mhurhangee/ep-ind-claims huggingface dataset:
A method of decorating glass comprising: a step of applying an ink aggregating agent-containing composition on a glass base material; and a step of forming an ink image by applying an ink composition containing an inorganic pigment, resin particles, and water by an ink jet method to at least a region on the glass base material, to which the ink aggregating agent-containing composition has been applied; wherein the ink aggregating agent-containing composition contains water and an ink aggregating agent, and a content of elements other than carbon, oxygen, nitrogen, fluorine, and hydrogen is 1.0% by mass or less with respect to a total solid content of the ink aggregating agent-containing composition, the method comprising a step of heating the ink image formed by the ink image forming step to a melting temperature or higher of the glass being used as the glass base material. a step of applying an ink aggregating agent-containing composition on a glass base material; and a step of forming an ink image by applying an ink composition containing an inorganic pigment, resin particles, and water by an ink jet method to at least a region on the glass base material, to which the ink aggregating agent-containing composition has been applied; wherein the ink aggregating agent-containing composition contains water and an ink aggregating agent, and a content of elements other than carbon, oxygen, nitrogen, fluorine, and hydrogen is 1.0% by mass or less with respect to a total solid content of the ink aggregating agent-containing composition, the method comprising a step of heating the ink image formed by the ink image forming step to a melting temperature or higher of the glass being used as the glass base material.
A method for obtaining a trust type of a non-3GPP access system, comprising: a user equipment UE establishing a underlying link with a non-3GPP access system selected by the UE; characterized in that, the UE initiating a non-3GPP access authentication request to the non-3GPP access system and sending identification information of the UE and information of the non-3GPP access system to an Authentication, Authorization, Accounting AAA server through the non-3GPP access system; and the UE receiving a returned access authentication response and the trust type of the non-3GPP access system, and the trust type of the non-3GPP access system being determined by the AAA server based on the identification information of the UE, the information of the non-3GPP access system and an operator's strategy. a user equipment UE establishing a underlying link with a non-3GPP access system selected by the UE; characterized in that, the UE initiating a non-3GPP access authentication request to the non-3GPP access system and sending identification information of the UE and information of the non-3GPP access system to an Authentication, Authorization, Accounting AAA server through the non-3GPP access system; and the UE receiving a returned access authentication response and the trust type of the non-3GPP access system, and the trust type of the non-3GPP access system being determined by the AAA server based on the identification information of the UE, the information of the non-3GPP access system and an operator's strategy. the UE initiating a non-3GPP access authentication request to the non-3GPP access system and sending identification information of the UE and information of the non-3GPP access system to an Authentication, Authorization, Accounting AAA server through the non-3GPP access system; and the UE receiving a returned access authentication response and the trust type of the non-3GPP access system, and the trust type of the non-3GPP access system being determined by the AAA server based on the identification information of the UE, the information of the non-3GPP access system and an operator's strategy.
Elastomeric pipe damper comprising a circumferential section for enclosing a pipeline and a toothed section with teeth (103-1, 103-2,..., 103-n) for placing onto the pipeline, which are arranged on the inner side of the circumferential section and are formed of a porous elastomer material, characterized in that the circumferential section is formed of a first porous elastomer material and the teeth (103-1, 103-2,..., 103-n) are formed of a second porous elastomer material, wherein the pore size of the porous elastomer material in the teeth (103-1, 103-2,..., 103-n) is larger than the pore size in the circumferential section.
A high strength galvanized steel sheet excellent in formability and having a tensile strength of 780 MPa or more, characterized by comprising a component composition consisting of C: 0.05% to 0.15%, Si: 0.8% to 2.5%, Mn: 1.5% to 3.0%, P: 0.001% to 0.05%, S: 0.0001% to 0.01%, Al: 0.001% to 0.1%, N: 0.0005% to 0.01%, Cr: 0.1% to 1.0%, Ti: 0.0005% to 0.1%, B: 0.0003% to 0.003%, optionally Nb: 0.0005% to 0.05%, optionally at least one type of element selected from Mo: 0.01% to 1.0%, Ni: 0.01% to 2.0%, and Cu: 0.01% to 2.0%, optionally Ca: 0.001% to 0.005%, and the remainder composed of iron and incidental impurities, on a percent by mass basis, and a microstructure including 30% or more of ferrite phase and 30% or more and 70% or less of martensite phase on an areal fraction basis, wherein regarding the martensite phase, the proportion of a tempered martensite phase is 20% or more relative to the whole martensite phase and the proportion of a martensite phase having a grain diameter of 1 μm or less is 10% or less relative to the whole martensite phase.
A task allocation method, comprising: determining the number of threads comprised in a to-be-processed task (Step 101); determining, in a network-on-chip formed by a multi-core processor, multiple continuous idle processor cores whose number is equal to the number of the threads, wherein each of the idle processor cores is connected to one router-on-chip (Step 102); searching for and determining, in the network-on-chip if an area formed by the determined routers-on-chip connected to the idle processor cores is a non-rectangular area, a rectangular area extended from the non-rectangular area (Step 103); and allocating the threads of the to-be-processed task to the idle processor cores if predicted traffic of each router-on-chip in the extended rectangular area that is connected to a non-idle processor core does not exceed a preset threshold, wherein each of the idle processor cores is allocated one thread (Step 104). determining the number of threads comprised in a to-be-processed task (Step 101); determining, in a network-on-chip formed by a multi-core processor, multiple continuous idle processor cores whose number is equal to the number of the threads, wherein each of the idle processor cores is connected to one router-on-chip (Step 102); searching for and determining, in the network-on-chip if an area formed by the determined routers-on-chip connected to the idle processor cores is a non-rectangular area, a rectangular area extended from the non-rectangular area (Step 103); and allocating the threads of the to-be-processed task to the idle processor cores if predicted traffic of each router-on-chip in the extended rectangular area that is connected to a non-idle processor core does not exceed a preset threshold, wherein each of the idle processor cores is allocated one thread (Step 104).
Use of a compound binding to the sigma receptor for the treatment or prevention of pain developing as a consequence of chemotherapy; characterized in that said compound binding to the sigma receptor has an IC50 value of ≤ 50 nM.
A random copolymer obtainable by polymerization of (i) at least one monomer according to formula: in an amount of 1 to 70 mol%, wherein n is ≥ 3 and (ii) at least one monomer according to formula: in an amount of 30 to 99 mol%. (i) at least one monomer according to formula: in an amount of 1 to 70 mol%, wherein n is ≥ 3 and (ii) at least one monomer according to formula: in an amount of 30 to 99 mol%.
A construction machine, in particular a road paver or tandem roller, for working a ground in a working direction (a), comprising: a machine frame; an operator platform at least one travel unit; and an operating unit, the operating unit comprising: an operator's seat for an operator of the construction machine; an operating console with operating elements for controlling the construction machine by the operator; a support structure on which both the operator's seat and the operating console are arranged; and a transverse guide with at least one guide rail, wherein the support structure is movably mounted on the at least one guide rail, so that the support structure together with the operator's seat and the operating console are configured to be movable along the at least one guide rail, characterized in that the support structure is configured such that it can be swiveled together with the operator's seat and the operating console about a swivel axis running in vertical direction, the swivel axis being arranged in the working direction (a) in front of the operator's seat. a machine frame; an operator platform at least one travel unit; and an operating unit, the operating unit comprising: an operator's seat for an operator of the construction machine; an operating console with operating elements for controlling the construction machine by the operator; a support structure on which both the operator's seat and the operating console are arranged; and a transverse guide with at least one guide rail, an operator's seat for an operator of the construction machine; an operating console with operating elements for controlling the construction machine by the operator; a support structure on which both the operator's seat and the operating console are arranged; and a transverse guide with at least one guide rail, wherein the support structure is movably mounted on the at least one guide rail, so that the support structure together with the operator's seat and the operating console are configured to be movable along the at least one guide rail, characterized in that the support structure is configured such that it can be swiveled together with the operator's seat and the operating console about a swivel axis running in vertical direction, the swivel axis being arranged in the working direction (a) in front of the operator's seat.
A process for preparing 3-mercapto propionates, comprising adding Na 2 SO 3 during a reaction of H 2 S with S 2 R 2, wherein R= -CH 2 CH 2 COOR 1, R 1 is C 1-8 alkyl, aryl C 1-8 alkyl or C 3-8 cycloalkyl.
Mixture of L- and D-enantiomers of methyl glycine diacetic acid (MGDA) or its respective mono-, di or trialkali metal or mono-, di- or triammonium salts, said mixture containing predominantly the respective L-isomer with an enantiomeric excess (ee) in the range of from 10 to 75 %.
Hydraulic unit having a motor housing for accommodating components of an electric motor and having a pump housing for accommodating components of a pump, which is driven by the electric motor in order to pump pressure medium, having at least one through hole in the pump housing for fastening the motor housing on the pump housing by means of a screw, and having a control device, which is arranged on the opposite side of the pump housing from the motor housing, characterized in that a retaining region for the screw is provided in the through hole, said retaining region having an internal thread produced in the retaining region by the thread of the screw during the screw-in process, and in that, after the placement of the control device on the pump housing, the screw is screwed without a preload through the retaining region provided in the pump housing and into a further retaining region within the control device by means of its thread in order to ensure basic positioning of the control device on the pump housing.
A valve comprising: a flow channel, a closure member arranged in the flow channel, the closure member being movable between a position restricting flow through the flow channel and a position allowing flow through the flow channel, characterized in that the valve is provided with an attachment ring (1, 1', 1", 1'") securing an object (4, 4', 4'") in the flow channel by pressing it towards a support (18, 18'), the attachment ring (1, 1', 1", 1'") has a first surface for contacting the object (4, 4', 4'") and a second surface for contacting a surface of a shoulder in a wall of the flow channel, the attachment ring (1, 1', 1", 1"') has at least one opening breaking the periphery of the attachment ring (1, 1', 1", 1'") so that the attachment ring has ends on opposite sides of the opening (10, 10'), an expansion member (9, 9') is arranged to be moved into the opening (10, 10'), at least one of the ends (11, 12) of the attachment ring (1, 1', 1", 1'") and the expansion member (9, 9') is shaped to expand the attachment ring (1, 1', 1", 1'") by pushing the ends (11, 12) away from each other when the expansion member (9, 9') is moved into the opening, and at least one of the first surface of the attachment ring, the second surface of the attachment ring (1, 1', 1", 1'"), the surface (20"') of the object (4"') and the surface of the shoulder is shaped to wedge the attachment ring (1, 1', 1", 1''') between the surface of the shoulder and the object (4, 4', 4'") when the attachment ring is expanded. a flow channel, a closure member arranged in the flow channel, the closure member being movable between a position restricting flow through the flow channel and a position allowing flow through the flow channel, characterized in that the valve is provided with an attachment ring (1, 1', 1", 1'") securing an object (4, 4', 4'") in the flow channel by pressing it towards a support (18, 18'), the attachment ring (1, 1', 1", 1'") has a first surface for contacting the object (4, 4', 4'") and a second surface for contacting a surface of a shoulder in a wall of the flow channel, the attachment ring (1, 1', 1", 1"') has at least one opening breaking the periphery of the attachment ring (1, 1', 1", 1'") so that the attachment ring has ends on opposite sides of the opening (10, 10'), an expansion member (9, 9') is arranged to be moved into the opening (10, 10'), at least one of the ends (11, 12) of the attachment ring (1, 1', 1", 1'") and the expansion member (9, 9') is shaped to expand the attachment ring (1, 1', 1", 1'") by pushing the ends (11, 12) away from each other when the expansion member (9, 9') is moved into the opening, and at least one of the first surface of the attachment ring, the second surface of the attachment ring (1, 1', 1", 1'"), the surface (20"') of the object (4"') and the surface of the shoulder is shaped to wedge the attachment ring (1, 1', 1", 1''') between the surface of the shoulder and the object (4, 4', 4'") when the attachment ring is expanded.
A method for calculating a particle count in a fluid flow, comprising: capturing video data of a set of particles within a fluid flow, the video data including a sequence of image frames over time; detecting particles within each image frame of the sequence of image frames; obtaining a set of ( x, y) coordinates corresponding to particle centers in the video data of the set of particles within the fluid flow, each set of ( x, y) coordinates corresponds to an image frame of the sequence of image frames; linking a coordinate of each particle center in each pair of consecutive image frames of the sequence of image frames by fitting the coordinates to a statistical model of particle displacements; tracking, for each particle of the set of particles, a trajectory of that particle through links in each sequential image frame until that particle is not linked in a next image frame of the sequence of image frames; the method characterized in further comprising: calculating, for each particle of the set of particles, a length of the tracked particle trajectory for that particle; and calculating particle count based on the length of the tracked particle trajectory of each particle of the set of particles. capturing video data of a set of particles within a fluid flow, the video data including a sequence of image frames over time; detecting particles within each image frame of the sequence of image frames; obtaining a set of ( x, y) coordinates corresponding to particle centers in the video data of the set of particles within the fluid flow, each set of ( x, y) coordinates corresponds to an image frame of the sequence of image frames; linking a coordinate of each particle center in each pair of consecutive image frames of the sequence of image frames by fitting the coordinates to a statistical model of particle displacements; tracking, for each particle of the set of particles, a trajectory of that particle through links in each sequential image frame until that particle is not linked in a next image frame of the sequence of image frames; the method characterized in further comprising: calculating, for each particle of the set of particles, a length of the tracked particle trajectory for that particle; and calculating particle count based on the length of the tracked particle trajectory of each particle of the set of particles. calculating, for each particle of the set of particles, a length of the tracked particle trajectory for that particle; and calculating particle count based on the length of the tracked particle trajectory of each particle of the set of particles.
Method for transferring products, to or from a product collection surface of a product processing line, on which the products can accumulate, in which method products are stored as a batch in trays, said method comprising either for unloading products - a loaded tray transfer step, during which a tray, namely the collection tray, is separately moved between the collection surface and a receiving zone, where conveying means for tray are provided, as well as - an empty tray transfer step, during which the collection tray, empty, is transferred between the collection surface and the top of an empty tray stack in an empty tray zone or for loading products - the empty tray transfer step comprises two successive steps, which are -- a first step of bringing the empty collection tray from the empty tray stack to an intermediary zone, and -- a second step of bringing the collection tray from said intermediary zone to the collection surface said method characterized in that it comprises a product transfer step, during which products are transferred between the collection surface and the collection tray as a single batch of products, in one step, from the back with a single planar sweeping movement, while the collection tray is held flush with the collection surface by one single actuator, namely the first actuator, holding the loaded tray in front of the collection surface, and moves it fully loaded, before or after holding it, and unloaded, after or before holding it, the first actuator being in charge of maintaining one single collection tray at a time in front of the collection surface, as well as of moving it to or from the receiving zone, and to or from the empty tray zone. - a loaded tray transfer step, during which a tray, namely the collection tray, is separately moved between the collection surface and a receiving zone, where conveying means for tray are provided, as well as - an empty tray transfer step, during which the collection tray, empty, is transferred between the collection surface and the top of an empty tray stack in an empty tray zone or for loading products - the empty tray transfer step comprises two successive steps, which are -- a first step of bringing the empty collection tray from the empty tray stack to an intermediary zone, and -- a second step of bringing the collection tray from said intermediary zone to the collection surface -- a first step of bringing the empty collection tray from the empty tray stack to an intermediary zone, and -- a second step of bringing the collection tray from said intermediary zone to the collection surface
A tail rudder control system, applied to a boat, wherein it comprises: a tail rudder assembly, comprising a tail rudder, a swing mechanism for driving the tail rudder to rotate left and right in the horizontal direction, a traction mechanism for driving the tail rudder to flip longitudinally into the bottom of the boat, characterized by a guide wheel box for driving the swing mechanism and reset the tail rudder to the initial position; two oppositely-arranged pedal assemblies, respectively in transmission connection with the swing mechanism through a steering traction line for driving the swing mechanism to act; a transmission assembly, comprising a first transmission wheel wound with a transmission traction line, a second transmission wheel wound with a reverse traction line; the second transmission wheel is driven by the first transmission wheel, and the reverse traction line is in transmission connection with the traction mechanism for driving the traction mechanism to act, the transmission traction line is in transmission connection with the guide wheel box for driving the guide wheel set in the guide wheel box to act; a manual control assembly, the transmission traction line penetrates into the manual control assembly, and the manual control assembly drives the transmission traction line to act. a tail rudder assembly, comprising a tail rudder, a swing mechanism for driving the tail rudder to rotate left and right in the horizontal direction, a traction mechanism for driving the tail rudder to flip longitudinally into the bottom of the boat, characterized by a guide wheel box for driving the swing mechanism and reset the tail rudder to the initial position; two oppositely-arranged pedal assemblies, respectively in transmission connection with the swing mechanism through a steering traction line for driving the swing mechanism to act; a transmission assembly, comprising a first transmission wheel wound with a transmission traction line, a second transmission wheel wound with a reverse traction line; the second transmission wheel is driven by the first transmission wheel, and the reverse traction line is in transmission connection with the traction mechanism for driving the traction mechanism to act, the transmission traction line is in transmission connection with the guide wheel box for driving the guide wheel set in the guide wheel box to act; a manual control assembly, the transmission traction line penetrates into the manual control assembly, and the manual control assembly drives the transmission traction line to act.