mhurhangee/patent-ind-claim-en huggingface dataset:
An accessory comprising: a main body having a communication module for communicating with a predetermined network; and a container having a main body-coupling portion to which the main body is separably coupled, wherein the main body includes an exposed portion , which is exposed in the state in which the main body is coupled to the container , and an insertion portion , which is received in the main body-coupling portion , the main body comprises a remote control module for transmitting an optical signal for controlling a predetermined apparatus, and the container comprises an external coupling portion formed so as to be attached to one surface of an external object, wherein the main body is configured to receive information through the communication module over the network, wherein the remote control module is controlled based on the information received through the communication module , and wherein the container comprises a direction-setting unit for guiding the main body to a specific direction when the container is attached to the one surface of the external object, the direction-setting unit comprises a direction-setting protrusion and a direction-setting recess , the main body comprises one selected from between the direction-setting protrusion and the direction-setting recess , the container comprises the other selected from between the direction-setting protrusion and the direction-setting recess , and the direction-setting protrusion is engaged into the direction-setting recess . a main body having a communication module for communicating with a predetermined network; and a container having a main body-coupling portion to which the main body is separably coupled, wherein the main body includes an exposed portion , which is exposed in the state in which the main body is coupled to the container , and an insertion portion , which is received in the main body-coupling portion , the main body comprises a remote control module for transmitting an optical signal for controlling a predetermined apparatus, and the container comprises an external coupling portion formed so as to be attached to one surface of an external object, wherein the main body is configured to receive information through the communication module over the network, wherein the remote control module is controlled based on the information received through the communication module , and wherein the container comprises a direction-setting unit for guiding the main body to a specific direction when the container is attached to the one surface of the external object, the direction-setting unit comprises a direction-setting protrusion and a direction-setting recess , the main body comprises one selected from between the direction-setting protrusion and the direction-setting recess , the container comprises the other selected from between the direction-setting protrusion and the direction-setting recess , and the direction-setting protrusion is engaged into the direction-setting recess .
A method carried out in a system including a plurality of load devices serially connected by a power supply cable , the plurality of load devices including at least a plurality of light fixtures, said method comprising: outputting a test initiation command over the power supply cable to a first one of the plurality of load devices , the test initiation command including information identifying a type of test to perform; receiving, at the first load device , the test initiation command; identifying, at the first load device , the type of test to perform; testing the first load device based on the identified type of test; generating test data for the first load device ; inserting the test data into a data packet ; forwarding the data packet to another load device ; and repeating, for each of the plurality of load devices , the steps of testing the load device, generating test data, inserting the generated test data into the data packet, and forwarding the data packet to another load device at least until test data has been inserted into the data packet by each of the plurality of load devices . outputting a test initiation command over the power supply cable to a first one of the plurality of load devices , the test initiation command including information identifying a type of test to perform; receiving, at the first load device , the test initiation command; identifying, at the first load device , the type of test to perform; testing the first load device based on the identified type of test; generating test data for the first load device ; inserting the test data into a data packet ; forwarding the data packet to another load device ; and repeating, for each of the plurality of load devices , the steps of testing the load device, generating test data, inserting the generated test data into the data packet, and forwarding the data packet to another load device at least until test data has been inserted into the data packet by each of the plurality of load devices .
A protective headwear comprising; a headgear; an outer shell rotatably coupled to the headgear; a first shield coupled to the outer shell and rotatable between a first position and a second position; and a second shield coupled to the outer shell , wherein the first shield covers the second shield to a greater extent in the first position than in the second position, wherein the first shield is selectively removable from the outer shell without the use of tools which is a third position of the first shield , the protective headwear further comprising an actuator including a shell portion coupled to the outer shell and a shield portion coupled to the first shield , wherein the shell portion and the shield portion are selectively engageable to couple the first shield to the outer shell , and wherein the actuator is configured to allow the first shield to rotate relative to the outer shell and to be removed from the outer shell , and wherein with the first shield removed from the outer shell , the shell portion remains coupled to the outer shell and the shield portion remains coupled to the first shield , characterized in that the first shield is an auto-darkening welding shield, and that the shield portion comprises a housing , a pair of support arms extending from the housing and a coupling member coupled to the support arms made of a resilient material such that the coupling member is press-fit, friction-fit, interference-fit or otherwise secured within a recess under friction or compression of the support arms around the coupling member , so that the shield portion is configured to selectively secure the first shield at intermediate positions between the first and third position.
A lock cylinder comprising a cylinder housing and a cylinder core which is rotatably supported in the cylinder housing about a cylinder axis and which is secured by means of a circlip against an axial movement relative to the cylinder housing , wherein the cylinder core has a keyway for the introduction of an associated key, wherein the cylinder core can be rotated between a locked position and an open position by means of the introduced key, and wherein the lock cylinder has a plurality of tumblers which can be actuated by means of the associated key, wherein the circlip and the cylinder housing together form a rotary abutment for limiting an angle of rotation of the cylinder core to a predetermined rotary angle range, wherein the circlip is rotationally fixedly held at the cylinder core , wherein the circlip has an abutment section which projects in a radial and/or axial direction, characterized in that the abutment section engages into a free space which is provided at the cylinder housing and which is bounded in a tangential direction, with the free space of the cylinder housing being formed as a recess relative to an end face of the cylinder housing , said recess being provided at the end face of the cylinder housing and extending in the axial and tangential direction. wherein the cylinder core can be rotated between a locked position and an open position by means of the introduced key, and wherein the lock cylinder has a plurality of tumblers which can be actuated by means of the associated key, wherein the circlip and the cylinder housing together form a rotary abutment for limiting an angle of rotation of the cylinder core to a predetermined rotary angle range, wherein the circlip is rotationally fixedly held at the cylinder core , wherein the circlip has an abutment section which projects in a radial and/or axial direction, characterized in that the abutment section engages into a free space which is provided at the cylinder housing and which is bounded in a tangential direction, with the free space of the cylinder housing being formed as a recess relative to an end face of the cylinder housing , said recess being provided at the end face of the cylinder housing and extending in the axial and tangential direction.
A multispecific binding conjugate comprising: a) at least one first binding moiety that binds to CD16; and b) at least one second binding moiety that binds to MUC1; wherein the first binding moiety and the second binding moiety are each an antibody or a fragment thereof; wherein the first binding moiety and the second binding moiety are coupled to a biodegradable nanomaterial which is poly(lactic acid-co-glycolic acid). a) at least one first binding moiety that binds to CD16; and b) at least one second binding moiety that binds to MUC1; wherein the first binding moiety and the second binding moiety are each an antibody or a fragment thereof; wherein the first binding moiety and the second binding moiety are coupled to a biodegradable nanomaterial which is poly(lactic acid-co-glycolic acid).
An optical sensor with a camera having a number of receiving elements and with an evaluation unit which is designed to evaluate received signals from receiving elements of the camera , wherein control means are provided by means of which at least one partial area of the receiving elements can be selected, wherein the camera is designed in such a way that only the received signals of the receiving elements of the selected partial area are read out and then fed to the evaluation unit and that a control command for setting the operation of the optical sensor can be generated in the evaluation unit as a function of the received signals of the receiving elements of the selected partial area , and wherein a stationary or a moving target object can be detected by evaluating the received signals of the receiving elements of the selected sub-region , characterised in that the optical sensor is designed to detect a plurality of target objects in the form of a plurality of reflectors (1 1a-e) which are arranged along a straight line, wherein each reflector (11a-e) is detected with a matching, selected sub-region , wherein the selected partial areas are selectively and simultaneously read out from the camera and fed to the evaluation unit , that positions, speeds and sizes of objects are detected by a time- and location-resolved detection of object interventions in the area delimited by the reflectors (11a-e), wherein control commands for adjusting the operation of the optical sensor are generated as a function thereof.
A dispensing device , for dispensing a preferably cosmetic liquid , in particular a pump, with an at least substantially calotte-shaped section which is elastically deformable or flexible and which delimits or is fluidly connected to a pump chamber (P) for the liquid , wherein liquid can be pumped and/or conveyed by reversibly deforming the section from a starting position into a deformed state and subsequently liquid can be received, in particular sucked, into the pump chamber (P) by preferably automatic resetting of the section into the starting position, wherein the thickness of the calotte-shaped section varies, characterised in that the section has a central concave area in the starting position and/or in the unloaded state, which can be pressed or deformed for pumping the liquid into the pump chamber (P), and that the area of the section has a reduced wall thickness up to a peripheral edge and/or transition region .
Clearing device (I) for the clearing and/or maintenance of filter basins , consisting of at least one carrier , at least one chassis , at least one removal apparatus , at least one drive apparatus and at least one pushing and/or guiding apparatus , wherein the removal apparatus is arranged at the front and/or in front of the chassis and/or in front of an axis of the chassis in the travel and/or removal direction (a), the pushing and/or guiding apparatus is provided at the back in the travel and/or removal direction (a) and wherein the removal apparatus comprises a platform on which a drivable and/or driven removal means, such as a drivable and/or driven flexible circulating chain and/or a flexible circulating belt , rotates in order to remove, transport away and/or discharge material from a bottom of the filter basin , characterised in that the platform of the removal apparatus is formed by a frame on which at least three deflection rollers guide a circulating chain and/or a circulating belt , and removal elements and/or scrapers which remove and transport away the material are provided on said circulating chain and/or circulating belt .
A flavor inhaler cartridge comprising: a housing that includes a reservoir space to house a liquid and an atomizing space to atomize the liquid; a movable lid member with which the reservoir space and the atomizing space are openably/closably partitioned; an aerosol flow passage that supplies an aerosol generated by the atomization of the liquid from the atomizing space to outside of the housing ; a turning member that is circumferentially turnable around an axis parallel to a moving direction of the lid member ; and a motion conversion mechanism that converts the circumferential turning motion of the turning member into an axial linear motion of the lid member , wherein the lid member is directly or indirectly fixed to the motion conversion mechanism, the motion conversion mechanism is configured such that circumferentially turning the turning member moves the lid member in a direction of approaching the turning member and communicates between the reservoir space and the atomizing space the flavor inhaler cartridge further comprises a partition member having a communication hole that communicates between the reservoir space and the atomizing space, wherein the lid member opens and closes the communication hole such that the reservoir space and the atomizing space are openably/closably partitioned, the partition member includes a plate-shaped portion that has an opening through which the aerosol generated in the atomizing space passes, the opening constituting at least a part of the aerosol flow passage, and the communication hole is formed in the plate-shaped portion . a housing that includes a reservoir space to house a liquid and an atomizing space to atomize the liquid; a movable lid member with which the reservoir space and the atomizing space are openably/closably partitioned; an aerosol flow passage that supplies an aerosol generated by the atomization of the liquid from the atomizing space to outside of the housing ; a turning member that is circumferentially turnable around an axis parallel to a moving direction of the lid member ; and a motion conversion mechanism that converts the circumferential turning motion of the turning member into an axial linear motion of the lid member , wherein the lid member is directly or indirectly fixed to the motion conversion mechanism, the motion conversion mechanism is configured such that circumferentially turning the turning member moves the lid member in a direction of approaching the turning member and communicates between the reservoir space and the atomizing space the flavor inhaler cartridge further comprises a partition member having a communication hole that communicates between the reservoir space and the atomizing space, wherein the lid member opens and closes the communication hole such that the reservoir space and the atomizing space are openably/closably partitioned, the partition member includes a plate-shaped portion that has an opening through which the aerosol generated in the atomizing space passes, the opening constituting at least a part of the aerosol flow passage, and the communication hole is formed in the plate-shaped portion .
An interaction point , comprising: a hardware-based processor configured to communicate with a cloud-based storage system that stores participant interactivity data relating to interaction of the participant with an entertainment attraction, the participant being associated with a wearable electronic device while the participant interacts with interactive elements of the entertainment attraction; a local cache data store configured to locally store a local portion of the participant interactivity data, wherein the local portion of the participant interactivity data is used in local interaction processing by the hardware-based processor; a radio-frequency identification (RFID) reader , configured to retrieve electromagnetic radiation of the wearable electronic device indicative of an interaction with the interaction point, the interaction comprising data transmission between the RFID reader and the wearable electronic device, enabled by a proximity between the RFID reader and the wearable electronic device; wherein the hardware-based processor is configured to, based upon the interaction with the interaction point perform local interaction processing using the local portion of the participant interactivity data, by updating the local portion of the participant interactivity data stored in the local cache; and wherein the hardware-based processor is configured to propagate the updated local portion of the participant interactivity data to the cloud-based storage system . a hardware-based processor configured to communicate with a cloud-based storage system that stores participant interactivity data relating to interaction of the participant with an entertainment attraction, the participant being associated with a wearable electronic device while the participant interacts with interactive elements of the entertainment attraction; a local cache data store configured to locally store a local portion of the participant interactivity data, wherein the local portion of the participant interactivity data is used in local interaction processing by the hardware-based processor; a radio-frequency identification (RFID) reader , configured to retrieve electromagnetic radiation of the wearable electronic device indicative of an interaction with the interaction point, the interaction comprising data transmission between the RFID reader and the wearable electronic device, enabled by a proximity between the RFID reader and the wearable electronic device; wherein the hardware-based processor is configured to, based upon the interaction with the interaction point perform local interaction processing using the local portion of the participant interactivity data, by updating the local portion of the participant interactivity data stored in the local cache; and wherein the hardware-based processor is configured to propagate the updated local portion of the participant interactivity data to the cloud-based storage system .
Device for sealing a vertical secondary closing edge of a door leaf , comprising a frame fastening profile (100; 101), a leaf fastening profile (102; 103), a first cover profile and a second cover profile , wherein the first cover profile and the second cover profile each have an annular arc-shaped cross-sectional surface, wherein the leaf fastening profile (102; 103) is designed for fastening to the door leaf and the frame fastening profile (100; 101) is designed for fastening to a door frame , wherein the leaf fastening profile (102; 103) is pivotable relative to the frame fastening profile (100; 101) between a first state and a second state, wherein the first cover profile and the second cover profile are each arranged between the frame fastening profile (100; 101) and the leaf fastening profile (102; 103), wherein, in the first state of the device, the first cover profile covers a first free space between the frame fastening profile (100; 101) and the leaf fastening profile (102; 103), and in that, in the second state of the device, the second cover profile covers a second free space between the frame fastening profile (100; 101) and the leaf fastening profile (102; 103), characterised in that the frame fastening profile (100; 101) and/or the leaf fastening profile (102; 103) each have two receiving spaces (106; 107; 300; 301), wherein a portion of the first cover profile is arranged in a respective first receiving space (300; 301) of the two receiving spaces and a portion of the second cover profile is arranged in a respective second receiving space (106; 107) of the two receiving spaces.
An X-ray CT apparatus comprising: an energy classifying unit configured to classify photons passing through an object into a number of energy bins in accordance with energy of the photons; a setting unit configured to set an energy level and set an energy width of a plurality of energy bins of the number of energy bins; and an image generating unit configured to generate an extended energy bin image based on information on the photons classified into the plurality of energy bins, the image having the energy level and the energy width of the plurality of energy bins, characterised in that the image generating unit is configured to, when an instruction about an energy level and an energy width is newly acquired by the setting unit, generate an extended energy bin image having the newly set energy level and energy width again. an energy classifying unit configured to classify photons passing through an object into a number of energy bins in accordance with energy of the photons; a setting unit configured to set an energy level and set an energy width of a plurality of energy bins of the number of energy bins; and an image generating unit configured to generate an extended energy bin image based on information on the photons classified into the plurality of energy bins, the image having the energy level and the energy width of the plurality of energy bins, characterised in that the image generating unit is configured to, when an instruction about an energy level and an energy width is newly acquired by the setting unit, generate an extended energy bin image having the newly set energy level and energy width again.