mhurhangee/patent-ind-claim-en huggingface dataset:
A medical device for filtering emboli from blood flowing in a blood vessel of patient, the medical device comprising: an elongate support member ; an elongate side branch member connected to the elongate support member ; and a filter element being expandable from a collapsed configuration when the filter element is restrained to an expanded configuration when the filter element is unrestrained, wherein the filter element comprises a material having pores, wherein the filter element has proximal and distal portions, the filter element having a shape in the expanded configuration which defines an interior cavity having a proximal facing opening, the filter element being attached to the elongate side branch member by a proximal filter element slider and a distal filter element slider , the elongate side branch member being adapted to maintain the filter element centered in the lumen of the vessel, characterised in that the elongate side branch member is connected to the elongate support member by the proximal side branch member slider and the distal side branch member slider , the proximal filter element slider being configured to slide over the elongate side branch member , and the elongate side branch member angling away from the elongate support member over at least a portion of a length of the elongate side branch member to maintain the elongate support member centered in the lumen of the vessel; and wherein the elongate support member includes a proximal stop and a distal stop with both stops being distal to the distal side branch member slider and proximal of the distal filter element slider . an elongate support member ; an elongate side branch member connected to the elongate support member ; and a filter element being expandable from a collapsed configuration when the filter element is restrained to an expanded configuration when the filter element is unrestrained, wherein the filter element comprises a material having pores, wherein the filter element has proximal and distal portions, the filter element having a shape in the expanded configuration which defines an interior cavity having a proximal facing opening, the filter element being attached to the elongate side branch member by a proximal filter element slider and a distal filter element slider , the elongate side branch member being adapted to maintain the filter element centered in the lumen of the vessel, characterised in that the elongate side branch member is connected to the elongate support member by the proximal side branch member slider and the distal side branch member slider , the proximal filter element slider being configured to slide over the elongate side branch member , and the elongate side branch member angling away from the elongate support member over at least a portion of a length of the elongate side branch member to maintain the elongate support member centered in the lumen of the vessel; and wherein the elongate support member includes a proximal stop and a distal stop with both stops being distal to the distal side branch member slider and proximal of the distal filter element slider .
Method for lighting an environment in front of a motor vehicle , wherein a lighting apparatus with a control apparatus and at least one headlight is used for illumination, wherein a plurality of contiguous solid angle segments can be illuminated by the headlight , wherein the lighting brightness of the headlight for each of the solid angle segments is separately controlled by the control apparatus , in order to emit a light pattern into the environment in front of the vehicle, wherein, after an activation condition has been met, the headlight is controlled by the control apparatus in such a way that a predetermined initial pattern is initially emitted as light pattern, after which the emitted light pattern is converted stepwise from the initial pattern into an information pattern in a plurality of consecutive steps, wherein the information pattern describes a driving-relevant piece of information, wherein the information pattern is emitted as an information pattern that comprises a strip in a direction of travel of the motor vehicle , wherein a strip width of the strip in a transverse direction, which is perpendicular to the direction of travel, is greater than or equal to a vehicle width of the motor vehicle , and/or which comprises two parallel strips in the direction of travel of the motor vehicle , which are spaced apart from each other in the transverse direction by a strip spacing , wherein the strip spacing or the sum of the strip spacing and the strip widths of both strips in the transverse direction is greater than or equal to the vehicle width of the motor vehicle , wherein the length of the strip of the strips in the information pattern is predetermined according to a distance to a further preceding or oncoming motor vehicle , characterised in that the distance to a further preceding or oncoming motor vehicle is determined by one or more sensors.
An aluminum rolling method comprising a stage a) of hot rolling and a stage b) of cold rolling: in the stage a) of hot rolling, the temperature decreases from an initial temperature ranging from 450 to 500°C to a final temperature ranging from 360 to 400°C, obtaining an aluminum sheet with a thickness ranging from 8 to 12 mm; and in the stage b) of cold rolling, rolling passes at a temperature ranging from 75 to 120°C are intercalated with an intermediate sub-stage of heat treatment at a temperature ranging from 340 to 390°C, until obtaining an aluminum sheet with a final thickness ranging from 0.3 to 1.0 mm, wherein the intermediate sub-stage of heat treatment is carried out for a period ranging from 3 to 5 hours, the aluminum rolling method further comprising, after the stage b) of cold rolling: a heat treatment at a temperature ranging from 220 to 260°C of the aluminum sheet for a period of 4 to 6 hours; wherein the aluminum is selected from pure aluminum and an aluminum alloy comprising magnesium as the main alloying compound; and wherein a reduction in the thickness from 45% to 75% is achieved in the last hot rolling pass, and after the hot rolling stage, a grain structure is totally recrystallized with a grain size between 50 and 90 μm measured by the grain intercept method ASTM E-112-88. in the stage a) of hot rolling, the temperature decreases from an initial temperature ranging from 450 to 500°C to a final temperature ranging from 360 to 400°C, obtaining an aluminum sheet with a thickness ranging from 8 to 12 mm; and in the stage b) of cold rolling, rolling passes at a temperature ranging from 75 to 120°C are intercalated with an intermediate sub-stage of heat treatment at a temperature ranging from 340 to 390°C, until obtaining an aluminum sheet with a final thickness ranging from 0.3 to 1.0 mm, wherein the intermediate sub-stage of heat treatment is carried out for a period ranging from 3 to 5 hours, the aluminum rolling method further comprising, after the stage b) of cold rolling: a heat treatment at a temperature ranging from 220 to 260°C of the aluminum sheet for a period of 4 to 6 hours; wherein the aluminum is selected from pure aluminum and an aluminum alloy comprising magnesium as the main alloying compound; and wherein a reduction in the thickness from 45% to 75% is achieved in the last hot rolling pass, and after the hot rolling stage, a grain structure is totally recrystallized with a grain size between 50 and 90 μm measured by the grain intercept method ASTM E-112-88. a heat treatment at a temperature ranging from 220 to 260°C of the aluminum sheet for a period of 4 to 6 hours; wherein the aluminum is selected from pure aluminum and an aluminum alloy comprising magnesium as the main alloying compound; and wherein a reduction in the thickness from 45% to 75% is achieved in the last hot rolling pass, and after the hot rolling stage, a grain structure is totally recrystallized with a grain size between 50 and 90 μm measured by the grain intercept method ASTM E-112-88.
A system comprising: a flow cytometer configured to generate data indicative of a pulse waveform corresponding to a fluorescence signal of a biological sample; circuitry configured to: determine peak position information of the pulse waveform by identifying at least one peak of the pulse waveform; and determine at least one biological characteristic of the biological sample based on the peak position information, wherein determining peak position information includes identifying a number of peaks, characterized in that determining at least one biological characteristic includes determining a number of locations of at least one biological component within the biological sample based on the number of peaks. a flow cytometer configured to generate data indicative of a pulse waveform corresponding to a fluorescence signal of a biological sample; circuitry configured to: determine peak position information of the pulse waveform by identifying at least one peak of the pulse waveform; and determine at least one biological characteristic of the biological sample based on the peak position information, wherein determining peak position information includes identifying a number of peaks, determine peak position information of the pulse waveform by identifying at least one peak of the pulse waveform; and determine at least one biological characteristic of the biological sample based on the peak position information, wherein determining peak position information includes identifying a number of peaks, characterized in that determining at least one biological characteristic includes determining a number of locations of at least one biological component within the biological sample based on the number of peaks.
A method for servicing a blower motor installed in a heating, ventilation, and air-conditioning (HVAC) assembly for a motor vehicle, the method comprising: rotating a scroll housing subassembly comprising a scroll housing and the blower motor of the HVAC assembly from an installed position to an extraction position; wherein the blower motor is attached to the scroll housing, thereby resulting in a joint rotation of the scroll housing and the blower motor when rotating the scroll housing subassembly, and detaching a first securing element , the first securing element being distributed on the scroll housing subassembly and an evaporator housing subassembly of the HVAC assembly; and removing the scroll housing subassembly from the HVAC assembly in a direction of extraction, at the extraction position, wherein the scroll housing subassembly reaches the extraction position by axial rotation in a direction orthogonal to the direction of extraction, and wherein the extraction position is a position at which the scroll housing subassembly is cleared for moving in the direction of extraction. rotating a scroll housing subassembly comprising a scroll housing and the blower motor of the HVAC assembly from an installed position to an extraction position; wherein the blower motor is attached to the scroll housing, thereby resulting in a joint rotation of the scroll housing and the blower motor when rotating the scroll housing subassembly, and detaching a first securing element , the first securing element being distributed on the scroll housing subassembly and an evaporator housing subassembly of the HVAC assembly; and removing the scroll housing subassembly from the HVAC assembly in a direction of extraction, at the extraction position, wherein the scroll housing subassembly reaches the extraction position by axial rotation in a direction orthogonal to the direction of extraction, and wherein the extraction position is a position at which the scroll housing subassembly is cleared for moving in the direction of extraction.
A combination therapy comprising a CCR1 chemokine receptor antagonist, and a PD-1 inhibitor or a PD-L1 inhibitor for use in a method of treating triple negative breast cancer in a subject, said method comprising administering to the subject in need thereof a therapeutically effective amount of the CCR1 chemokine receptor antagonist, and a therapeutically effective amount of the PD-1 inhibitor or the PD-L1 inhibitor, wherein the CCR1 chemokine receptor antagonist has the formula (IIIb1a): wherein each A is N or CH and at least one A is N; R 1 is halogen; R 3 is selected from the group consisting of C 1-8 alkyl, C 3-8 cycloalkyl and C 2-8 alkenyl; and R 8 is C 1-8 alkyl; or a pharmaceutically acceptable salt thereof.
A mirror surface display device having a mirror property and a display property in a common region, said mirror surface display device comprising a support member having an optical thin film thereon to add a half mirror function to the support member ; a broadband selective reflection film ; and a display in this order, wherein the optical thin film is formed on a surface of the support member facing the broadband selective reflection film ; the broadband selective reflection film is a film selectively transmitting one of clockwise circularly polarized light and counterclockwise circularly polarized light and selectively reflecting the other polarized light, said broadband selective reflection film comprising cholesteric liquid crystals exhibiting cholesteric regularity, said mirror surface display device further comprising a quarter-wave optical plate disposed on a surface of the broadband selective reflection film facing the light-emitting surface of the display , wherein the quarter-wave optical plate is configured so that a ray of light incident on the broadband selective reflection film from the display comprises circularly polarized light having the same circling direction as circularly polarized light that is allowed to selectively pass through the broadband selective reflection film , the circularly polarized light being produced by the quarter-wave optical plate. display property in a common region, said mirror surface display device comprising a support member having an optical thin film thereon to add a half mirror function to the support member ; a broadband selective reflection film ; and a display in this order, wherein the optical thin film is formed on a surface of the support member facing the broadband selective reflection film ; the broadband selective reflection film is a film selectively transmitting one of clockwise circularly polarized light and counterclockwise circularly polarized light and selectively reflecting the other polarized light, said broadband selective reflection film comprising cholesteric liquid crystals exhibiting cholesteric regularity, said mirror surface display device further comprising a quarter-wave optical plate disposed on a surface of the broadband selective reflection film facing the light-emitting surface of the display , wherein the quarter-wave optical plate is configured so that a ray of light incident on the broadband selective reflection film from the display comprises circularly polarized light having the same circling direction as circularly polarized light that is allowed to selectively pass through the broadband selective reflection film , the circularly polarized light being produced by the quarter-wave optical plate.
Energy absorption-reduced anticlimber for rail vehicles, for arrangement on a rail vehicle in the region of a buffer of the rail vehicle and for preventing the body of the rail vehicle from sliding over the body of a colliding rail vehicle or vice versa, comprising a fastening section for fastening the anticlimber to the rail vehicle and/or to the buffer and a collision section for mechanical interaction with an anticlimber on the other colliding rail vehicle, wherein the collision section has a finger-like contact and guide section which faces in the direction of travel or opposite to the direction of travel and has a support section which connects the contact and guide section to the fastening section and is oriented vertically to the direction of travel, characterized in that the contact and guide section and the support section together have at least two finger-like structures which emanate radially from a common centre in their extension and widen the capture area by spreading apart, wherein the support section is mechanically connected in an energy-transmitting manner to an energy-absorbing element in such a way that the energy acting in the event of a possible collision of the rail vehicle with another rail vehicle is introduced into the energy-absorbing element without deformation of the contact and guide section or the support section , and that at least one support element (10.2) in the form of a bracket (10.2) is arranged on the housing (10.3) of the energy-absorbing element , by means of which support element the region that surrounds the connecting point of the support element (10.2) to the housing (10.3) is stabilized against the effect of torques occurring in the event of a collision, wherein the support element (10.2) is preferably also fastened to a mounting and/or end plate (10.4) and/or is designed to be supportable against a bearing structure formed on the body of the rail vehicle in the event of a crash.
A method carried out by a computing device ; the method comprising: obtaining a component invocation message from a managed application which is executable in a workspace managed by a workspace manager on the computing device , wherein the component invocation message is a message which invokes a component in another application ; then determining whether the component invocation message is originated from a workspace other than the workspace managed by the workspace manager ; then in response to determining that the component invocation message is originated from a workspace other than the workspace managed by the workspace manager , determining whether the component invocation message is intended to invoke a component in a target application in the workspace managed by the workspace manager ; and then providing an instruction to the managed application in response to determining whether the component invocation message is intended to invoke the component in the target application; wherein the instruction instructs the managed application to discard the component invocation message or forward the component invocation message to the target application . obtaining a component invocation message from a managed application which is executable in a workspace managed by a workspace manager on the computing device , wherein the component invocation message is a message which invokes a component in another application ; then determining whether the component invocation message is originated from a workspace other than the workspace managed by the workspace manager ; then in response to determining that the component invocation message is originated from a workspace other than the workspace managed by the workspace manager , determining whether the component invocation message is intended to invoke a component in a target application in the workspace managed by the workspace manager ; and then providing an instruction to the managed application in response to determining whether the component invocation message is intended to invoke the component in the target application; wherein the instruction instructs the managed application to discard the component invocation message or forward the component invocation message to the target application .
A system for triggering an imaging process during a radiation treatment process, comprising: a processing unit that is configured to: obtain first information; and process the first information to determine if a first pre-defined criterion is satisfied ; wherein the processing unit is configured to generate a signal to cause an imaging process that includes a delivery of imaging energy to begin based at least in part on a result from the act of processing , wherein the first information is regarding a state of a device of the treatment process ; characterized in that : the first information comprises an amount of time that the device has been operated. obtain first information; and process the first information to determine if a first pre-defined criterion is satisfied ; wherein the processing unit is configured to generate a signal to cause an imaging process that includes a delivery of imaging energy to begin based at least in part on a result from the act of processing , wherein the first information is regarding a state of a device of the treatment process ; characterized in that : the first information comprises an amount of time that the device has been operated.
Awning having at least one shading element , the front end of which is fastened to an extending profile , wherein the extending profile is movingly guided on guide rails in extending direction and the front ends, in extending direction , of the guide rails are supported by supports , wherein at least one support is length-variable and wherein the connection between a support and the guide rail supported by this support is formed respectively by a joint connection between the guide rail and the support , wherein the joint connection enables a pivoting of the guide rail with respect to the support about a joint axis parallel to the extending profile , characterised in that the jointedly connected joint parts of the joint connection can be can be disengaged from one another parallel to the joint axis .
A system for recording ultrasound images, the system comprising: a memory comprising instruction data representing a set of instructions; and a processor configured to communicate with the memory and to execute the set of instructions, wherein the set of instructions, when executed by the processor, cause the processor to: receive a data stream of two-dimensional images taken using an ultrasound transducer ; determine from the data stream that a feature of interest is in view of the transducer; and trigger an alert to be sent to a user of the transducer to indicate that the feature of interest is in view of the transducer; characterized in that the processor is further configured to: receive motion data relating to motion of the transducer ; and based on the received motion data, send an instruction to the transducer to trigger the transducer to capture a three-dimensional ultrasound image after a predetermined non-zero time interval. a memory comprising instruction data representing a set of instructions; and a processor configured to communicate with the memory and to execute the set of instructions, wherein the set of instructions, when executed by the processor, cause the processor to: receive a data stream of two-dimensional images taken using an ultrasound transducer ; determine from the data stream that a feature of interest is in view of the transducer; and trigger an alert to be sent to a user of the transducer to indicate that the feature of interest is in view of the transducer; receive a data stream of two-dimensional images taken using an ultrasound transducer ; determine from the data stream that a feature of interest is in view of the transducer; and trigger an alert to be sent to a user of the transducer to indicate that the feature of interest is in view of the transducer; characterized in that the processor is further configured to: receive motion data relating to motion of the transducer ; and based on the received motion data, send an instruction to the transducer to trigger the transducer to capture a three-dimensional ultrasound image after a predetermined non-zero time interval. receive motion data relating to motion of the transducer ; and based on the received motion data, send an instruction to the transducer to trigger the transducer to capture a three-dimensional ultrasound image after a predetermined non-zero time interval.