mhurhangee/patent-ind-claim-en huggingface dataset:
A method for the display of an image in an image area of a display area of a display screen, the image area having a logical dimension being the number of logical pixels across the horizontal or vertical dimension of the image area; and the display area having a pixel density, the image being stored on a server in a plurality of versions, each version of the image having a respective image size, the method comprising: detecting the pixel density of the display area, the pixel density being the number of physical pixels of the display area of the display screen that are used to display one logical pixel; calculating a desired image dimension by multiplying the pixel density of the display area by the logical dimension of the image area; determining a first version of the image to request from the server based on the desired image dimension, the first version of the image having a first image size; requesting the first version of the image; receiving the first version of the image; and displaying the first version of the image in the display area, characterised by calculating a predefined amount as the smaller value of a fixed value and a fraction of the desired image dimension, wherein determining the first version of the image to request from the server comprises selecting, from the plurality of versions of the image, a version of the image: such that the first image size has an image dimension greater than the desired image dimension by the predefined amount; and that is the next largest version of the image that is larger than the desired image dimension added to the predefined amount; and displaying the first version of the image in the display area comprises resizing the first version of the image to fit the image area. detecting the pixel density of the display area, the pixel density being the number of physical pixels of the display area of the display screen that are used to display one logical pixel; calculating a desired image dimension by multiplying the pixel density of the display area by the logical dimension of the image area; determining a first version of the image to request from the server based on the desired image dimension, the first version of the image having a first image size; requesting the first version of the image; receiving the first version of the image; and displaying the first version of the image in the display area, characterised by calculating a predefined amount as the smaller value of a fixed value and a fraction of the desired image dimension, such that the first image size has an image dimension greater than the desired image dimension by the predefined amount; and that is the next largest version of the image that is larger than the desired image dimension added to the predefined amount; and
A method comprising: implementing at least one virtual machine, VM, on a compute platform including a central processing unit, CPU, , a graphics processing unit, GPU, , and graphics memory , each of the at least one VM hosted by a hypervisor executed via the CPU ; for each of at least one VM , trapping GPU commands submitted from the VM ; emulating, using a virtual GPU associated with the VM , execution of the trapped GPU commands, the virtual GPU including state information; track state information for the virtual GPU ; predicting, by scanning the trapped GPU commands and identify corresponding resource access and effects that access may have on such resource, graphics memory pages that might be dirtied via execution of trapped GPU commands by the virtual GPU ; and periodically performing a VM checkpointing operation for the VM , wherein a snapshot of current tracked state information for the virtual GPU and a copy of the graphics memory pages that are predicted to-be-dirtied are stored as a VM checkpoint. implementing at least one virtual machine, VM, on a compute platform including a central processing unit, CPU, , a graphics processing unit, GPU, , and graphics memory , each of the at least one VM hosted by a hypervisor executed via the CPU ; for each of at least one VM , trapping GPU commands submitted from the VM ; emulating, using a virtual GPU associated with the VM , execution of the trapped GPU commands, the virtual GPU including state information; track state information for the virtual GPU ; predicting, by scanning the trapped GPU commands and identify corresponding resource access and effects that access may have on such resource, graphics memory pages that might be dirtied via execution of trapped GPU commands by the virtual GPU ; and periodically performing a VM checkpointing operation for the VM , wherein a snapshot of current tracked state information for the virtual GPU and a copy of the graphics memory pages that are predicted to-be-dirtied are stored as a VM checkpoint. trapping GPU commands submitted from the VM ; emulating, using a virtual GPU associated with the VM , execution of the trapped GPU commands, the virtual GPU including state information; track state information for the virtual GPU ; predicting, by scanning the trapped GPU commands and identify corresponding resource access and effects that access may have on such resource, graphics memory pages that might be dirtied via execution of trapped GPU commands by the virtual GPU ; and periodically performing a VM checkpointing operation for the VM , wherein a snapshot of current tracked state information for the virtual GPU and a copy of the graphics memory pages that are predicted to-be-dirtied are stored as a VM checkpoint.
A system for treating a heart of a patient, the system comprising: an introducer having a proximal end and a distal end with a shaft therebetween, the distal end insertable along an insertion path through first and second heart walls bordering a chamber of the heart; a first anchor , the first anchor being axially translatable along the path of the introducer through the heart walls; an elongate member extendable proximally from the first anchor and rotationally coupled to the first anchor so as to axially rotate the first anchor from proximally of the heart walls and to orient an arm of the anchor along a desired lateral orientation from the path; an inner tube advanceable through the introducer to aid in retraction of the first anchor; and a wire that is coupled with the first anchor and that is configured to aid in retraction of the first anchor by reorienting the first anchor to an undeployed configuration relative to the introducer . an introducer having a proximal end and a distal end with a shaft therebetween, the distal end insertable along an insertion path through first and second heart walls bordering a chamber of the heart; a first anchor , the first anchor being axially translatable along the path of the introducer through the heart walls; an elongate member extendable proximally from the first anchor and rotationally coupled to the first anchor so as to axially rotate the first anchor from proximally of the heart walls and to orient an arm of the anchor along a desired lateral orientation from the path; an inner tube advanceable through the introducer to aid in retraction of the first anchor; and a wire that is coupled with the first anchor and that is configured to aid in retraction of the first anchor by reorienting the first anchor to an undeployed configuration relative to the introducer .
Process for continuously performing a Mannich reaction in which methacrolein is prepared from formaldehyde and propionaldehyde using at least one acid and at least one amine as catalysts, characterized in that the reaction is carried out in a continuously operated tubular reactor or plate reactor using temperature gradients, wherein the inlet temperature of the feeding of the reactants and catalysts into the reactor is between 100 and less than 150°C and the temperature of the reaction mixture at the outflow of the reactor is at most 180°C, the water content in the reactor feed is greater than 45% by weight and at most 85% by weight, the amount of organic base in the reactor feed, comprising the pure base and also the respective base part in the salts with the acid and in the base-containing intermediates of the Mannich reaction, is more than 5 mol% based on propionaldehyde, the internal pressure of the reactor is adjusted such that this is greater than the boiling pressure of the reaction mixture and the residence time of the reaction mixture in the reactor is between 1 and 30 s.
A Very Small Aperture Terminal, VSAT, modem configured to interface with a saturated radio and a linear radio , the VSAT modem comprising: a synthesizer modulator configured to generate a modulated reference signal ; a prescaler configured to reduce the frequency of the modulated reference signal to provide a lower frequency modulated reference signal ; a switch configured to enable the prescaler ; and an output configured to output the modulated reference signal when the prescaler is disabled, and configured to output the lower frequency modulated reference signal when the prescaler is enabled; wherein the output is configured to output the lower frequency modulated reference signal for the saturated radio when the prescaler is enabled, and the output is configured to output the modulated reference signal for the linear radio when the prescaler is disabled. a synthesizer modulator configured to generate a modulated reference signal ; a prescaler configured to reduce the frequency of the modulated reference signal to provide a lower frequency modulated reference signal ; a switch configured to enable the prescaler ; and an output configured to output the modulated reference signal when the prescaler is disabled, and configured to output the lower frequency modulated reference signal when the prescaler is enabled; wherein the output is configured to output the lower frequency modulated reference signal for the saturated radio when the prescaler is enabled, and the output is configured to output the modulated reference signal for the linear radio when the prescaler is disabled.
A method for determining the efficacy of GPC3-targeting drug therapy for GPC3-expressing cancer in a patient or determining the continuation of GPC3-targeting drug therapy for a patient, comprising monitoring a concentration of free GPC3 in a biological sample isolated from the patient before the start of GPC3-targeting drug therapy and/or the patient treated with the GPC3-targeting drug therapy, wherein the GPC3-targeting drug comprises an anti-GPC3 antibody, wherein the biological sample is blood, plasma, or serum, and wherein when the concentration of free GPC3 is above a predetermined value, the GPC3-targeting drug therapy is determined to be effective or the GPC3-targeting drug therapy is determined to be continued.
A method comprising: a) initialising a value of a transfer data segment parameter relating to a size of a data segment (NTS); b) providing a transmit buffer with a first data segment (IO vector) having a size equal to the first value of the transfer data segment parameter; c) transmitting the first data segment over a path to a destination as plural network packets, each network packet being transmitted over a different one of plural logical connections ; d) moving a second data segment having a size equal to the value of the transfer data segment parameter to the transmit buffer; e) transmitting the second data segment over the path as plural network packets, each network packet being transmitted over a different one of the plural logical connections ; f) measuring performance of transmitting data over the path when repeating steps d) and e) for further data segments; g) changing the value of the transfer data segment parameter (NTS); h) measuring performance of transmitting data over the path when repeating steps d) and e) for further data segments with the changed value of the transfer data segment parameter; i) using measured performance of transmitting data over the path with different values of the transfer data segment parameter to determine an optimum value for the transfer data segment parameter; and j) using the optimum value for the transfer data segment parameter when repeating steps d) and e) for still further data segments. a) initialising a value of a transfer data segment parameter relating to a size of a data segment (NTS); b) providing a transmit buffer with a first data segment (IO vector) having a size equal to the first value of the transfer data segment parameter; c) transmitting the first data segment over a path to a destination as plural network packets, each network packet being transmitted over a different one of plural logical connections ; d) moving a second data segment having a size equal to the value of the transfer data segment parameter to the transmit buffer; e) transmitting the second data segment over the path as plural network packets, each network packet being transmitted over a different one of the plural logical connections ; f) measuring performance of transmitting data over the path when repeating steps d) and e) for further data segments; g) changing the value of the transfer data segment parameter (NTS); h) measuring performance of transmitting data over the path when repeating steps d) and e) for further data segments with the changed value of the transfer data segment parameter; i) using measured performance of transmitting data over the path with different values of the transfer data segment parameter to determine an optimum value for the transfer data segment parameter; and j) using the optimum value for the transfer data segment parameter when repeating steps d) and e) for still further data segments.
An adjustable bed assembly for a vehicle comprising: a contoured bed frame including a headboard at a first end of the bed frame, a footboard at a second end of the bed frame opposite the first end, a first sideboard extending between the headboard and the footboard along a first side of the bed frame and a second sideboard extending from the headboard and terminating at a free edge on a second side of the bed frame ; a foundation disposed in the bed frame ; an articulated frame including a support platform with a plurality of sectional support members (42.1, 42.2, 42.3, 42.4), a linkage mechanism coupling the support platform to the foundation and a drive mechanism operably coupled to the linkage assembly for adjusting the position of at least one sectional support member (42.1, 42.2, 42.3, 42.4) between a first position and a second position; and a mattress disposed on the support platform and having a sleeping surface opposite the support platform , wherein the mattress is configured to conform with the plurality of sectional support members (42.1, 42.2, 42.3, 42.4) in the first and second positions; wherein the headboard , the footboard and the first and second sideboards extend vertically above the sleeping surface of the mattress . a contoured bed frame including a headboard at a first end of the bed frame, a footboard at a second end of the bed frame opposite the first end, a first sideboard extending between the headboard and the footboard along a first side of the bed frame and a second sideboard extending from the headboard and terminating at a free edge on a second side of the bed frame ; a foundation disposed in the bed frame ; an articulated frame including a support platform with a plurality of sectional support members (42.1, 42.2, 42.3, 42.4), a linkage mechanism coupling the support platform to the foundation and a drive mechanism operably coupled to the linkage assembly for adjusting the position of at least one sectional support member (42.1, 42.2, 42.3, 42.4) between a first position and a second position; and a mattress disposed on the support platform and having a sleeping surface opposite the support platform , wherein the mattress is configured to conform with the plurality of sectional support members (42.1, 42.2, 42.3, 42.4) in the first and second positions; wherein the headboard , the footboard and the first and second sideboards extend vertically above the sleeping surface of the mattress .
A stent assembly for use in a prosthetic heart valve for replacing a native valve, comprising: a stent having a proximal end , a distal end , a luminal surface and an abluminal surface ; and a cuff coupled to the stent and having a first orientation and a second orientation; characterized in that the assembly further comprises: a plurality of elongated members coupled between the luminal surface of the stent and cuff when the cuff is in the first and second orientations, wherein the members remain coupled to the stent and cuff after replacement of the native valve, and wherein the cuff, when in the first orientation, is at least partially disposed over the luminal surface of the stent and an extended portion of the cuff projects outwardly of a proximal end of the stent , the extended portion being within a profile of the stent to provide a low profile prosthetic heart valve; and wherein the cuff , when in the second orientation, is at least partially disposed on the abluminal surface of the stent; and wherein the plurality of members are in a tensioned state when the cuff is in the first orientation and a relaxed state when the cuff is in the second orientation. a stent having a proximal end , a distal end , a luminal surface and an abluminal surface ; and a cuff coupled to the stent and having a first orientation and a second orientation; characterized in that the assembly further comprises: a plurality of elongated members coupled between the luminal surface of the stent and cuff when the cuff is in the first and second orientations, wherein the members remain coupled to the stent and cuff after replacement of the native valve, and wherein the cuff, when in the first orientation, is at least partially disposed over the luminal surface of the stent and an extended portion of the cuff projects outwardly of a proximal end of the stent , the extended portion being within a profile of the stent to provide a low profile prosthetic heart valve; and wherein the cuff , when in the second orientation, is at least partially disposed on the abluminal surface of the stent; and wherein the plurality of members are in a tensioned state when the cuff is in the first orientation and a relaxed state when the cuff is in the second orientation. a plurality of elongated members coupled between the luminal surface of the stent and cuff when the cuff is in the first and second orientations, wherein the members remain coupled to the stent and cuff after replacement of the native valve, and wherein the cuff, when in the first orientation, is at least partially disposed over the luminal surface of the stent and an extended portion of the cuff projects outwardly of a proximal end of the stent , the extended portion being within a profile of the stent to provide a low profile prosthetic heart valve; and wherein the cuff , when in the second orientation, is at least partially disposed on the abluminal surface of the stent; and wherein the plurality of members are in a tensioned state when the cuff is in the first orientation and a relaxed state when the cuff is in the second orientation.
Device (V) for controlling a passive brake device , in particular a passive electromechanical brake device, wherein the device (V) comprises the following: - an electric motor (M) for releasing the passive brake device against a spring force, - an engine control unit for controlling the electric motor (M) for service braking and/or emergency braking, wherein the engine control unit is separably electrically connected to the electric motor (M), - a first brake control unit for safety braking, wherein the first brake control unit is separably electrically connected to the electric motor (M), and - a second brake control unit for parking braking, wherein the second brake control unit is separably electrically connected to the electric motor (M), wherein service braking and/or emergency braking can be activated functionally independently of each other by means of the engine control unit , safety braking by means of the first brake control unit and parking braking by means of the second brake control unit . - an electric motor (M) for releasing the passive brake device against a spring force, - an engine control unit for controlling the electric motor (M) for service braking and/or emergency braking, wherein the engine control unit is separably electrically connected to the electric motor (M), - a first brake control unit for safety braking, wherein the first brake control unit is separably electrically connected to the electric motor (M), and - a second brake control unit for parking braking, wherein the second brake control unit is separably electrically connected to the electric motor (M),
An information processing device for processing detection information obtained by detection of an object at a periphery of a mobile body to construct an occupied map (M2) as a map indicating an occupation probability at a periphery of a movement path of the mobile body, comprising: a detection section configured to acquire, by emitting beams (B) to the periphery of the mobile body, a presence or absence of the object as the detection information on each beam (B); a control section configured to control the detection section ; and a map construction section configured to construct the occupied map (M2), wherein the map construction section includes a storage configured to store, in chronological order, the detection information acquired by the detection section , a map producer configured to produce a temporal map of the periphery of the mobile body based on the detection information stored in the storage , a normal line acquirer configured to acquire, by setting multiple determination points (Pj) on each beam (B) in the detection information, a normal line to each determination point (Pj) based on the presence or absence of the object at a periphery of each determination point (Pj) on the temporal map produced by the map producer , and a validity determinator configured to determine a validity of the detection information on each determination point (Pj) based on a size of an incident angle as an angle between each beam (B) and the normal line at each determination point (Pj), and the map producer constructs the occupied map (M2) by means of the detection information on which the validity of each determination point (Pj) is reflected. a detection section configured to acquire, by emitting beams (B) to the periphery of the mobile body, a presence or absence of the object as the detection information on each beam (B); a control section configured to control the detection section ; and a map construction section configured to construct the occupied map (M2), wherein the map construction section includes a storage configured to store, in chronological order, the detection information acquired by the detection section , a map producer configured to produce a temporal map of the periphery of the mobile body based on the detection information stored in the storage , a normal line acquirer configured to acquire, by setting multiple determination points (Pj) on each beam (B) in the detection information, a normal line to each determination point (Pj) based on the presence or absence of the object at a periphery of each determination point (Pj) on the temporal map produced by the map producer , and a validity determinator configured to determine a validity of the detection information on each determination point (Pj) based on a size of an incident angle as an angle between each beam (B) and the normal line at each determination point (Pj), and the map producer constructs the occupied map (M2) by means of the detection information on which the validity of each determination point (Pj) is reflected.