mhurhangee/patent-ind-claim-en huggingface dataset:
A system that performs interface transformation adaptive to different display screen characteristics, comprising: a processor coupled to a memory , the processor configured to execute computer- executable instructions stored in the memory that when executed by the processor cause the processor to perform acts comprising: identifying an interface element of a user interface; determining a transformation for the interface element adaptive for display of the interface element on a target display screen (402; 602; 702) based on target display-screen characteristics of the target display screen (402; 602; 702); producing a transformed interface element; rendering the transformed interface element in the displayable form which is a bitmap image; and transmitting the transformed interface element in the displayable form to the target display screen (402; 602; 702) for display; characterized in that the interface element is specified in terms of baseline display-screen characteristics in a coded description of the interface element; the transformation for the interface element is based on the target display-screen characteristics of the target display screen and the baseline display-screen characteristics; the transformation is applied to the coded description of the interface element to obtain a transformed coded description of the interface element prior to rendering the interface element in a displayable form; and the rendering is a process of creating the displayable form of the interface element, which comprises rasterizing the interface element into the bitmap image according to the transformed coded description of the interface element. identifying an interface element of a user interface; determining a transformation for the interface element adaptive for display of the interface element on a target display screen (402; 602; 702) based on target display-screen characteristics of the target display screen (402; 602; 702); producing a transformed interface element; rendering the transformed interface element in the displayable form which is a bitmap image; and transmitting the transformed interface element in the displayable form to the target display screen (402; 602; 702) for display; characterized in that the interface element is specified in terms of baseline display-screen characteristics in a coded description of the interface element; the transformation for the interface element is based on the target display-screen characteristics of the target display screen and the baseline display-screen characteristics; the transformation is applied to the coded description of the interface element to obtain a transformed coded description of the interface element prior to rendering the interface element in a displayable form; and the rendering is a process of creating the displayable form of the interface element, which comprises rasterizing the interface element into the bitmap image according to the transformed coded description of the interface element.
Vermicular cast iron alloy comprising carbon contents in the range of 2.6% to 3.2%, manganese values between 0.1% to 0.3%, maximum phosphorus of 0.05%, chromium less than 0.06%, tin less than 0.03%, copper less than 0.20% and magnesium in a range of 0.008-0.030%, the balance being Fe and inevitable impurities, the alloy being CHARACTERIZED by presenting a microstructure with a ferritic matrix comprising at least 90% of ferrite and at least 70% of vermicular graphite; said alloy comprising silicon in the range of 4.60% to 5.70%; and wherein the Ferritization Factor (F.F.) calculated as F.F. = %Si - %Cu - 10x%Sn - 1.2x%Cr - 0.5x%Mn is between 3.88 to 5.48, the vermicular cast iron alloy presenting graphite nodules in up to 30% of the microstructure and having a minimum strength limit of at least 500 MPa and a minimum yield limit of at least 350 Mpa. the alloy being CHARACTERIZED by presenting a microstructure with a ferritic matrix comprising at least 90% of ferrite and at least 70% of vermicular graphite; said alloy comprising silicon in the range of 4.60% to 5.70%; and wherein the Ferritization Factor (F.F.) calculated as F.F. = %Si - %Cu - 10x%Sn - 1.2x%Cr - 0.5x%Mn is between 3.88 to 5.48, the vermicular cast iron alloy presenting graphite nodules in up to 30% of the microstructure and having a minimum strength limit of at least 500 MPa and a minimum yield limit of at least 350 Mpa.
A method of material removal, comprising: discharging a flow of liquid towards a workpiece at a pressure and a flow rate that facilitates forming a plurality of cavitation bubbles , introducing abrasive media into the plurality of cavitation bubbles, exciting the abrasive media with the cavitation bubbles, and removing material from the workpiece based on an interaction between the cavitation bubbles with the abrasive media and a surface of the workpiece; wherein the method is carried out in a liquid environment; and wherein the discharging step includes pumping a first liquid stream at a first pressure level for forming the plurality of cavitation bubbles, the liquid environment comprising a second stream of liquid surrounding the first stream at a second pressure level, the second pressure level being lower than the first pressure level. discharging a flow of liquid towards a workpiece at a pressure and a flow rate that facilitates forming a plurality of cavitation bubbles , introducing abrasive media into the plurality of cavitation bubbles, exciting the abrasive media with the cavitation bubbles, and removing material from the workpiece based on an interaction between the cavitation bubbles with the abrasive media and a surface of the workpiece; wherein the method is carried out in a liquid environment; and wherein the discharging step includes pumping a first liquid stream at a first pressure level for forming the plurality of cavitation bubbles, the liquid environment comprising a second stream of liquid surrounding the first stream at a second pressure level, the second pressure level being lower than the first pressure level.
A composition comprising a HIF-1α activity potentiating agent for use in a method of preventing or treating hair loss, wherein the HIF-1α activity potentiating agent is selected from the group consisting of Deferiprone, sodium gluconate, Deferasirox, and 3-hydroxy-4-oxo-1 -pyridinealanine.
A method in a wireless local area network, WLAN, said method being performed by a station, STA, and comprising: receiving a physical protocol data unit, PPDU, wherein the PPDU includes a preamble field and a data field, a high efficiency signal field, HE-SIG-A, of the preamble field includes a bandwidth identifier, wherein the bandwidth identifier in the PPDU indicates a data transmission channel; and determining the data transmission channel of the PPDU according to the bandwidth identifier; characterized in that , the bandwidth identifier includes three bits; and when the bandwidth identifier is a first value, the first value indicates a first mode of the data transmission channel in a channel with a 80 MHz bandwidth; in the first mode, a primary 20 MHz channel and a secondary 40 MHz channel are included in the data transmission channel; and when the bandwidth identifier is a second value, the second value indicates a second mode of the data transmission channel in a channel with a 80 MHz bandwidth; in the second mode, the primary 20 MHz channel, a secondary 20 MHz channel, and one 20 MHz channel of the secondary 40 MHz channel are included in the data transmission channel. receiving a physical protocol data unit, PPDU, wherein the PPDU includes a preamble field and a data field, a high efficiency signal field, HE-SIG-A, of the preamble field includes a bandwidth identifier, wherein the bandwidth identifier in the PPDU indicates a data transmission channel; and determining the data transmission channel of the PPDU according to the bandwidth identifier; characterized in that , the bandwidth identifier includes three bits; and when the bandwidth identifier is a first value, the first value indicates a first mode of the data transmission channel in a channel with a 80 MHz bandwidth; in the first mode, a primary 20 MHz channel and a secondary 40 MHz channel are included in the data transmission channel; and when the bandwidth identifier is a second value, the second value indicates a second mode of the data transmission channel in a channel with a 80 MHz bandwidth; in the second mode, the primary 20 MHz channel, a secondary 20 MHz channel, and one 20 MHz channel of the secondary 40 MHz channel are included in the data transmission channel.
A system comprising: a non-volatile resistive memory (100; 401) comprising a plurality of pages (P i,j,k ); and a control circuit capable of performing user accesses to the memory and of implementing a memory wear management method, characterized in that the control circuit is configured for performing, between first and second consecutive operations of reading from or writing into a page (P i,j,k ) of the wear balancing method, and between the second operation and a third consecutive operation of reading from or writing into a page (P i,j,k ) of the wear balancing method, one or a plurality of user accesses to pages (P i,j,k ) of the memory, no other operation of reading or writing of a page of the wear balancing method being realized between the first and second operations and between the second and third operations, an in that the system further comprised intermediate data storage elements (REGA, REGB), the control circuit being configured for, on implementation of the wear management method, temporarily storing memory data into said storage elements (REGA, REGB) and, when a read or write user access occurs, verifying whether the data targeted by the user are contained in said storage elements (REGA, REGB) and, if they are, processing the user access directly in said storage elements (REGA, REGB). a non-volatile resistive memory (100; 401) comprising a plurality of pages (P i,j,k ); and a control circuit capable of performing user accesses to the memory and of implementing a memory wear management method, characterized in that the control circuit is configured for performing, between first and second consecutive operations of reading from or writing into a page (P i,j,k ) of the wear balancing method, and between the second operation and a third consecutive operation of reading from or writing into a page (P i,j,k ) of the wear balancing method, one or a plurality of user accesses to pages (P i,j,k ) of the memory, no other operation of reading or writing of a page of the wear balancing method being realized between the first and second operations and between the second and third operations, an in that the system further comprised intermediate data storage elements (REGA, REGB), the control circuit being configured for, on implementation of the wear management method, temporarily storing memory data into said storage elements (REGA, REGB) and, when a read or write user access occurs, verifying whether the data targeted by the user are contained in said storage elements (REGA, REGB) and, if they are, processing the user access directly in said storage elements (REGA, REGB).
An oxygen measurement device (10A to 10L, and 10La to 10Lt), comprising: a urethral catheter (18a to 18j, and 18ja to 18jt) including a flexible hollow shaft (22a to 22j, 22ja to 22jt, and 22k to 22n); and an oxygen sensor (20a to 20i, 300, and 400a to 400c) fixed to the urethral catheter, the oxygen sensor including an oxygen sensor main body (50a to 50i, 50ha, 50hb, 302, and 422a to 422c) being adapted to detect oxygen in urine, and in the shaft (22a to 22j, 22ja to 22jt, and 22k to 22n), a urine introduction port (28a to 28k) allowing the urine in a bladder to flow therein and opened in a portion on a distal end side from an inflatable balloon disposed in a distal end portion of the shaft, and a urinary passage (74, 416, 454, 474, and 486) communicated with the urine introduction port (28a to 28k) to circulate the urine, are disposed, and the oxygen sensor (20a to 20i, 300, and 400a to 400c) is disposed in the urethral catheter (18a to 18j, and 18ja to 18jt), characterized in that the oxygen sensor main body (50a to 50i, 50ha, 50hb, 302, and 422a to 422c) is provided distal of the inflatable balloon , and is provided such that the oxygen sensor main body (50a to 50i, 50ha, 50hb, 302, and 422a to 422c) is in contact with the urine when circulated in the urinary passage (74, 416, 454, 474, and 486) in the shaft (22a to 22j, 22ja to 22jt, and 22k to 22n) for detecting the oxygen in the urine. a urethral catheter (18a to 18j, and 18ja to 18jt) including a flexible hollow shaft (22a to 22j, 22ja to 22jt, and 22k to 22n); and an oxygen sensor (20a to 20i, 300, and 400a to 400c) fixed to the urethral catheter, the oxygen sensor including an oxygen sensor main body (50a to 50i, 50ha, 50hb, 302, and 422a to 422c) being adapted to detect oxygen in urine, and in the shaft (22a to 22j, 22ja to 22jt, and 22k to 22n), a urine introduction port (28a to 28k) allowing the urine in a bladder to flow therein and opened in a portion on a distal end side from an inflatable balloon disposed in a distal end portion of the shaft, and a urinary passage (74, 416, 454, 474, and 486) communicated with the urine introduction port (28a to 28k) to circulate the urine, are disposed, and the oxygen sensor (20a to 20i, 300, and 400a to 400c) is disposed in the urethral catheter (18a to 18j, and 18ja to 18jt), characterized in that the oxygen sensor main body (50a to 50i, 50ha, 50hb, 302, and 422a to 422c) is provided distal of the inflatable balloon , and is provided such that the oxygen sensor main body (50a to 50i, 50ha, 50hb, 302, and 422a to 422c) is in contact with the urine when circulated in the urinary passage (74, 416, 454, 474, and 486) in the shaft (22a to 22j, 22ja to 22jt, and 22k to 22n) for detecting the oxygen in the urine.
Steam cleaning apparatus floor nozzle for a steam cleaning apparatus , the steam cleaning apparatus comprising a storage tank for a liquid, a steam generating device in fluid communication with the storage tank, for generating a liquid steam, and a connecting conduit in fluid communication with the steam generating device , which steam cleaning apparatus floor nozzle comprises a nozzle body having at least one steam outlet opening and comprises a connection element coupled, in particular articulately coupled, to the nozzle body and defining a connection element channel and having a coupling section , said coupling section being temporarily coupleable or permanently coupled to the in particular hose-like or tube-like connecting conduit in fluid communication with the steam generating device , which steam cleaning apparatus floor nozzle further comprises a rotary joint defining an axis of rotation for rotating the coupling section and the nozzle body relative to each other about the axis of rotation , a tilt joint defining a tilt axis transverse to the axis of rotation for pivoting the coupling section and the nozzle body relative to each other about the tilt axis , and a brake device that interacts with the tilt joint for applying a braking force or a braking torque to the tilt joint against the action of which the coupling section and the nozzle body are pivotable relative to each other about the tilt axis , wherein the connection element comprises a tilt joint section which is coupled to the nozzle body for pivotal movement about the tilt axis to form the tilt joint , characterized in that the tilt joint section and the coupling section are coupled to each other for rotational movement relative to one another about the axis of rotation .
A toothing machining arrangement comprising a chamfering tool rotatably driven around its chamfering tool axis for plastic deformation of an end edge of a toothing and a machining tool for machining a chamfer formed on a tooth tip end edge of the toothing, said machining tool comprising a cutting edge (13a, b) for removing excess material from the chamfer on the tooth tip end edge, characterised in that the machining tool is formed in the manner of a disc, said disc having a second peripheral region having a radial extension different from a first radial extension of a first peripheral region , and the cutting edge (13a, b) is arranged at a transition between the first and second peripheral regions.
A scaffold for tissue repair or wound dressing comprising: a material layer; two or more porous polymer fibre layers; and an adhesive component between each of the layers, wherein the adhesive component comprises a polymer having a lower melting temperature (Tm) than the material layer and the two or more polymer fibre layers, wherein the adhesive component between the polymer fibre layers is porous and comprises a layer of electrospun fibres that are substantially arranged in a grid pattern. a material layer; two or more porous polymer fibre layers; and an adhesive component between each of the layers, wherein the adhesive component comprises a polymer having a lower melting temperature (Tm) than the material layer and the two or more polymer fibre layers, wherein the adhesive component between the polymer fibre layers is porous and comprises a layer of electrospun fibres that are substantially arranged in a grid pattern.
An aqueous polyurethane resin dispersion, the polyurethane resin is obtainable by reacting an allophanate based isocyanate according to general formula I or II, a polyether diol, a polyol containing a quaternary N-atom or tertiary amino group and a polyol selected from the group consisting of polyester polyol, polycarbonate polyol, a polyacrylate polyol, a polyolefin and a polyamide polyol. wherein D, D1 and D2 are independently selected from a linking group having at least 5 carbon atoms R is a substituted or unsubstituted alkyl group, a substituted or unsubstituted alkenyl group, a substituted or unsubstituted alkynyl group, a substituted or unsubstituted cycloaliphatic group, a substituted or unsubstituted alkylaryl group, a substituted or unsubstituted aryl or heteroaryl group. D, D1 and D2 are independently selected from a linking group having at least 5 carbon atoms R is a substituted or unsubstituted alkyl group, a substituted or unsubstituted alkenyl group, a substituted or unsubstituted alkynyl group, a substituted or unsubstituted cycloaliphatic group, a substituted or unsubstituted alkylaryl group, a substituted or unsubstituted aryl or heteroaryl group.
A liquid dispenser, comprising: a container configured to store liquid and having a bottom and an upper opening; a base to support the container ; a pump provided at the bottom of the container , the pump having an inlet to suction liquid stored in the container and an outlet to discharge the liquid; a lid seated on the container to close the upper opening; a channel configured to transfer liquid discharged from the outlet of the pump to an upper surface of the lid ; characterised by : a cover provided over the pump to cover the pump and at least a portion of the bottom of the container , the cover having a hole through which the channel or the pump outlet is inserted, wherein the cover comprises a flat disc having a hole provided in a center and a cap having a sidewall that extends from an inner edge of the hole, wherein the flat disc of the cover is seated on the bottom of the container . a container configured to store liquid and having a bottom and an upper opening; a base to support the container ; a pump provided at the bottom of the container , the pump having an inlet to suction liquid stored in the container and an outlet to discharge the liquid; a lid seated on the container to close the upper opening; a channel configured to transfer liquid discharged from the outlet of the pump to an upper surface of the lid ; characterised by : a cover provided over the pump to cover the pump and at least a portion of the bottom of the container , the cover having a hole through which the channel or the pump outlet is inserted, wherein the cover comprises a flat disc having a hole provided in a center and a cap having a sidewall that extends from an inner edge of the hole, wherein the flat disc of the cover is seated on the bottom of the container . a cover provided over the pump to cover the pump and at least a portion of the bottom of the container , the cover having a hole through which the channel or the pump outlet is inserted, wherein the cover comprises a flat disc having a hole provided in a center and a cap having a sidewall that extends from an inner edge of the hole, wherein the flat disc of the cover is seated on the bottom of the container .
A composition for use in the treatment of a herpes virus infection, in particular a herpes simplex virus infection, wherein the composition is used as an antiviral medicament and is applied topically to areas on the mammal skin or mucous membrane affected with a herpes virus, in particular herpes simplex virus, and wherein said composition comprises a ionomer composition of silver ions complexed with polyethyleneimine.
An anchoring system comprising (i) a substantially upright member comprising a channel extending thereinto, the channel angled downwardly into the member , the channel having, an open end, a blind end, an upper wall and a lower wall , each of the upper and lower wall fabricated from a metal and formed separately to the upright member and incorporated into the upright member , the upper wall having a recess disposed at or toward the blind end, an edge of the lower wall at the open end of the channel being configured to form a pivot point , and (ii) an insert configured to be inserted into the channel in the upright member , the insert comprising a first region , and a second region , the first and second regions being separated by a bend in the insert , the first region having an upper face with an engaging member extending therefrom, wherein the channel of the upright member and the insert are configured such that the region of the insert comprising the engaging member is insertable into the channel , and when inserted into the channel and in response to a downward force applied at or about the terminus of the insert distal to the upright member , the insert pivots on the pivot point of the channel such that the engaging member moves into the recess of the channel thereby locking the channel and insert together. (i) a substantially upright member comprising a channel extending thereinto, the channel angled downwardly into the member , the channel having, an open end, a blind end, an upper wall and a lower wall , each of the upper and lower wall fabricated from a metal and formed separately to the upright member and incorporated into the upright member , the upper wall having a recess disposed at or toward the blind end, an edge of the lower wall at the open end of the channel being configured to form a pivot point , and (ii) an insert configured to be inserted into the channel in the upright member , the insert comprising a first region , and a second region , the first and second regions being separated by a bend in the insert , the first region having an upper face with an engaging member extending therefrom,