mhurhangee/patent-ind-claim-en huggingface dataset:
A glass composite having a gradient index of refraction, comprising: an amorphous phase; and a phase-separated region locally produced and disposed non-uniformly within the amorphous phase; wherein the amorphous phase has a first index of refraction, and the phase-separated region has a second index of refraction, the first index of refraction differing from the second index of refraction; and wherein the glass composite comprises a mixture comprising: GeZ 2 and A 2 Z 3 in a combined molar ratio of 60% to 95%, and one or more of CsX and PbZ in a combined molar ratio of 5% to 40%; wherein A is As, Sb or Ga, X is Cl, Br or I, and Z is S or Se; and wherein the glass composite comprises PbZ in a molar ratio of 15% or less when A is As. an amorphous phase; and a phase-separated region locally produced and disposed non-uniformly within the amorphous phase; wherein the amorphous phase has a first index of refraction, and the phase-separated region has a second index of refraction, the first index of refraction differing from the second index of refraction; and wherein the glass composite comprises a mixture comprising: GeZ 2 and A 2 Z 3 in a combined molar ratio of 60% to 95%, and one or more of CsX and PbZ in a combined molar ratio of 5% to 40%; wherein A is As, Sb or Ga, X is Cl, Br or I, and Z is S or Se; and wherein the glass composite comprises PbZ in a molar ratio of 15% or less when A is As. GeZ 2 and A 2 Z 3 in a combined molar ratio of 60% to 95%, and one or more of CsX and PbZ in a combined molar ratio of 5% to 40%; wherein A is As, Sb or Ga, X is Cl, Br or I, and Z is S or Se; and wherein the glass composite comprises PbZ in a molar ratio of 15% or less when A is As.
A computer implemented method operable to assign a reputation (500a-e) to a communications entity (130a-e, 300a-c, 1020) associated with a received communication, comprising: arranging a plurality of local security agents within a network (110a-n), the plurality of local security agents being associated with a security device operable to protect an associated network (110a-n) from communications that violate a policy associated with the associated network (110a-n); collecting data associated with entities (130a-e, 300a-c, 1020) originating communications, wherein collecting data comprises using the plurality of local security agents to collect data associated with the communications; aggregating the collected data; analyzing the aggregated data to identify attributes respectively associated with entities (130a-e, 300a-c, 1020) originating communications; correlating the attributes to identify relationships between entities (130a-e, 300a-c, 1020); updating a reputation (500a-e) associated with one or more entities (130a-e, 300a-c, 1020) based upon the relationship to one or more other entities (130a-e, 300a-c, 1020) identified by correlating the attributes; and communicating updated reputation information to one or more of the plurality of local security agents . arranging a plurality of local security agents within a network (110a-n), the plurality of local security agents being associated with a security device operable to protect an associated network (110a-n) from communications that violate a policy associated with the associated network (110a-n); collecting data associated with entities (130a-e, 300a-c, 1020) originating communications, wherein collecting data comprises using the plurality of local security agents to collect data associated with the communications; aggregating the collected data; analyzing the aggregated data to identify attributes respectively associated with entities (130a-e, 300a-c, 1020) originating communications; correlating the attributes to identify relationships between entities (130a-e, 300a-c, 1020); updating a reputation (500a-e) associated with one or more entities (130a-e, 300a-c, 1020) based upon the relationship to one or more other entities (130a-e, 300a-c, 1020) identified by correlating the attributes; and communicating updated reputation information to one or more of the plurality of local security agents .
Method for mounting a guide rail in an elevator shaft of an elevator system , which elevator shaft primarily extends in a main extension direction , comprising at least the following steps - securing a rail bracket base to a shaft wall of the elevator shaft , - applying a mark to the rail bracket base , - aligning the guide rail in relation to said mark and - securing the guide rail to the shaft wall via the rail bracket base . - securing a rail bracket base to a shaft wall of the elevator shaft , - applying a mark to the rail bracket base , - aligning the guide rail in relation to said mark and - securing the guide rail to the shaft wall via the rail bracket base .
A wiring harness in which a plurality of cables are bound by a plurality of protectors provided at intervals in a longitudinal direction, the wiring harness can be arranged along an arranging path of a fixed portion, wherein: the cables are covered with hollow corrugated tubes formed in a bellows form having grooves , and locking protrusions are formed at an inner surface of holding grooves formed in the protectors which lock the grooves of the hollow corrugated tubes , the cables are stacked in the holding grooves whereby the cables are fixed to the protectors , and the lengths of the plurality of cables between the protectors are set different and the protectors lock the cables , so that the cables are bent between the protectors . the cables are covered with hollow corrugated tubes formed in a bellows form having grooves , and locking protrusions are formed at an inner surface of holding grooves formed in the protectors which lock the grooves of the hollow corrugated tubes , the cables are stacked in the holding grooves whereby the cables are fixed to the protectors , and the lengths of the plurality of cables between the protectors are set different and the protectors lock the cables , so that the cables are bent between the protectors .
A system for determining a material entity to be removed from a pile by means of an implement of a material moving machine , said system comprising means for generating a pile shape model representing the actual shape of said pile , characterised in that said system being adapted to determine a nominal pile shape of at least a portion of said pile , said nominal pile shape being determined on the basis of at least said pile shape model and information regarding the material type of said pile , said system being adapted to determine a surplus volume between said nominal pile shape and said pile shape model , said system being adapted to determine said material entity to be removed from said pile on the basis of said surplus volume .
A gardening tool comprising: a handle having a first end and a second end ; and an implement coupled to the handle towards the first end of the handle , wherein the implement includes: a rake portion having a plurality of substantially parallel tines defining a tine plane (A-A'); and a shovel portion coupled to the rake portion such that the shovel portion includes a first angle ( α ) with the tine plane (A-A'); the first end of the handle is coupled to the rake portion such that the handle includes a second angle ( β ) with the tine plane (A-A'); and the first angle ( α ) is not equal to the second angle ( β ) characterized in that: the rake portion further defines a slot to receive an engaging member of the gardening tool , whereby the engaging member extends via a recess defined by the shovel portion and engages with the first end of the handle . a handle having a first end and a second end ; and an implement coupled to the handle towards the first end of the handle , wherein the implement includes: a rake portion having a plurality of substantially parallel tines defining a tine plane (A-A'); and a shovel portion coupled to the rake portion such that the shovel portion includes a first angle ( α ) with the tine plane (A-A'); a rake portion having a plurality of substantially parallel tines defining a tine plane (A-A'); and a shovel portion coupled to the rake portion such that the shovel portion includes a first angle ( α ) with the tine plane (A-A'); the first end of the handle is coupled to the rake portion such that the handle includes a second angle ( β ) with the tine plane (A-A'); and the first angle ( α ) is not equal to the second angle ( β ) characterized in that: the rake portion further defines a slot to receive an engaging member of the gardening tool , whereby the engaging member extends via a recess defined by the shovel portion and engages with the first end of the handle .
A method of decoding video data, the method comprising: decoding data for a first picture of a first layer of multi-layer video data, wherein the decoded data indicates a picture order count (POC) reset for a POC value of the first picture, and wherein the first picture is included in an access unit; characterized in that the method further comprises, based on the data decoded for the first picture, and prior to decoding the first picture, decrementing POC values of all pictures stored to a decoded picture buffer (DPB) that precede the first picture in decoding order including at least one picture of a second layer of the multi-layer video data.
A mobile manipulator comprising: a moving apparatus configured to move from a first position to a second position; a manipulator that is connected to the moving apparatus ; a controller configured to control the moving apparatus and the manipulator ; and an environment acquisition sensor (10s, 10s1 to 10s5) configured to acquire environmental data (E, E1 to E4), wherein the mobile manipulator further comprises storage means configured to store the environmental data in association with the positions of the moving apparatus at which the environmental data is acquired; and the controller is configured to control at least one of the moving apparatus and the manipulator based on the environmental data (E, E1 to E4) that is acquired by the environment acquisition sensor (10s, 10s1 to 10s5), and is associated with the position at any point on a moving path between the first position and the second position. characterized in that the environmental data includes any of an amplitude of a vibration, a vibration frequency and a temperature. a moving apparatus configured to move from a first position to a second position; a manipulator that is connected to the moving apparatus ; a controller configured to control the moving apparatus and the manipulator ; and an environment acquisition sensor (10s, 10s1 to 10s5) configured to acquire environmental data (E, E1 to E4), wherein the mobile manipulator further comprises storage means configured to store the environmental data in association with the positions of the moving apparatus at which the environmental data is acquired; and the controller is configured to control at least one of the moving apparatus and the manipulator based on the environmental data (E, E1 to E4) that is acquired by the environment acquisition sensor (10s, 10s1 to 10s5), and is associated with the position at any point on a moving path between the first position and the second position. characterized in that the environmental data includes any of an amplitude of a vibration, a vibration frequency and a temperature.
A computer-implemented method, comprising: receiving, at a mobile edge computing, MEC, node (120; 300) that is paired with a base station of a wireless carrier network, a report of a malfunction of a transceiver of the base station or a communication traffic overload of the base station from the base station, wherein the MEC node is deployed in addition to a centralized data center; deploying, by the MEC node, an unmanned aerial vehicle, UAV, communication cell (122; 128; 200) in response to receiving the report of the malfunction of the transceiver of the base station or the communication traffic overload of the base station; receiving vehicle movement data of one or more vehicles at the MEC node from the UAV communication cell; processing, by the MEC node, the vehicle movement data into vehicle guidance instructions for at least one vehicle; and sending, by the MEC node, the vehicle guidance instructions to the UAV communication cell for broadcasting to the at least one vehicle. receiving, at a mobile edge computing, MEC, node (120; 300) that is paired with a base station of a wireless carrier network, a report of a malfunction of a transceiver of the base station or a communication traffic overload of the base station from the base station, wherein the MEC node is deployed in addition to a centralized data center; deploying, by the MEC node, an unmanned aerial vehicle, UAV, communication cell (122; 128; 200) in response to receiving the report of the malfunction of the transceiver of the base station or the communication traffic overload of the base station; receiving vehicle movement data of one or more vehicles at the MEC node from the UAV communication cell; processing, by the MEC node, the vehicle movement data into vehicle guidance instructions for at least one vehicle; and sending, by the MEC node, the vehicle guidance instructions to the UAV communication cell for broadcasting to the at least one vehicle.
A chimeric polypeptide comprising factor VIII and an Fc for use in inducing immune tolerance to factor VIII in a human subject.
A paper feeding device comprising: - a storage surface for a stack of papers , the storage surface having a leading edge , a trailing edge , and a first and a second side edge and being adapted to be move vertically between a first, lower end position and a second, upper end position, - a vacuum feeder for feeding papers from their position on the storage surface and imparting an uppermost sheet of paper a horizontal displacement, - a blower arrangement adapted to provide a curtain of air separating the uppermost sheet of paper from the rest of the stack of papers, wherein the blower arrangement comprises a front blower unit provided along the leading edge of the storage surface , the front blower unit having air openings comprising a first portion adapted to create first air cones and a second portion adapted to create second air cones , wherein the first air cones are different from the second air cones , characterised in that the first air cones are created in a first direction, and the second air cones are created in a second direction, wherein the second direction is different from the first direction. - a storage surface for a stack of papers , the storage surface having a leading edge , a trailing edge , and a first and a second side edge and being adapted to be move vertically between a first, lower end position and a second, upper end position, - a vacuum feeder for feeding papers from their position on the storage surface and imparting an uppermost sheet of paper a horizontal displacement, - a blower arrangement adapted to provide a curtain of air separating the uppermost sheet of paper from the rest of the stack of papers,
Mixer for mixing exhaust gas flowing in an exhaust gas duct of an internal combustion engine with reactant injected into the exhaust gas duct, comprising - a plate-like exhaust gas collection body with an incoming flow surface on an exhaust gas incoming flow side and with a rear side facing away from the incoming flow side , - a duct housing arranged on the rear side of the exhaust gas collection body with a reactant-receiving duct and with at least one release duct leading away from the reactant-receiving duct in the duct housing , wherein an exhaust gas collection opening is formed in the exhaust gas collection body , and wherein an exhaust gas collection duct leads from the exhaust gas collection opening to the duct housing and is open to the reactant-receiving duct , characterized in that the duct housing has a U-like or arc segment-like shape with a housing apex area providing essentially the reactant-receiving duct and two housing duct areas , which adjoin the housing apex area and provide a respective release duct each, and that the exhaust gas collection duct is open in the housing apex area to the reactant-receiving duct . - a plate-like exhaust gas collection body with an incoming flow surface on an exhaust gas incoming flow side and with a rear side facing away from the incoming flow side , - a duct housing arranged on the rear side of the exhaust gas collection body with a reactant-receiving duct and with at least one release duct leading away from the reactant-receiving duct in the duct housing
A computer-implemented method for direct messaging between one or more robotic process automation, RPA, platforms including software robots, and an autonomic platform , AP, the method comprising: receiving, by a platform-specific adapter (142_n, 220), data from a RPA platform of a plurality of RPA platforms the AP interacts with, wherein the platform-specific adapter is installed on the RPA platform, and the platform-specific adaptor is specific to the RPA platform; if the data indicates the occurrence of a scenario, a scenario being an occurrence for which an occurrence message is to be sent to the AP: providing, by an application programming interface , API, of the platform-specific adapter, the occurrence message responsive to the occurrence of the scenario; and transmitting, by the API, the occurrence message directly to the AP through a first channel bypassing messaging queues provided by a platform data module of the platform-specific adapter; and if the data does not indicate the occurrence of a scenario, transmitting, by the platform-specific adapter, a set of messages, different from the occurrence message, to the AP through the message queues of the platform data module to a second channel that is separate from the first channel, the set of messages communicating tagged data records. receiving, by a platform-specific adapter (142_n, 220), data from a RPA platform of a plurality of RPA platforms the AP interacts with, wherein the platform-specific adapter is installed on the RPA platform, and the platform-specific adaptor is specific to the RPA platform; if the data indicates the occurrence of a scenario, a scenario being an occurrence for which an occurrence message is to be sent to the AP: providing, by an application programming interface , API, of the platform-specific adapter, the occurrence message responsive to the occurrence of the scenario; and transmitting, by the API, the occurrence message directly to the AP through a first channel bypassing messaging queues provided by a platform data module of the platform-specific adapter; and providing, by an application programming interface , API, of the platform-specific adapter, the occurrence message responsive to the occurrence of the scenario; and transmitting, by the API, the occurrence message directly to the AP through a first channel bypassing messaging queues provided by a platform data module of the platform-specific adapter; and if the data does not indicate the occurrence of a scenario, transmitting, by the platform-specific adapter, a set of messages, different from the occurrence message, to the AP through the message queues of the platform data module to a second channel that is separate from the first channel, the set of messages communicating tagged data records.
A guidewire having a proximal segment and a distal segment, the guidewire comprising: an elongate, solid core wire , the core wire having multiple insulated conductors disposed thereon; characterized in that the core wire has a chordal core wire surface on which the multiple insulated conductors are disposed, the chordal core wire surface running at least part of the length of the core wire to the distal segment of the guidewire . an elongate, solid core wire , the core wire having multiple insulated conductors disposed thereon; characterized in that the core wire has a chordal core wire surface on which the multiple insulated conductors are disposed, the chordal core wire surface running at least part of the length of the core wire to the distal segment of the guidewire .
Dosing apparatus for arrangement on a slab production plant for production of stone and concrete slabs, wherein the dosing apparatus extends in a longitudinal direction (L), a width direction (B) and a vertical direction (H) and comprises a doser pot to receive material to be dosed, at least one upper doser base disc having at least one discharge opening for discharge of the material into at least one doser unit , with a material inlet opening and a material outlet opening for dosing a discharge amount of the material, wherein the dosing unit is arranged on the upper doser base disc and material from the doser pot can be filled into the dosing unit through the discharge opening , characterised in that the doser unit is arranged between the upper doser base disc and a lower doser base disc , which is arranged in the vertical direction (H) below the upper doser base disc , and a size of the dosing unit can be changed by changing a distance (D) from the upper doser base disc to the lower doser base disc without having to replace the doser unit .
A surrounding condition detection system for a harvester configured to harvest crops while traveling in a field, comprising: a self-machine position detection module operable to detect a self-machine position of the harvester ; a detection unit including a plurality of detection modules (41-44) capable of detecting conditions of surrounding of the harvester ; a map creation section operable to create, based on the self-machine position, a map indicative of a position of a reaped land in the field where the crops have been reaped and a position of an un-reaped land in the field where the crops have not yet been reaped; characterized in that the system further comprises an operational mode setting section for setting operational modes of the plurality of detection modules (41-44) respectively, based on the map and the self-machine position, wherein the operational mode setting section is configured to stop a detection function of a particular detection module among the plurality of detection modules (41-44), based on the map and the self-machine position, the particular detection module being directed to detection of the condition of the un-reaped land. a self-machine position detection module operable to detect a self-machine position of the harvester ; a detection unit including a plurality of detection modules (41-44) capable of detecting conditions of surrounding of the harvester ; a map creation section operable to create, based on the self-machine position, a map indicative of a position of a reaped land in the field where the crops have been reaped and a position of an un-reaped land in the field where the crops have not yet been reaped; characterized in that the system further comprises an operational mode setting section for setting operational modes of the plurality of detection modules (41-44) respectively, based on the map and the self-machine position, wherein the operational mode setting section is configured to stop a detection function of a particular detection module among the plurality of detection modules (41-44), based on the map and the self-machine position, the particular detection module being directed to detection of the condition of the un-reaped land.