mhurhangee/patent-ind-claim-en huggingface dataset:
A projected capacitive touchscreen, comprising the following from bottom to top: a liquid crystal display device , a sensing assembly , a bonding layer , and a cover lens (24, characterized in that the sensing assembly is formed in the direction from bottom to top of an upper polarizer , first direction sensing electrodes , and second direction sensing electrodes that are sequentially overlaid; the projected capacitive touchscreen further comprising an electromagnetic shield layer disposed between the upper polarizer and the liquid crystal display device .
A semi-persistent scheduling method, comprising: determining, by a network device, a semi-persistent scheduling, SPS, configuration parameter, wherein the SPS configuration parameter comprises an SPS period length, symbol information, and an SPS activation command, wherein the SPS activation command is used to indicate a system frame number and a subframe number of a first time-frequency resource available for sending or receiving SPS data, and the symbol information is used to indicate a location of a symbol that is in a subframe and that is occupied by the first time-frequency resource ; determining, by the network device based on the SPS period length, the symbol information, and the SPS activation command, resource locations of time-frequency resources available for sending or receiving the SPS data; and sending, by the network device, the SPS configuration parameter to a terminal device; characterized in that the SPS configuration parameter further comprises SPS priority information, and in that the method further comprises: when the time-frequency resource available for sending or receiving the SPS data partially or completely overlaps another SPS time-frequency resource, determining, by the network device based on the SPS priority information, a behavior of sending or receiving the SPS data. determining, by a network device, a semi-persistent scheduling, SPS, configuration parameter, wherein the SPS configuration parameter comprises an SPS period length, symbol information, and an SPS activation command, wherein the SPS activation command is used to indicate a system frame number and a subframe number of a first time-frequency resource available for sending or receiving SPS data, and the symbol information is used to indicate a location of a symbol that is in a subframe and that is occupied by the first time-frequency resource ; determining, by the network device based on the SPS period length, the symbol information, and the SPS activation command, resource locations of time-frequency resources available for sending or receiving the SPS data; and sending, by the network device, the SPS configuration parameter to a terminal device; characterized in that the SPS configuration parameter further comprises SPS priority information, and in that the method further comprises: when the time-frequency resource available for sending or receiving the SPS data partially or completely overlaps another SPS time-frequency resource, determining, by the network device based on the SPS priority information, a behavior of sending or receiving the SPS data.
Motor vehicle comprising a number-plate holder for holding a number plate on a motor vehicle, wherein the number-plate holder comprises a retaining plate which is formed in one piece and comprises a first receiving means for holding the number plate, wherein the number-plate holder comprises a one-piece frame and the retaining plate comprises a second receiving means , to which the one-piece frame can be fastened in an interchangeable manner, such that the one-piece frame surrounds the entire retaining plate and the one-piece frame comprises a connection means that is opposite the second receiving means , wherein the one-piece frame is fastened to the retaining plate by means of the connection element and the second receiving means in a form-fitting manner and so as to be free of an additional connection element, characterised in that the one-piece frame can be detached from the retaining plate again without using a tool.
An apparatus comprising: means for causing display on an autonomous or semi-autonomous vehicle of a dynamic sign acknowledging the presence of at least one road user , said dynamic sign being visible from outside the autonomous or semi-autonomous vehicle , characterised in that the dynamic sign at least partially corresponds to a property of the at least one road user .
A method for controlling an apparatus for treating clothes, the apparatus includes an accommodating space configured to accommodate clothes therein, an air supply unit configured to supply air to the accommodating space , a filter unit configured to filter foreign substances from air exhausted from the accommodating space , dryness measuring means and a foreign substance removal unit configured to contact with the filter unit to remove the foreign substances remaining in the filter unit , the control method comprising: a cycle starting step (S30) configured to start a drying cycle supplying air to the accommodating space by controlling the air supply unit ; a determining step (S31) determining a dryness of the clothes accommodated in the accommodating space by the dryness measuring means provided in the clothes treatment apparatus; and a filter unit cleaning step (S32) removing the foreign substances remaining in the filter unit by controlling the foreign substance removal unit configured to contact with the filter unit, wherein the filter unit cleaning step (S32) is started when the measured dryness is a preset reference dryness or higher (S31). a cycle starting step (S30) configured to start a drying cycle supplying air to the accommodating space by controlling the air supply unit ; a determining step (S31) determining a dryness of the clothes accommodated in the accommodating space by the dryness measuring means provided in the clothes treatment apparatus; and a filter unit cleaning step (S32) removing the foreign substances remaining in the filter unit by controlling the foreign substance removal unit configured to contact with the filter unit, wherein the filter unit cleaning step (S32) is started when the measured dryness is a preset reference dryness or higher (S31).
A ceramic heater comprising: a ceramic substrate ; and a heating wire arranged inside the ceramic substrate to emit heat, wherein the heating wire is a metal wire member extending in a longitudinal direction and is two-dimensionally arranged on a virtual two-dimensional plane that is parallel to a top surface of the ceramic substrate , wherein the ceramic substrate is circular flat plate, and the heating wire is disposed on a plurality of concentric circles having a center at a center of the ceramic substrate , and characterized in that the heating wire comprises: a plurality of curved parts disposed to misalignedly face each other in two rows; and a plurality of connection parts for connecting the plurality of curved parts to each other, an arrangement thickness of the heating wire arranged on the virtual two-dimensional plane inside the ceramic substrate has the same value as a value of a diameter of the heating wire . a ceramic substrate ; and a heating wire arranged inside the ceramic substrate to emit heat, wherein the heating wire is a metal wire member extending in a longitudinal direction and is two-dimensionally arranged on a virtual two-dimensional plane that is parallel to a top surface of the ceramic substrate , wherein the ceramic substrate is circular flat plate, and the heating wire is disposed on a plurality of concentric circles having a center at a center of the ceramic substrate , and characterized in that the heating wire comprises: a plurality of curved parts disposed to misalignedly face each other in two rows; and a plurality of connection parts for connecting the plurality of curved parts to each other, an arrangement thickness of the heating wire arranged on the virtual two-dimensional plane inside the ceramic substrate has the same value as a value of a diameter of the heating wire . a plurality of curved parts disposed to misalignedly face each other in two rows; and a plurality of connection parts for connecting the plurality of curved parts to each other, an arrangement thickness of the heating wire arranged on the virtual two-dimensional plane inside the ceramic substrate has the same value as a value of a diameter of the heating wire .
An image reading apparatus comprising: a plurality of light-receiving elements configured to be arranged side by side in a main-scanning direction and perform photoelectric conversion pixel by pixel; a plurality of AD converter units configured to convert each piece of analog data photoelectric-converted by the plurality of light-receiving elements into parallel pieces of digital data; a storage unit configured to store therein each of the parallel pieces of digital data converted by the plurality of AD converter units ; a converter unit configured to read the digital data stored in the storage unit and convert the read digital data into serial data in the main-scanning direction; a readout control unit configured to changeably control a readout start pixel and a readout end pixel of the serial data converted by the converter unit in the main-scanning direction; and a period change unit configured to change a period in which the converter unit converts digital data into serial data in the main-scanning direction based on the readout start pixel and the readout end pixel controlled by the readout control unit , characterized in that the readout control unit provides control so as to change the readout start pixel and the readout end pixel of the serial data in the main-scanning direction based on a result of the photoelectric conversion performed by the plurality of light-receiving elements . a plurality of light-receiving elements configured to be arranged side by side in a main-scanning direction and perform photoelectric conversion pixel by pixel; a plurality of AD converter units configured to convert each piece of analog data photoelectric-converted by the plurality of light-receiving elements into parallel pieces of digital data; a storage unit configured to store therein each of the parallel pieces of digital data converted by the plurality of AD converter units ; a converter unit configured to read the digital data stored in the storage unit and convert the read digital data into serial data in the main-scanning direction; a readout control unit configured to changeably control a readout start pixel and a readout end pixel of the serial data converted by the converter unit in the main-scanning direction; and a period change unit configured to change a period in which the converter unit converts digital data into serial data in the main-scanning direction based on the readout start pixel and the readout end pixel controlled by the readout control unit , characterized in that the readout control unit provides control so as to change the readout start pixel and the readout end pixel of the serial data in the main-scanning direction based on a result of the photoelectric conversion performed by the plurality of light-receiving elements .
A use of a cold formed metal stud for incorporation in wall slabs formed out of concrete, polymer resin, fiberglass and other materials that set following an initially liquid state, the stud comprising: a vertically extending web located between a first flange portion 30 and a second flange portion 40, said web having a first longitudinal edge and a second longitudinal edge; the first flange portion vertically extending along said first longitudinal edge, said first flange portion having a first end flange and a vertically longitudinally extending first channel providing a cavity wherein concrete, polymer resin or fiberglass can be poured thereinto, said first channel having a dovetail shaped cross-sectional profile, said first end flange forming an obtuse angle with said first flange portion ; and the second flange portion vertically extending along said second longitudinal edge; wherein the stud provides support for a wall arrangement characterized in that said first channel of said metal stud has one or more of at least one channel perforation and a series of indentations located on the channel floor of said first channel . a vertically extending web located between a first flange portion 30 and a second flange portion 40, said web having a first longitudinal edge and a second longitudinal edge; the first flange portion vertically extending along said first longitudinal edge, said first flange portion having a first end flange and a vertically longitudinally extending first channel providing a cavity wherein concrete, polymer resin or fiberglass can be poured thereinto, said first channel having a dovetail shaped cross-sectional profile, said first end flange forming an obtuse angle with said first flange portion ; and the second flange portion vertically extending along said second longitudinal edge; wherein the stud provides support for a wall arrangement characterized in that said first channel of said metal stud has one or more of at least one channel perforation and a series of indentations located on the channel floor of said first channel .
A medical device delivery system , comprising: a support catheter having proximal and distal sections and a lumen having an inner shoulder separating the proximal and distal sections , the catheter lumen having a larger diameter in the proximal section than in the distal section , wherein at least part of the distal section of the catheter is configured to be positioned within cerebral vasculature of a patient and at least part of the proximal section of the catheter is configured to be positioned within non-cerebral vasculature of a patient; and an introducer sheath having a distal section and a lumen extending therethrough, the sheath being advanceable within the catheter lumen of the catheter proximal section to contact a distal end portion of the sheath against the catheter inner shoulder to stabilize the sheath within the catheter . a support catheter having proximal and distal sections and a lumen having an inner shoulder separating the proximal and distal sections , the catheter lumen having a larger diameter in the proximal section than in the distal section , wherein at least part of the distal section of the catheter is configured to be positioned within cerebral vasculature of a patient and at least part of the proximal section of the catheter is configured to be positioned within non-cerebral vasculature of a patient; and an introducer sheath having a distal section and a lumen extending therethrough, the sheath being advanceable within the catheter lumen of the catheter proximal section to contact a distal end portion of the sheath against the catheter inner shoulder to stabilize the sheath within the catheter .
A compound comprising a tryptophan (Trp) moiety coupled to a beta-sheet breaker moiety, the compound being represented by a chemical structure selected from the group consisting of: for use in inhibiting amyloid fibril formation or in the treatment of an amyloid-associated disease or disorder.
User device for a wireless communication system , the user device comprising a transceiver configured to receive an assigned Radio Network Temporary Identifier, RNTI, from a radio communication network , wherein the assigned RNTI is valid in a certain cluster of network nodes (300a, 300b,..., 300n) of the radio communication network and associated with a common data channel of the radio communication network , and the RNTI is uniquely assigned to the user device in said cluster of network nodes and for use by the user device in the common data channel for contention based data transmissions in said cluster of network nodes; and transmit data to or receive data from a network node of said cluster of network nodes, on the common data channel using the assigned RNTI. receive an assigned Radio Network Temporary Identifier, RNTI, from a radio communication network , wherein the assigned RNTI is valid in a certain cluster of network nodes (300a, 300b,..., 300n) of the radio communication network and associated with a common data channel of the radio communication network , and the RNTI is uniquely assigned to the user device in said cluster of network nodes and for use by the user device in the common data channel for contention based data transmissions in said cluster of network nodes; and transmit data to or receive data from a network node of said cluster of network nodes, on the common data channel using the assigned RNTI.
A welding electrode made of an alloy the composition of which consists of copper, chromium, zirconium and phosphorus and/or magnesium, wherein the proportion of chromium varies between 0.4 and 0.8 wt.%, the proportion of zirconium varies between 0.02 and 0.09 wt.%, the total proportion of phosphorus and/or magnesium being higher than 0.005 wt.%, with a proportion of magnesium of less than 0.1 wt.% and a proportion of phosphorus of less than 0.03 wt.%, the rest of the composition being copper, the structure of the electrode including incoherent chromium precipitates, more than 90% of which have a projected surface of less than 1μm 2 , said incoherent chromium precipitates having dimensions varying between at least 10 and 50 nm, said electrode having in addition a fiber structure, visible in a cross-sectional view of the active face of said electrode after surfacing and etching, said structure being formed, on the one hand, of a plurality of radial fibers, said fibers having a thickness of less than 1 mm, preferably less than 0.5 mm, and on the other hand, of a substantially central zone without fibers, having a diameter of less than 5 mm, preferably less than 3 mm, and the electrical conductivity of said electrode being higher than 85% IACS, International Annealed Copper Standard.
A method for forming a semiconductor device, characterized by comprising: providing a substrate structure, the substrate structure having: a semiconductor substrate ; and a semiconductor fin on the substrate ; forming a catalytic material layer overlying the semiconductor fins ; forming an isolation region covering the catalytic material layer in a lower portion of the semiconductor fins ; forming a graphene nanoribbon on the catalytic material layer on an upper portion of the semiconductor fin ; and forming a gate structure on the graphene nanoribbon , wherein the semiconductor device is a FinFET device and the graphene nanoribbon is formed as a channel of said FinFET device. a semiconductor substrate ; and a semiconductor fin on the substrate ; forming a catalytic material layer overlying the semiconductor fins ; forming an isolation region covering the catalytic material layer in a lower portion of the semiconductor fins ; forming a graphene nanoribbon on the catalytic material layer on an upper portion of the semiconductor fin ; and forming a gate structure on the graphene nanoribbon , wherein the semiconductor device is a FinFET device and the graphene nanoribbon is formed as a channel of said FinFET device.
A method for defense against Return Oriented Programming, ROP, attacks, the method comprising: identifying a substitutable instruction pair from a binary file, the substitutable instruction pair including a first instruction for pushing a first group of registers onto a stack memory, and a second instruction for popping the first group of registers off the stack memory, wherein the first group of registers includes at least one general purpose register; generating an equivalent instruction pair for the substitutable instruction pair, the equivalent instruction pair including a first equivalent instruction for pushing a second group of registers onto the stack memory, and a second equivalent instruction for popping the second group of registers off the stack memory, ; and overwriting the first instruction and the second instruction with the first equivalent instruction and the second equivalent instruction respectively, characterized in that the second group of registers includes the first group of registers and at least one additional register which is not being used by the substitutable instruction pair. identifying a substitutable instruction pair from a binary file, the substitutable instruction pair including a first instruction for pushing a first group of registers onto a stack memory, and a second instruction for popping the first group of registers off the stack memory, wherein the first group of registers includes at least one general purpose register; generating an equivalent instruction pair for the substitutable instruction pair, the equivalent instruction pair including a first equivalent instruction for pushing a second group of registers onto the stack memory, and a second equivalent instruction for popping the second group of registers off the stack memory, ; and overwriting the first instruction and the second instruction with the first equivalent instruction and the second equivalent instruction respectively, characterized in that the second group of registers includes the first group of registers and at least one additional register which is not being used by the substitutable instruction pair.
A light-emitting element comprising: a first electrode and a second electrode , a first layer including first and second organic compounds, the first layer being formed between the first electrode and the second electrode wherein the first organic compound is emitting a first light and the second organic compound has an electron transporting property, and a second layer including third and fourth organic compounds, the second layer being formed between the first layer and the second electrode wherein the third organic compound is capable of emitting a second light, wherein a difference between a peak value of an emission spectrum of the first light and a peak value of an emission spectrum of the second light is at most 30 nm and wherein the third organic compound has an electron trap property and the fourth organic compound has an electron transporting property, wherein the first layer is in contact with the second layer ; characterized in that a lowest unoccupied molecular orbital level of the third organic compound is lower than a lowest unoccupied molecular orbital level of the fourth organic compound by 0.3 eV or more. a first electrode and a second electrode , a first layer including first and second organic compounds, the first layer being formed between the first electrode and the second electrode wherein the first organic compound is emitting a first light and the second organic compound has an electron transporting property, and a second layer including third and fourth organic compounds, the second layer being formed between the first layer and the second electrode wherein the third organic compound is capable of emitting a second light, wherein a difference between a peak value of an emission spectrum of the first light and a peak value of an emission spectrum of the second light is at most 30 nm and wherein the third organic compound has an electron trap property and the fourth organic compound has an electron transporting property, wherein the first layer is in contact with the second layer ;
- A bowl for spraying a coating product, intended to be integrated into a rotary spraying apparatus for a coating product, this spraying apparatus comprising a turbine to drive the bowl about an axis of rotation (X8) and a body that defines the axis of rotation (X8) and which comprises orifices for ejecting shaping air arranged in a crown , the bowl comprising a body centered on an axis (X6) and defining an inner radial surface for distributing the coating product to a spraying edge as well as an outer radial surface , characterized in that a deflector integral with the bowl is arranged on the outer radial surface of the bowl and deflects (F4), at least partially, towards the crown of the body, a flow (F2) of cleaning product flowing along the outer radial surface, towards the spraying edge .