mhurhangee/ep-ind-claims huggingface dataset:
Method for processing a compound gesture, made by a user using a pointing tool on a sensitive pad for a piece of terminal equipment, said equipment moreover having a screen that is capable of reproducing a graphical representation of at least part of an ordered sequence of selectable graphical elements (EG 1, EG 2,...EG M) and a module for processing an interaction with the sensitive pad that is capable of interpreting said interaction according to a mode of interaction belonging to a group comprising at least one relative-positioning mode of sequential interaction, which is implemented by default, and an absolute-positioning mode of graphical interaction, characterized in that the method comprises a selection step that is implemented during execution of the gesture by the user, said step comprising the following substeps: - on detection of static pointing to a spatial position on the sensitive pad during a predetermined period of time, toggling (T 1,0) from the relative-positioning mode of sequential interaction to the absolute-positioning mode of graphical interaction, and, when said pointing position is situated at a distance below a predetermined threshold from a graphical element displayed on the screen, - selection (T 1,1 of said graphical element, - then, once the selection (T 1,1) of the graphical element has been initialized to the absolute-positioning mode of graphical interaction toggling (T 1,2) to the relative-positioning mode of sequential interaction, without the pointing tool being raised. - on detection of static pointing to a spatial position on the sensitive pad during a predetermined period of time, toggling (T 1,0) from the relative-positioning mode of sequential interaction to the absolute-positioning mode of graphical interaction, and, when said pointing position is situated at a distance below a predetermined threshold from a graphical element displayed on the screen, - selection (T 1,1 of said graphical element, - then, once the selection (T 1,1) of the graphical element has been initialized to the absolute-positioning mode of graphical interaction toggling (T 1,2) to the relative-positioning mode of sequential interaction, without the pointing tool being raised.
Aqueous clearcoat material for producing a waterborne urethane-based two-coat coating system, characterized in that it comprises - at least one secondary polyacrylate dispersion having a polyacrylate glass transition temperature T g ≥ 20°C and - at least one hybrid polyacrylate-polyurethane dispersion - with a weight ratio of the polyacrylate fraction of the secondary dispersion to the polyacrylate-polyurethane fraction of the hybrid dispersion of 1:1 to 4:1, preferably 2:1 to 3:1, more preferably 2.25:1 to 2.75:1, and - as curing agent at least one low-viscosity aminosulfonic polyisocyanate. - at least one secondary polyacrylate dispersion having a polyacrylate glass transition temperature T g ≥ 20°C and - at least one hybrid polyacrylate-polyurethane dispersion - with a weight ratio of the polyacrylate fraction of the secondary dispersion to the polyacrylate-polyurethane fraction of the hybrid dispersion of 1:1 to 4:1, preferably 2:1 to 3:1, more preferably 2.25:1 to 2.75:1, and - as curing agent at least one low-viscosity aminosulfonic polyisocyanate.
A marker anchor for installation in snow, comprising a main body shaft portion and bristle groups extending outward in a radial direction at a shaft leading end, wherein the bristle groups are arranged in a plurality of columns along an axial direction in such a manner as to be inclined towards the main body shaft portion, and the bristle groups in each of said columns are arranged in a plurality of lines (37a, 37b) in the axial direction; characterized in that a helical rib is provided on the main body shaft portion, and the bristle groups are formed such that leading end portions of the bristle groups in one of the plurality of lines abut against leading end portions of the bristle groups in another one of the plurality of lines of the same column and vice versa.
Suturing device, in particular for suturing lacerations of the meniscus, comprising: - a needle provided with a longitudinal cavity extending along a main direction; - at least a first and a second member slidably inserted in said cavity and arranged in succession along said main direction; - a surgical thread slidably inserted in said cavity and connected to said first and second member; characterized in that said first and second member each comprise at least one pair of bodies (7, 8, 10, 11) connected together by means of a junction element (9, 12), wherein said surgical thread is slidably constrained to the junction element (9, 12) of said second member to remain in position on said junction element (9, 12). - a needle provided with a longitudinal cavity extending along a main direction; - at least a first and a second member slidably inserted in said cavity and arranged in succession along said main direction; - a surgical thread slidably inserted in said cavity and connected to said first and second member;
Means for insulating skirting board or other vertical coat from acoustic impacts rising from a floating floor, the floating floor and a footer leaning entirely on a resilient layer horizontally extending up to vertical walls along which, the resilient layer continuing without interruption up to the thickness of the floor and the footer, to ensure a complete insulation of floor and the footer from a stiff structure of the building, wherein, between the surface of the floating floor and the skirting board, an elastic element is interposed and fastened, said elastic element having a finned end suited to a forced insertion into a longitudinal groove (1 A) running lengthwise a lower edge of said skirting board, characterized in that said elastic element comprises a tubular profile, made of elastic or plastic material, said tubular profile having an asymmetric outline that prevents the contact with the floating floor in a rear area of the tubular profile.
An inkjet printing apparatus comprising two or more units (51, 53) each having a drive circuit (51j, 53j), a nozzle row including a plurality of aligned nozzles configured to be driven by the drive circuit to eject ink, and an ink discharge passage (51p, 53p, 51r, 53r) configured to discharge a remainder of the ink supplied to the nozzles of the nozzle row from the nozzle row, characterised in that the ink discharge passage of a first unit of the two or more units and the drive circuit of a second unit of the two or more units are thermally in contact with each other, and the ink discharge passage of the second unit and the drive circuit of the first unit are thermally in contact with each other.
An optical connector plug with a shutter configured to be fitted to an optical connector adapter, the optical connector plug comprising: a plug frame configured to hold a ferrule; a front housing having a square cylindrical shape, the front housing being arranged so as to be slidable on the plug frame and including a shutter having a flat portion and a curved portion with a boundary portion located therebetween, the shutter being configured to open and close in association with a movement of the ferrule at a distal end side opening of the front housing; a locking housing fixedly and integrally connected to the plug frame configured to be fitted into and locked with the optical connector adapter; and a spring configured to bias the front housing forward, wherein the plug frame relatively moves forward by a rearward movement of the front housing so that a front opening edge portion of the plug frame expands the shutter, which is biased to block an optical axis of the distal end side opening of the front housing, into a straight shape such that the optical axis of the distal end side opening is not blocked, and the shutter includes a slit extending from the flat portion across the boundary portion to the curved portion in order to prevent a center portion of the shutter from being deformed to have a protrusion shape in a state in which the shutter is expanded when the optical connector plug is fitted into the optical connector adapter. a plug frame configured to hold a ferrule; a front housing having a square cylindrical shape, the front housing being arranged so as to be slidable on the plug frame and including a shutter having a flat portion and a curved portion with a boundary portion located therebetween, the shutter being configured to open and close in association with a movement of the ferrule at a distal end side opening of the front housing; a locking housing fixedly and integrally connected to the plug frame configured to be fitted into and locked with the optical connector adapter; and a spring configured to bias the front housing forward, wherein the plug frame relatively moves forward by a rearward movement of the front housing so that a front opening edge portion of the plug frame expands the shutter, which is biased to block an optical axis of the distal end side opening of the front housing, into a straight shape such that the optical axis of the distal end side opening is not blocked, and the shutter includes a slit extending from the flat portion across the boundary portion to the curved portion in order to prevent a center portion of the shutter from being deformed to have a protrusion shape in a state in which the shutter is expanded when the optical connector plug is fitted into the optical connector adapter.
A method for creating a group, comprising: determining in a server a location of a mobile device (214, 216, 218, 220); determining in the server whether the mobile device (214, 216, 218, 220) is located in a pairing zone based on the determined location of the mobile device (214, 216, 218, 220); and adding the mobile device (214, 216, 218, 220) to the group maintained by the server upon determining the mobile device (214, 216, 218, 220) is located in the pairing zone; characterized in that determining in the server a location of the mobile device (214, 216, 218, 220) comprises: determining in the server one or more WiFi access points (202, 204, 206) to which the mobile device (214, 216, 218, 220) is available at a time based on an access point probe request received from the mobile device (214, 216, 218, 220); and comparing in the server coverage maps (208, 210, 212) for the determined one or more WiFi access points (202, 204, 206) to determine a location of the mobile device (214, 216, 218, 220). determining in a server a location of a mobile device (214, 216, 218, 220); determining in the server whether the mobile device (214, 216, 218, 220) is located in a pairing zone based on the determined location of the mobile device (214, 216, 218, 220); and adding the mobile device (214, 216, 218, 220) to the group maintained by the server upon determining the mobile device (214, 216, 218, 220) is located in the pairing zone; characterized in that determining in the server a location of the mobile device (214, 216, 218, 220) comprises: determining in the server one or more WiFi access points (202, 204, 206) to which the mobile device (214, 216, 218, 220) is available at a time based on an access point probe request received from the mobile device (214, 216, 218, 220); and comparing in the server coverage maps (208, 210, 212) for the determined one or more WiFi access points (202, 204, 206) to determine a location of the mobile device (214, 216, 218, 220). determining in the server one or more WiFi access points (202, 204, 206) to which the mobile device (214, 216, 218, 220) is available at a time based on an access point probe request received from the mobile device (214, 216, 218, 220); and comparing in the server coverage maps (208, 210, 212) for the determined one or more WiFi access points (202, 204, 206) to determine a location of the mobile device (214, 216, 218, 220).
A compound which is 3-[3-(2,2-dimethyl-2,3,4,5-tetrahydro-1,4-benzoxazepin-4-yl)-2,3-dihydro-1H-inden-5-yl]-3-(4-fluoro-2-methylphenyl)-2,2-dimethylpropanoic acid or a pharmaceutically acceptable salt thereof.
A molding material, comprising:: a fiber substrate made of carbon fibers 5 mm or longer;: at least either an epoxy (meth)acrylate resin or an unsaturated polyester resin; (C-1) inorganic fibrous filler with a cross-sectional area of at least 0.8 μm 2 which has an aspect ratio of 2.0 or higher and a length of less than 3 mm; and: a polyisocyanate compound.: a fiber substrate made of carbon fibers 5 mm or longer;: at least either an epoxy (meth)acrylate resin or an unsaturated polyester resin; (C-1) inorganic fibrous filler with a cross-sectional area of at least 0.8 μm 2 which has an aspect ratio of 2.0 or higher and a length of less than 3 mm; and: a polyisocyanate compound.
An electric pressure cooker, comprising:a cooker body, wherein the cooker body is provided with a magnetic sensitive switch and a magnetic member, and the magnetic member can move between a first position and a second position relative to the magnetic sensitive switch so that a control circuit of the electric pressure cooker can be powered on or powered off; and a cooker cover, which is arranged on the cooker body and can rotate relative to the cooker body so that the magnetic member can move between the first position and the second position; with. a housing; an inner cooker, wherein the inner cooker is arranged in the housing, an accommodating cavity is defined between the housing and the inner cooker, and the magnetic sensitive switch is arranged in the accommodating cavity; and a housing cover, sleeved outside the inner cooker and closing the accommodating cavity; further comprising a mounting member, wherein the magnetic member is arranged on the mounting member, the mounting member can move up and down relative to the housing cover, characterized by the upper end of the mounting member penetrates through the housing cover so as to match the cooker cover.
A method for wireless communications at a base station, comprising: identifying a baseline demodulation reference signal, DMRS, mapping pattern for mapping of DMRS data to resource elements, REs, within a shortened transmission time interval, sTTI, based at least in part on a number of layers for which a user equipment, UE is configured, wherein the number of layers is configured on a per-unit basis; determining a shifted DMRS mapping pattern based at least in part on the baseline DMRS mapping pattern and a reference signal configuration associated with reference signals other than a DMRS; determining an actual number of layers to be used for DMRS data, wherein the actual number of layers is equal to or less than the number of layers identified for the baseline DMRS mapping pattern; configuring REs within the sTTI according to the shifted DMRS mapping pattern and the actual number of layers; and transmitting the configured Res. identifying a baseline demodulation reference signal, DMRS, mapping pattern for mapping of DMRS data to resource elements, REs, within a shortened transmission time interval, sTTI, based at least in part on a number of layers for which a user equipment, UE is configured, wherein the number of layers is configured on a per-unit basis; determining a shifted DMRS mapping pattern based at least in part on the baseline DMRS mapping pattern and a reference signal configuration associated with reference signals other than a DMRS; determining an actual number of layers to be used for DMRS data, wherein the actual number of layers is equal to or less than the number of layers identified for the baseline DMRS mapping pattern; configuring REs within the sTTI according to the shifted DMRS mapping pattern and the actual number of layers; and transmitting the configured Res.
A heating control method of a multi-drum washing machine of the type at least comprising a first washing drum provided with a first heater, a second washing drum provided with a second heater, and a control unit for controlling heating,: characterized in that before the first washing drum arrives at a heating process, it is determined whether or not the second washing drum is in a heating process, if no, the first washing drum is controlled to perform the heating process, if yes, it is determined whether or not a remaining heating time of the second washing drum is smaller than a set value T min, if yes, the first washing drum is controlled to pause performing the heating process, and the first washing drum is controlled not to perform the heating process until the heating process of the second washing drum is completed, if no, it is determined a remaining heating time of the first washing drum and the second washing drum, the washing drum having a shorter remaining heating time is controlled to first perform the heating process, and the other washing drum is controlled to perform the heating process hereinafter, wherein, the remaining heating time is equal to a difference between a total set heating time and a heated time in the heating process. characterized in that before the first washing drum arrives at a heating process, it is determined whether or not the second washing drum is in a heating process, if no, the first washing drum is controlled to perform the heating process, if yes, it is determined whether or not a remaining heating time of the second washing drum is smaller than a set value T min, if yes, the first washing drum is controlled to pause performing the heating process, and the first washing drum is controlled not to perform the heating process until the heating process of the second washing drum is completed, if no, it is determined a remaining heating time of the first washing drum and the second washing drum, the washing drum having a shorter remaining heating time is controlled to first perform the heating process, and the other washing drum is controlled to perform the heating process hereinafter, wherein, the remaining heating time is equal to a difference between a total set heating time and a heated time in the heating process.
A method of manufacturing a heterogeneous material joined body, wherein the method comprises: irradiating a first laser to a surface of a glass layer to form two or more etched lines on the surface of the glass layer; providing a resin layer on the glass layer with the etched lines formed; and irradiating a second laser to the surface of the glass layer with the resin layer provided, so that the etched lines and the surface of the glass layer are filled with the resin layer to join the resin layer and the glass layer, wherein light transmissivity of the glass layer with the etched lines formed at a wavelength of 1,064 nm to light transmissivity of the glass layer at a wavelength of 1,064 nm is 40% or more and 98% or less, and the second laser is irradiated in a direction from the glass layer to the resin layer with focus on the surface of the glass layer which is in contact with the resin layer. irradiating a first laser to a surface of a glass layer to form two or more etched lines on the surface of the glass layer; providing a resin layer on the glass layer with the etched lines formed; and irradiating a second laser to the surface of the glass layer with the resin layer provided, so that the etched lines and the surface of the glass layer are filled with the resin layer to join the resin layer and the glass layer, wherein light transmissivity of the glass layer with the etched lines formed at a wavelength of 1,064 nm to light transmissivity of the glass layer at a wavelength of 1,064 nm is 40% or more and 98% or less, and the second laser is irradiated in a direction from the glass layer to the resin layer with focus on the surface of the glass layer which is in contact with the resin layer.
A method of implementing zone redundant computing services in a distributed computing system having multiple network connected availability zones individually containing multiple servers interconnected to one another by a computer network, the method comprising: receiving, at a server in a first availability zone, a user request from a user for a data operation to be performed in the distributed computing system, wherein the data operation includes a data write operation; and in response to receiving the user request at the server in the first availability zone, querying, at the first availability zone, a database for a list of computing services at multiple availability zones, the multiple availability zones comprising the first availability zone and a second availability zone different than the first availability zone, the first and second availability zones having respective independent power, computer network, and cooling infrastructure; selecting, from the list of computing services, one or more computing services provided by servers in the second availability zone, wherein selecting the one or more computing services includes selecting multiple backend storage services for storing user data in the distributed computing system, at least one selected backend storage service being located in each of the first and second availability zones; and performing the data operation contained in the user request using the selected one or more computing services provided by the servers in the second availability zone, thereby providing zone redundant computing services in the distributed computing system, wherein each of the selected multiple backend storage services performs the data write operation. receiving, at a server in a first availability zone, a user request from a user for a data operation to be performed in the distributed computing system, wherein the data operation includes a data write operation; and in response to receiving the user request at the server in the first availability zone, querying, at the first availability zone, a database for a list of computing services at multiple availability zones, the multiple availability zones comprising the first availability zone and a second availability zone different than the first availability zone, the first and second availability zones having respective independent power, computer network, and cooling infrastructure; selecting, from the list of computing services, one or more computing services provided by servers in the second availability zone, wherein selecting the one or more computing services includes selecting multiple backend storage services for storing user data in the distributed computing system, at least one selected backend storage service being located in each of the first and second availability zones; and performing the data operation contained in the user request using the selected one or more computing services provided by the servers in the second availability zone, thereby providing zone redundant computing services in the distributed computing system, wherein each of the selected multiple backend storage services performs the data write operation.
Capacitor assembly comprising a capacitor, a first terminal, a cooling device, and a housing which contains the capacitor, characterized in that the first terminal has a first heat-absorbing part and a first heat-dissipating part, wherein the first terminal by way of the first heat-absorbing part and of the first heat-dissipating part dissipates heat from a first side of the capacitor to the cooling device; wherein the first side of the capacitor is a side that faces away from the cooling device; and wherein the first terminal is disposed on a first periphery of the housing, wherein the first heat-dissipating part is disposed on a second periphery of the housing. the first terminal has a first heat-absorbing part and a first heat-dissipating part, wherein the first terminal by way of the first heat-absorbing part and of the first heat-dissipating part dissipates heat from a first side of the capacitor to the cooling device; wherein the first side of the capacitor is a side that faces away from the cooling device; and wherein the first terminal is disposed on a first periphery of the housing, wherein the first heat-dissipating part is disposed on a second periphery of the housing.