ; - at least two pumps , where a first pump is in selective fluid communication with at least both the first and the second fluid inlets via the first valve arrangement (13a; 13a') and a second pump is in fluid communication with at least one of the first and second fluid inlet ; and - a common fluid outlet which is in fluid communication with at least an outlet of the first pump and an outlet of the second pump ,
A comfortable restraint system located in a vehicle incorporating an electronic braking system governed by a control unit, and comprising a safety belt configured by a textile strap , a permanent anchoring device which comprises means for coupling an anchor tongue joined to one end of the textile strap , a removable anchoring device and a retractor for the safety belt , wherein: - the safety belt comprises a chamber attached longitudinally on each side of the textile strap , and - the permanent anchoring device comprises connector outlets for the supply of pressurised air through a compression system, and - each one of the chambers comprises an adapter intended to be joined to a connector outlet , such that the chambers are pneumatically connected to the compression system with a proportional valve, in charge of supplying and extracting air to and from the chambers , which is governed by the vehicle control unit, the restraint system being characterised in that it is synchronised with the electronic braking system, such that the air extraction flow of the chambers is proportional to the braking intensity. - the safety belt comprises a chamber attached longitudinally on each side of the textile strap , and - the permanent anchoring device comprises connector outlets for the supply of pressurised air through a compression system, and - each one of the chambers comprises an adapter intended to be joined to a connector outlet , such that the chambers are pneumatically connected to the compression system with a proportional valve, in charge of supplying and extracting air to and from the chambers , which is governed by the vehicle control unit,
A pixel structure, comprising: a thin film transistor, a MEMS switch , and a quantum dot light emitting diode device; wherein the quantum dot light emitting diode device is a top emission type quantum dot light emitting diode device; wherein the MEMS switch comprises a connecting portion and a switch portion ; the connecting portion is directly electrically connected with a drain electrode of the thin film transistor; the switch portion is located on a light emission side of the quantum dot light emitting diode device; wherein the thin film transistor is adapted to control the light emission amount of the outgoing light of the quantum dot light emitting diode device by controlling the switching amplitude of the MEMS switch; and wherein the thin film transistor and the quantum dot light emitting diode device are formed on a substrate, the quantum dot light emitting diode device being adjacent to the thin film transistor. a thin film transistor, a MEMS switch , and a quantum dot light emitting diode device; wherein the quantum dot light emitting diode device is a top emission type quantum dot light emitting diode device; wherein the MEMS switch comprises a connecting portion and a switch portion ; the connecting portion is directly electrically connected with a drain electrode of the thin film transistor; the switch portion is located on a light emission side of the quantum dot light emitting diode device; wherein the thin film transistor is adapted to control the light emission amount of the outgoing light of the quantum dot light emitting diode device by controlling the switching amplitude of the MEMS switch; and wherein the thin film transistor and the quantum dot light emitting diode device are formed on a substrate, the quantum dot light emitting diode device being adjacent to the thin film transistor.
An upright vacuum cleaner , comprising: a brushroll ; a motor assembly comprising a motor housing and a motor disposed within the motor housing , wherein a rotating axis of the motor and a rotating axis of the brushroll are disposed in a non-parallel manner, and the motor drives the brushroll to roll via a drive belt characterized in that the motor is rotatable between a first upright position wherein the drive belt is tensioned and a first oblique position wherein the drive belt is released; a body assembly comprising a body , a bridging member mounted to the body and rotatably connected with the motor housing to make the body rotatable between a second upright position and a second oblique position, and a dirt cup mounted to the body ; wherein the motor is moved from the first oblique position to the first upright position by the bridging member when the body moves from the second upright position to the second oblique position. a brushroll ; a motor assembly comprising a motor housing and a motor disposed within the motor housing , wherein a rotating axis of the motor and a rotating axis of the brushroll are disposed in a non-parallel manner, and the motor drives the brushroll to roll via a drive belt characterized in that the motor is rotatable between a first upright position wherein the drive belt is tensioned and a first oblique position wherein the drive belt is released; a body assembly comprising a body , a bridging member mounted to the body and rotatably connected with the motor housing to make the body rotatable between a second upright position and a second oblique position, and a dirt cup mounted to the body ; wherein the motor is moved from the first oblique position to the first upright position by the bridging member when the body moves from the second upright position to the second oblique position.
Flow sensor arrangement, comprising a main path for a fluid to flow through, the main path comprising a first section (S1) followed by a second section (S2) in flow direction (F), a bypass for bypassing the main path , an inlet and an outlet of which bypass each comprise at least one opening arranged in a wall of the main path , a flow sensor for measuring a flow in the bypass , and a guide in the main path extending in flow direction, for smoothing the flow in the main path at the location where the inlet of the bypass or its outlet respectively meets the main path , which guide is arranged with respect to the inlet of the bypass , or with respect to the outlet of the bypass , or which guide is arranged with respect to the inlet of the bypass and another guide is arranged with respect to the outlet of the bypass , wherein the guide protrudes from an inner wall of the main path , characterized in that at least a portion of the guide is arranged in the first section (S1) of the main path , wherein another portion of the guide is arranged in the second section (S2) of the main path , wherein the respective at least one opening is arranged in the second section (S2) of the main path , wherein the guide spans a given length of the main path in flow direction (F) and passes the at least one opening being arranged next to the guide , wherein a height of the guide is at least equal to or more than a diameter of the at least one opening , and wherein an upmost height of the guide is less than 50% of the diameter of the main path , wherein the main path comprises a third section (S3) following the second section (S2) in flow direction (F), in which third section (S3) of the main path a further portion of the guide is arranged, in wherein a flow resistance in form of a grid is arranged in the third section (S3) of the main path , wherein the grid does not touch any one of the guides , and wherein the flow resistance and the guides do not overlap in radial direction.
A method for testing a software application comprising: generating an application instance that executes on one or more processors; identifying a first vertex that corresponds to a type of an immediate predecessor action that occurred in the application instance, wherein the vertex is a node in a directed graph; identifying a plurality of edges for which the vertex is source vertex in the directed graph, wherein the edges are associated with respective probabilities, wherein each edge connects a source vertex and a target vertex of the directed graph, and wherein an edge indicates that an action of a type corresponding to the source vertex occurred and that an action of a type corresponding to the target vertex occurred immediately thereafter; probabilistically selecting one of the edges based on the respective probabilities, wherein a second vertex is a target vertex of the selected edge; identifying an action type that corresponds to the second vertex; and triggering an action of the action type in the application instance. generating an application instance that executes on one or more processors; identifying a first vertex that corresponds to a type of an immediate predecessor action that occurred in the application instance, wherein the vertex is a node in a directed graph; identifying a plurality of edges for which the vertex is source vertex in the directed graph, wherein the edges are associated with respective probabilities, wherein each edge connects a source vertex and a target vertex of the directed graph, and wherein an edge indicates that an action of a type corresponding to the source vertex occurred and that an action of a type corresponding to the target vertex occurred immediately thereafter; probabilistically selecting one of the edges based on the respective probabilities, wherein a second vertex is a target vertex of the selected edge; identifying an action type that corresponds to the second vertex; and triggering an action of the action type in the application instance.
A method of generating cells which secrete brain derived neurotrophic factor (BDNF), glial derived neurotrophic factor (GDNF), hepatocyte growth factor (HGF) and vascular endothelial growth factor (VEGF), wherein said cells do not secrete nerve growth factor (NGF) comprising incubating a population of human, undifferentiated, bone-marrow derived mesenchymal stem cells (MSCs) in a differentiating medium comprising basic fibroblast growth factor (bFGF), platelet derived growth factor (PDGF), heregulin and cAMP, wherein said incubating is effected in a single step, wherein said differentiating medium is devoid of IBMX, thereby generating the cells.
Methotrexate or a pharmaceutically acceptable salt thereof, for use in the treatment or the prevention of osteosarcoma, wherein said treatment or prevention comprises administering simultaneously, separately or sequentially to a subject simvastatin, and wherein the dose administered of the methotrexate is comprised of from 0.5 mg/m 2 to 20 g/m 2 of the patient's surface area, and a quantity for administration of simvastatin is comprised of from 10 to 100 mg.
Tool changing device for industrial robots or lightweight robots, having a housing and a drive shaft for attaching to a manipulator hand , wherein the tool changing device has a tool turret with a turret carrier mounted rotatably on the housing and two or more tools are arranged on the turret carrier , and wherein the turret carrier is rotatable about a turret axis (R) extending obliquely with respect to the drive shaft in order to alternately move in each case one tool into an active position (AP), wherein the tool changing device , in particular the tool turret , has a latching device that holds a tool in a latched position, in particular in an active position (AP), wherein the latching device holds the tool in the latched position with a limited holding force.
A resource determination method, comprising: receiving a radio resource control, RRC, reconfiguration message, wherein the RRC reconfiguration message comprises dedicated carrier configuration information that includes a carrier, wherein the RRC reconfiguration message indicates to switch to the carrier, and wherein the RRC reconfiguration message does not include configuration of a target semi-persistent scheduling, SPS, resource; and releasing an existing SPS resource according to the RRC reconfiguration message, wherein the existing SPS resource is determined according to first activation downlink control information, DCI, a first SPS cell radio network temporary identifier, C-RNTI, and a first SPS period, and wherein in response to a second activation DCI being received, determining the target SPS resource in the carrier indicated by the dedicated carrier configuration information, wherein the target SPS resource is determined according to the first SPS C-RNTI and the first SPS period. receiving a radio resource control, RRC, reconfiguration message, wherein the RRC reconfiguration message comprises dedicated carrier configuration information that includes a carrier, wherein the RRC reconfiguration message indicates to switch to the carrier, and wherein the RRC reconfiguration message does not include configuration of a target semi-persistent scheduling, SPS, resource; and wherein the RRC reconfiguration message comprises dedicated carrier configuration information that includes a carrier, wherein the RRC reconfiguration message indicates to switch to the carrier, and wherein the RRC reconfiguration message does not include configuration of a target semi-persistent scheduling, SPS, resource; and releasing an existing SPS resource according to the RRC reconfiguration message, wherein the existing SPS resource is determined according to first activation downlink control information, DCI, a first SPS cell radio network temporary identifier, C-RNTI, and a first SPS period, and wherein in response to a second activation DCI being received, determining the target SPS resource in the carrier indicated by the dedicated carrier configuration information, wherein the target SPS resource is determined according to the first SPS C-RNTI and the first SPS period. wherein the existing SPS resource is determined according to first activation downlink control information, DCI, a first SPS cell radio network temporary identifier, C-RNTI, and a first SPS period, and wherein in response to a second activation DCI being received, determining the target SPS resource in the carrier indicated by the dedicated carrier configuration information, wherein the target SPS resource is determined according to the first SPS C-RNTI and the first SPS period.
Exterior door handle for a vehicle , in particular for activating an electric lock of the vehicle , comprising: - a door handle body having a wall , the door handle body being configured such that an activation action can be performed by an operator on the door handle body in a deformation region , - at least one inductive activation means essentially arranged in the deformation region , - - at least one sensor device arranged inside the door handle body for inductance measurement on the activation means , the door handle body being designed to be elastically deformable at least in the deformation region characterized in that the sensor device for detecting the activation action is mounted on at least one sensor mounting point independently of the deformation region in such a way that the deformation of the door handle body can be detected by the inductance measurement. - a door handle body having a wall , the door handle body being configured such that an activation action can be performed by an operator on the door handle body in a deformation region , - at least one inductive activation means essentially arranged in the deformation region , - - at least one sensor device arranged inside the door handle body for inductance measurement on the activation means , the door handle body being designed to be elastically deformable at least in the deformation region
A light control material for the representation of different colors, comprising: a material body including a plurality of microstructures , each microstructure having a stepped reflective microstructure designed to reflect a bandwidth of light by means of constructive interference effects in accordance with the design of the particular microstructure, the microstructures incorporating color information that upon reflection of light from the microstructures provides a two-dimensional image, characterized in that a first one of said microstructures is comprised of steps having a height differing from the height of steps of a second one of said microstructures, the first and second microstructures respectively reflecting wavelengths of visible light approximately twice the height of the respective steps without the need of a multiple layer device, and the bandwidth being defined at least in part by the number of steps in each microstructure. a material body including a plurality of microstructures , each microstructure having a stepped reflective microstructure designed to reflect a bandwidth of light by means of constructive interference effects in accordance with the design of the particular microstructure, the microstructures incorporating color information that upon reflection of light from the microstructures provides a two-dimensional image, characterized in that a first one of said microstructures is comprised of steps having a height differing from the height of steps of a second one of said microstructures, the first and second microstructures respectively reflecting wavelengths of visible light approximately twice the height of the respective steps without the need of a multiple layer device, and the bandwidth being defined at least in part by the number of steps in each microstructure.
A device for treating a patient using transcranial magnetic stimulation, TMS, the device comprising: a magnetic core having a distributed gap core structure that is adapted for use in connection with transcutaneous magnetic stimulation, wherein the distributed gap core structure comprises a matrix of non-conductive gaps.