mhurhangee/ep-ind-claims huggingface dataset:
An illumination apparatus (1, 1A, 1B) comprising: a light source section (2, 2A) that has a light emitting element (2a, 2r, 2g, 2b); a phase modulation section configured to perform spatial light phase modulation on incident light from the light source section; and a control section (5, 5A, 5B), characterized in that: the control section is configured to control the phase modulation section in such a manner that a plurality of domain divisions (Dm, Dm-1, Dm-2, Dm-3) formed by dividing a phase modulation plane (Sm) of the phase modulation section reproduces a light intensity distribution based on a common phase distribution (Dpc) determined on a basis of a Freeform method in a common region (Rc) on a projection plane (Sp, Sp'), wherein the control section is configured to dynamically change the number of domain divisions. a light source section (2, 2A) that has a light emitting element (2a, 2r, 2g, 2b); a phase modulation section configured to perform spatial light phase modulation on incident light from the light source section; and a control section (5, 5A, 5B), characterized in that: the control section is configured to control the phase modulation section in such a manner that a plurality of domain divisions (Dm, Dm-1, Dm-2, Dm-3) formed by dividing a phase modulation plane (Sm) of the phase modulation section reproduces a light intensity distribution based on a common phase distribution (Dpc) determined on a basis of a Freeform method in a common region (Rc) on a projection plane (Sp, Sp'), wherein the control section is configured to dynamically change the number of domain divisions. the control section is configured to control the phase modulation section in such a manner that a plurality of domain divisions (Dm, Dm-1, Dm-2, Dm-3) formed by dividing a phase modulation plane (Sm) of the phase modulation section reproduces a light intensity distribution based on a common phase distribution (Dpc) determined on a basis of a Freeform method in a common region (Rc) on a projection plane (Sp, Sp'), wherein the control section is configured to dynamically change the number of domain divisions.
A negative electrode comprising: a metal layer comprising lithium; and a platy carbonaceous material layer comprising a carbonaceous material having a plate structure and disposed on the metal layer, wherein the carbonaceous material comprises at least one selected from graphene, graphene oxide, reduced graphene oxide, a nano-scale graphene platelet, and functionalized graphene.
Microscope slide supply and preparation device comprising at least one microscope slide magazine with separate compartments for the interchangeable accommodation of microscope slides, and a magazine lift that is vertically adjustable in a magazine support frame for the interchangeable accommodation of microscope slide magazines, wherein - two pairs of rods (16, 17) are arranged parallel to each other and standing upright in the magazine support frame, wherein - the magazine lift is vertically adjustably guided on respectively two mutually associated first rods of the pairs of rods, and - an equilateral coupling frame oriented at right angles to the plane formed by the first rods and having a bridge arranged parallel to the plane is mounted in a sliding manner on the respectively two mutually associated second rods of the pairs of rods, - a linear scale aligned parallel to the direction of the rods is fixed to the magazine lift, - on the sliding mounting of the coupling frame there is arranged a sensor for reading the position thereof with respect to the linear scale, and - on the magazine support frame there is arranged a support element aligned transversely with respect to the rod direction, for a linear motor with spindle for the vertical adjustment of the magazine lift relative to the current position of the sensor. - two pairs of rods (16, 17) are arranged parallel to each other and standing upright in the magazine support frame, wherein - the magazine lift is vertically adjustably guided on respectively two mutually associated first rods of the pairs of rods, and - an equilateral coupling frame oriented at right angles to the plane formed by the first rods and having a bridge arranged parallel to the plane is mounted in a sliding manner on the respectively two mutually associated second rods of the pairs of rods, - a linear scale aligned parallel to the direction of the rods is fixed to the magazine lift, - on the sliding mounting of the coupling frame there is arranged a sensor for reading the position thereof with respect to the linear scale, and - on the magazine support frame there is arranged a support element aligned transversely with respect to the rod direction, for a linear motor with spindle for the vertical adjustment of the magazine lift relative to the current position of the sensor.
A method for performing by a main optical network unit, ONU, which is connected to an optical line terminal, OLT, in a passive optical network, PON, of stacking an additional ONU (11a, lib), the method comprising: - discovering a connected additional stacked ONU; - if the connected additional stacked ONU is unknown, then assigning an available temporary virtual cardholder (22a, 22b) to the stacked ONU, the stacked ONU being non-operational in the assigned temporary virtual cardholder; - notifying the OLT of the discovered additional stacked ONU; - creating circuit pack managed entities to represent the additional stacked ONU. - discovering a connected additional stacked ONU; - if the connected additional stacked ONU is unknown, then assigning an available temporary virtual cardholder (22a, 22b) to the stacked ONU, the stacked ONU being non-operational in the assigned temporary virtual cardholder; - notifying the OLT of the discovered additional stacked ONU; - creating circuit pack managed entities to represent the additional stacked ONU.
An actuated locking device, comprising: a locking mechanism moveable between a first position and a second position; an actuator connected to the locking mechanism that actuates the locking mechanism for moving between the first position and the second position; and a hardstop switch having a body including a surface positioned to limit movement of the locking mechanism to one of the first position or the second position in response to the locking mechanism contacting the hardstop switch, characterised in that the surface of the body comprises an electrically conductive material such that the surface defines a switch that completes an electrical circuit, when the locking mechanism contacts the surface of the body of the hardstop switch, to control the actuator to limit moving of the locking mechanism to one of the first position or the second position. a locking mechanism moveable between a first position and a second position; an actuator connected to the locking mechanism that actuates the locking mechanism for moving between the first position and the second position; and a hardstop switch having a body including a surface positioned to limit movement of the locking mechanism to one of the first position or the second position in response to the locking mechanism contacting the hardstop switch, characterised in that the surface of the body comprises an electrically conductive material such that the surface defines a switch that completes an electrical circuit, when the locking mechanism contacts the surface of the body of the hardstop switch, to control the actuator to limit moving of the locking mechanism to one of the first position or the second position.
A chewing gum composition, comprising: a gum base; and a flavor pre-blend comprising i) a saccharide syrup or sugar alcohol syrup, ii) a particulate saccharide or particulate sugar alcohol, iii) an emulsifier, iv) a flavorant, v) a fat, and optionally vi) a food acid or salt thereof, a high intensity sweetener, a sensate, or a combination thereof; wherein the chewing gum composition comprises localized regions of the fat and the flavorant, wherein the localized regions of the fat and the flavorant have a degree of co-localization of at least 10% as determined by Confocal Raman Spectroscopy. a gum base; and a flavor pre-blend comprising i) a saccharide syrup or sugar alcohol syrup, ii) a particulate saccharide or particulate sugar alcohol, iii) an emulsifier, iv) a flavorant, v) a fat, and optionally vi) a food acid or salt thereof, a high intensity sweetener, a sensate, or a combination thereof; wherein the chewing gum composition comprises localized regions of the fat and the flavorant, wherein the localized regions of the fat and the flavorant have a degree of co-localization of at least 10% as determined by Confocal Raman Spectroscopy.
A hardware overvoltage disconnecting circuit, comprising: a disconnecting relay, and a voltage detection circuit, wherein an output of the voltage detection circuit is connected to a control terminal of the disconnecting relay; characterized in that the disconnecting relay is connected in series between an AC power network and a power factor correction circuit of a power supply module; a first sampling terminal of the voltage detection circuit adapted to sample the voltage of the AC power network between the AC power network and the disconnecting relay, wherein when the AC power network is in the state of overvoltage, the disconnecting relay is disconnected and the power supply module is disconnected from the AC power network; and wherein when the voltage of the AC power network is normal, the disconnecting relay is connected. a disconnecting relay, and a voltage detection circuit, wherein an output of the voltage detection circuit is connected to a control terminal of the disconnecting relay; characterized in that the disconnecting relay is connected in series between an AC power network and a power factor correction circuit of a power supply module; a first sampling terminal of the voltage detection circuit adapted to sample the voltage of the AC power network between the AC power network and the disconnecting relay, wherein when the AC power network is in the state of overvoltage, the disconnecting relay is disconnected and the power supply module is disconnected from the AC power network; and wherein when the voltage of the AC power network is normal, the disconnecting relay is connected.
Wood-concrete composite systems (100, 200) consisting of wooden components (110, 111, 112, 210, 211) and concrete components (150,151,152, 240, 241), which border the wooden components on at least one side, whereby between the wooden and concrete components there is at least one, or at least one partial, single-ply intermediate layer (140, 141, 142, 143, 230, 231, 232), which creates at least partially a decoupling of the wooden and concrete materials, characterised by the fact that grids and/or meshes made of metals and/or plastics in the sense of connecting elements (130, 220, 223) are formed, whereby the wooden components are connected by at least one grid and/or mesh to the concrete components in the wood grain direction, whereby due to the grid and/or mesh there is no statically significant force-fit connection between the wooden parts and the intermediate layers, whereby the grid and/or mesh are anchored with adhesive by at least one end in the corresponding openings in the wooden components (110, 111, 112, 210, 211) and/or on the surface of the wooden components (110, 111, 112, 210, 211).
A mixing bowl assembly, comprising: a bowl; a lid configured to be operably coupled to the bowl and having an outer circumferential frame and an inner circumferential lip, the lid defining a depressed support surface proximate the inner circumferential lip; characterized in that it further comprises a planar wooden trivet configured to be selectively disposed on the depressed support surface of the lid, the planar wooden trivet having a perimeter rim configured to engage the inner circumferential lip of the lid; and a glass dome configured to be selectively disposed within the bowl and having a handgrip, the glass dome being configured to be selectively coupled to the perimeter rim of the planar wooden trivet proximate to the outer circumferential frame of the lid. a bowl; a lid configured to be operably coupled to the bowl and having an outer circumferential frame and an inner circumferential lip, the lid defining a depressed support surface proximate the inner circumferential lip; characterized in that it further comprises a planar wooden trivet configured to be selectively disposed on the depressed support surface of the lid, the planar wooden trivet having a perimeter rim configured to engage the inner circumferential lip of the lid; and a glass dome configured to be selectively disposed within the bowl and having a handgrip, the glass dome being configured to be selectively coupled to the perimeter rim of the planar wooden trivet proximate to the outer circumferential frame of the lid.
An anti-c-Met/anti-Her2 bispecific antibody comprising (a) an anti-c-Met antibody and (b) an antigen-binding fragment of an anti-Her2 antibody, wherein the anti-c-Met antibody comprises: (i) a heavy chain variable region comprising a CDR-H1 comprising the amino acid sequence of SEQ ID NO: 1; a CDR-H2 comprising the amino acid sequence of SEQ ID NO: 2; and a CDR-H3 comprising the amino acid sequence of SEQ ID NO: 3; and (ii) a light chain variable region comprising a CDR-L1 comprising the amino acid sequence of SEQ ID NO: 10; a CDR-L2 comprising the amino acid sequence of SEQ ID NO: 11; and a CDR-L3 comprising the amino acid sequence of SEQ ID NO: 13, SEQ ID NO: 14, SEQ ID NO: 15, or SEQ ID NO: 16, and wherein the anti-c-Met antibody binds to an epitope comprising 5 to 19 contiguous amino acids of SEQ ID NO: 71, comprising the amino acid sequence of SEQ ID NO: 73, and has intracellular internalization and degradation activity. (i) a heavy chain variable region comprising a CDR-H1 comprising the amino acid sequence of SEQ ID NO: 1; a CDR-H2 comprising the amino acid sequence of SEQ ID NO: 2; and a CDR-H3 comprising the amino acid sequence of SEQ ID NO: 3; and (ii) a light chain variable region comprising a CDR-L1 comprising the amino acid sequence of SEQ ID NO: 10; a CDR-L2 comprising the amino acid sequence of SEQ ID NO: 11; and a CDR-L3 comprising the amino acid sequence of SEQ ID NO: 13, SEQ ID NO: 14, SEQ ID NO: 15, or SEQ ID NO: 16, and
A man-machine interaction data processing method, the method being performed by a server, comprising: receiving (S100,S200) data collection information sent by a user terminal, wherein the data collection information comprises identification information, sensor data, and data collection time information of the user terminal; obtaining application service content information corresponding to the identification information and the data collection time information, and extracting a user activity behavior feature from the application service content information; and annotating the sensor data according to the user activity behavior feature of the user terminal; wherein the obtaining application service content information corresponding to the identification information and the data collection time information comprises: obtaining service content information of an application used by the user terminal corresponding to the identification information in a time period corresponding to the data collection time information; wherein the data collection time information identifies a time period in which the sensor data is collected; wherein the extracting a user activity behavior feature from the application service content information comprises: extracting the user activity behavior feature from at least one category of information of link information and image information in the service content information of the application used by the user terminal. receiving (S100,S200) data collection information sent by a user terminal, wherein the data collection information comprises identification information, sensor data, and data collection time information of the user terminal; obtaining application service content information corresponding to the identification information and the data collection time information, and extracting a user activity behavior feature from the application service content information; and annotating the sensor data according to the user activity behavior feature of the user terminal;
Cutting machine comprising: - a body having two lateral, juxtaposed sides (3, 4) and a hood mounted between said sides (3, 4) for delimiting a cutting chamber, said chamber having a rear opening for discharging the cut material, - a rotor that is rotatably supported in said chamber between said sides (3, 4), - an end element supported between said sides (3, 4) at said rear opening of said chamber, and - a closure element supported between said sides (3, 4), said closure element and said end element being mounted on said sides (3, 4) so as to be movable between a first position, in which said end element is moved back from said rotor and said closure element is oriented in a position close to said end element so as to close said opening, at least in part, in order to hold the cut material in the chamber for longer, and a second position, in which said end element is moved closer to the rotor than in the first position, and said closure element is oriented in a position remote from said end element so as to substantially free said opening and to facilitate discharging of the cut material from the chamber, characterised in that said end element is either a levelling roller and said closure element is a scraper, or said end element is a refinement grid or a laminar element without any holes. - a body having two lateral, juxtaposed sides (3, 4) and a hood mounted between said sides (3, 4) for delimiting a cutting chamber, said chamber having a rear opening for discharging the cut material, - a rotor that is rotatably supported in said chamber between said sides (3, 4), - an end element supported between said sides (3, 4) at said rear opening of said chamber, and - a closure element supported between said sides (3, 4),
A composition comprising a mixture of emulsifying agents comprising a polyisobutylenesuccinimide and a sorbitan ester in a weight ratio of from about 1:8 to about 1:1.
A positioning device for positioning forks for a lift truck comprising: a supporting structure configured to support a pair of forks which comprises at least one upper bar and a lower bar, which have a main longitudinal extension, and a first side bar and a second side bar, which connect the upper bar and the lower bar; the supporting structure has a viewing window defined at least by the upper bar, by the lower bar and by the first side bar and by the second side bar; a movement unit for moving the supporting structure configured to translate the supporting structure along a horizontal direction parallel to the longitudinal direction of extension of the upper bar and of the lower bar of the supporting structure; whereby the movement unit is positioned at the lower bar of the supporting structure, outside the viewing window; characterised in that the lower bar comprises a seat for housing at least part of the movement unit. a supporting structure configured to support a pair of forks which comprises at least one upper bar and a lower bar, which have a main longitudinal extension, and a first side bar and a second side bar, which connect the upper bar and the lower bar; the supporting structure has a viewing window defined at least by the upper bar, by the lower bar and by the first side bar and by the second side bar; a movement unit for moving the supporting structure configured to translate the supporting structure along a horizontal direction parallel to the longitudinal direction of extension of the upper bar and of the lower bar of the supporting structure; whereby the movement unit is positioned at the lower bar of the supporting structure, outside the viewing window; characterised in that the lower bar comprises a seat for housing at least part of the movement unit.
A method of secondary power source capacity increasing, including doping a compound into an electrolyte as an additive which binding energy is higher than binding energy of combinations that are formed at a secondary power source discharge, the compound being ZnKr or CdAr.
A sphere-producing and comminuting machine having a bipartite machine rack, one half of which may be turned away over a hinge and provides free access to the interior part with a rotor shaft equipped with a punch, the rotor shaft being supported by all parts cooperating with it on a joint, which allows, at a machine part of the machine ruck firmly connected to a machine foundation, an axial pivoting movement, by means of an axially pivotable pivoting arm, out of the bipartite machine rack, characterized in that the wall of each half (1, 3) of the machine rack which surrounds the interior space is paneled by interchangeable, bipartite, lengthily waved wall inserts, which possess retainers in each half of the machine rack, by means of which the centrally divided sieve inserts can be mounted or dismounted according to requirements.
An electrode for use in an electrochemical cell, comprising: an assembly of particles defining a porous support structure, wherein: each particle in the assembly of particles has a geometric particle volume, the assembly of particles has a total geometric particle volume defined by the sum of each of the individual geometric particle volumes, each particle in the assembly of particles has a convex hull defining a convex hull volume, and at least 50% of the total geometric particle volume is made up of particles that have at least one indentation such that, for each such particle, the geometric particle volume is less than 75% of the convex hull volume of the particle; and at least 30 wt.-% of an electrode active material is contained within pores of the porous support structure. an assembly of particles defining a porous support structure, wherein: each particle in the assembly of particles has a geometric particle volume, the assembly of particles has a total geometric particle volume defined by the sum of each of the individual geometric particle volumes, each particle in the assembly of particles has a convex hull defining a convex hull volume, and at least 50% of the total geometric particle volume is made up of particles that have at least one indentation such that, for each such particle, the geometric particle volume is less than 75% of the convex hull volume of the particle; and each particle in the assembly of particles has a geometric particle volume, the assembly of particles has a total geometric particle volume defined by the sum of each of the individual geometric particle volumes, each particle in the assembly of particles has a convex hull defining a convex hull volume, and at least 50% of the total geometric particle volume is made up of particles that have at least one indentation such that, for each such particle, the geometric particle volume is less than 75% of the convex hull volume of the particle; and at least 30 wt.-% of an electrode active material is contained within pores of the porous support structure.