mhurhangee/ep-ind-claims huggingface dataset:
A computer interface configured to be worn by a user and interface the user with a computer, the interface comprising: a three dimensional, 3D, camera system having an optic axis and a field of view, FOV, the 3D camera system comprising: a 3D range camera controllable to acquire a range image of a scene in the FOV that provides 3D spatial coordinates for features in the scene;and a picture camera controllable to acquire a picture image of the scene;and a controller that processes one or both of the images to determine if a user is imaged in the FOV and is looking at the interface and if so, an identity of the user, and if the identity is an identity of a user authorized to use the interface, the controller enables the user access to functionalities provided by the computer, wherein the controller maintains the interface in a default state in which the 3D camera system is OFF, and turns ON the 3D camera system periodically or intermittently to acquire the 3D range image and picture image and wherein the interface comprises an accelerometer that generates signals responsive to motion of the interface that the controller processes to determine if the user has moved the interface to position the user in the FOV, and if so the controller turns ON the 3D camera system to acquire the 3D range image and picture image. a three dimensional, 3D, camera system having an optic axis and a field of view, FOV, the 3D camera system comprising: a 3D range camera controllable to acquire a range image of a scene in the FOV that provides 3D spatial coordinates for features in the scene;and a picture camera controllable to acquire a picture image of the scene;and a 3D range camera controllable to acquire a range image of a scene in the FOV that provides 3D spatial coordinates for features in the scene;and a picture camera controllable to acquire a picture image of the scene;and a controller that processes one or both of the images to determine if a user is imaged in the FOV and is looking at the interface and if so, an identity of the user, and if the identity is an identity of a user authorized to use the interface, the controller enables the user access to functionalities provided by the computer, wherein the controller maintains the interface in a default state in which the 3D camera system is OFF, and turns ON the 3D camera system periodically or intermittently to acquire the 3D range image and picture image and wherein the interface comprises an accelerometer that generates signals responsive to motion of the interface that the controller processes to determine if the user has moved the interface to position the user in the FOV, and if so the controller turns ON the 3D camera system to acquire the 3D range image and picture image.
Cooking appliance, notably an electric fat fryer, comprising a casing housing a vat designed for receiving a cooking bath, and a removable filtration accessory capable of occupying a position in which it is lowered into the vat and a raised position, the filtration accessory comprising bearing members, characterised in that the bearing members rest on the casing outside the vat when the filtration accessory is in the raised position, and in that the casing comprises external lateral shapings which house the bearing members when the filtration accessory is in the lowered position.
A method performed by a first device to establish a connection to a second device, the method comprising: obtaining identification information of the second device by using a first communication method; obtaining the identification information of the second device by using a second communication method; obtaining first distance information regarding the second device based on characteristics of the first communication method and the second communication method; and determining whether to transmit a connection request to the second device based on the obtained first distance information, wherein the determining comprises: determining whether the second device is located within a predetermined distance range based on the obtained first distance information; if the second device is located in the predetermined distance range, determining whether a connection establishment with the second device is necessary based on a service providing method to be used by the second device; if the connection establishment is necessary, transmitting a connection request to the second device; and if the connection establishment is not necessary, transmitting the identification information of the second device to an external server obtaining identification information of the second device by using a first communication method; obtaining the identification information of the second device by using a second communication method; obtaining first distance information regarding the second device based on characteristics of the first communication method and the second communication method; and determining whether to transmit a connection request to the second device based on the obtained first distance information, wherein the determining comprises: determining whether the second device is located within a predetermined distance range based on the obtained first distance information; if the second device is located in the predetermined distance range, determining whether a connection establishment with the second device is necessary based on a service providing method to be used by the second device; if the connection establishment is necessary, transmitting a connection request to the second device; and if the connection establishment is not necessary, transmitting the identification information of the second device to an external server determining whether the second device is located within a predetermined distance range based on the obtained first distance information; if the second device is located in the predetermined distance range, determining whether a connection establishment with the second device is necessary based on a service providing method to be used by the second device; if the connection establishment is necessary, transmitting a connection request to the second device; and if the connection establishment is not necessary, transmitting the identification information of the second device to an external server
A pair of forward-extending row units (120,124) wherein a first row unit of said pair of row units comprises a first stripper plate and wherein a second row unit of said pair of row units comprises a second stripper plate, said first and second stripper plates opposing one another to at least partially define a first crop passage for receiving crop stalks and to remove useable parts from the crop stalks gathered in said first crop passage, said first row unit further comprising a first, powered, snap roll and said second row unit further comprising a second, unpowered, snap roll wherein said first and second snap rolls (230,232) oppose one another on opposite sides of said first crop passage and operated at different speeds relative to one another, characterized in that said powered snap roll is opposed by a pair of unpowered snap rolls.
A system for determining produced drill solids volume comprising: a receiving vessel for receiving drill solids; a pressure vessel coupled to the receiving vessel; an isolation valve to control the flow of drill solids between the receiving vessel and the pressure vessel, the isolation valve comprising a first valve configured to control a flow of drill solids from the receiving vessel and a second valve configured to pressurize the pressure vessel; wherein spacing provided between the first valve and the second valve is configured to prevent a weight of the drill solids in the receiving vessel from imparting a weight to the pressure vessel; a skid comprising a plurality of weight sensors for weighing the drill solids in the pressure vessel, wherein the pressure vessel is disposed on the plurality of weight sensors; and a programmable logic controller operatively coupled to at least the plurality of weight sensors for calculating the weight of the drill solids in the pressure vessel; calculating a volume of the drill solids; and interfacing with a rig management system for adjusting a drilling parameter based on the calculated volume of drill solids. a receiving vessel for receiving drill solids; a pressure vessel coupled to the receiving vessel; an isolation valve to control the flow of drill solids between the receiving vessel and the pressure vessel, the isolation valve comprising a first valve configured to control a flow of drill solids from the receiving vessel and a second valve configured to pressurize the pressure vessel; wherein spacing provided between the first valve and the second valve is configured to prevent a weight of the drill solids in the receiving vessel from imparting a weight to the pressure vessel; a skid comprising a plurality of weight sensors for weighing the drill solids in the pressure vessel, wherein the pressure vessel is disposed on the plurality of weight sensors; and a programmable logic controller operatively coupled to at least the plurality of weight sensors for calculating the weight of the drill solids in the pressure vessel; calculating a volume of the drill solids; and interfacing with a rig management system for adjusting a drilling parameter based on the calculated volume of drill solids.
A tether assembly for an implantable medical device, the medical device including an hermetic enclosure, a pulse generator contained within the enclosure, a fixation member coupled to a distal end of the enclosure, and a threaded attachment bore located in proximity to a proximal end of the enclosure, and the tether assembly comprising: an elongate shaft extending from a proximal end thereof to a distal end thereof; an attachment member coupled to the distal end of the shaft, the attachment member including an external thread and an end wall, the external thread being defined by a helically extending peak and a corresponding valley, a knob coupled to the proximal end of the shaft; and wherein the shaft translates torque, applied to the knob, from the knob to the attachment member to detach the tether from the bore of the medical device; and characterized by the end wall joining adjacent proximal sections of the peak to terminate a proximal end of the valley, the end wall extending orthogonally with respect to a direction of travel within the valley to provide a hard stop for the threaded attachment bore of the medical device, when the bore is mated with the external thread. an elongate shaft extending from a proximal end thereof to a distal end thereof; an attachment member coupled to the distal end of the shaft, the attachment member including an external thread and an end wall, the external thread being defined by a helically extending peak and a corresponding valley, a knob coupled to the proximal end of the shaft; and wherein the shaft translates torque, applied to the knob, from the knob to the attachment member to detach the tether from the bore of the medical device; and characterized by the end wall joining adjacent proximal sections of the peak to terminate a proximal end of the valley, the end wall extending orthogonally with respect to a direction of travel within the valley to provide a hard stop for the threaded attachment bore of the medical device, when the bore is mated with the external thread.
An assembly comprising a coaxial connector and a circuit board, the coaxial connector comprising: a housing having a mounting segment configured to be mounted on an edge of the circuit board and a plug segment configured to receive said edge; and coaxial contacts held by the housing, the coaxial contacts comprising coaxial contact pairs that include each a signal contact and a ground contact that is arranged coaxially with the signal contact of the same coaxial contact pair, the signal contacts being held by the housing such that signal mounting segments of the signal contacts are configured to extend over and be engaged in electrical contact with corresponding electrical signal traces of the circuit board when the housing is mounted to the edge of the circuit board, the ground contacts being held by the housing such that ground mounting segments of the ground contacts are configured to extend over and be engaged in electrical contact with corresponding electrical ground traces of the circuit board when the housing is mounted to the edge of the circuit board; characterised in that: two adjacent ground contacts from different coaxial contact pairs extend over and are physically engaged and in electrical contact with a same electrical ground trace on the side of the circuit board when the housing is mounted to the edge of the circuit board. a housing having a mounting segment configured to be mounted on an edge of the circuit board and a plug segment configured to receive said edge; and coaxial contacts held by the housing, the coaxial contacts comprising coaxial contact pairs that include each a signal contact and a ground contact that is arranged coaxially with the signal contact of the same coaxial contact pair, the signal contacts being held by the housing such that signal mounting segments of the signal contacts are configured to extend over and be engaged in electrical contact with corresponding electrical signal traces of the circuit board when the housing is mounted to the edge of the circuit board, the ground contacts being held by the housing such that ground mounting segments of the ground contacts are configured to extend over and be engaged in electrical contact with corresponding electrical ground traces of the circuit board when the housing is mounted to the edge of the circuit board; characterised in that: two adjacent ground contacts from different coaxial contact pairs extend over and are physically engaged and in electrical contact with a same electrical ground trace on the side of the circuit board when the housing is mounted to the edge of the circuit board.
An article support device capable of being mounted onto a mounting surface using a stretch-releasable adhesive tape, comprising: a base comprising first and second major sides, a stretch-releasable adhesive tape that is attached to a first major surface of the first major side of the base; and, a support body comprising a first major side comprising an article support member comprising an outwardly-protruding hook, and a second major side that is rotatably and non-detachably connected to the second major side of the base; wherein the support body is rotatable relative to the base, between a first position in which the base is hidden, and at least one second position in which at least a portion of a pull tab of the stretch-releasable adhesive tape is visible, and wherein the support body and the base share a common axis of rotation that is generally normal to the first major surface of the base, characterised in that in the first position the stretch-releasable adhesive tape is hidden and in that no moving of the support body relative to the base, in any direction other than the rotating, is required or allowed prior to rotating the support body,. a base comprising first and second major sides, a stretch-releasable adhesive tape that is attached to a first major surface of the first major side of the base; and, a support body comprising a first major side comprising an article support member comprising an outwardly-protruding hook, and a second major side that is rotatably and non-detachably connected to the second major side of the base; wherein the support body is rotatable relative to the base, between a first position in which the base is hidden, and at least one second position in which at least a portion of a pull tab of the stretch-releasable adhesive tape is visible,
A kit for preparing a dynamic bioactive bone graft implant, comprising: a porous, fibrous matrix of bioactive glass fibers, wherein the fibers are characterized by fiber diameters ranging from about 5 nanometers to about 100 micrometers, and wherein the porosity of the matrix ranges from about 100 nanometers to about 1 millimeter; and a mold tray including a base component and a lid component configured to nest within the base component, each of the base and lid components having corresponding depressed or raised portions to form a predefined molded shape. a porous, fibrous matrix of bioactive glass fibers, wherein the fibers are characterized by fiber diameters ranging from about 5 nanometers to about 100 micrometers, and wherein the porosity of the matrix ranges from about 100 nanometers to about 1 millimeter; and a mold tray including a base component and a lid component configured to nest within the base component, each of the base and lid components having corresponding depressed or raised portions to form a predefined molded shape.
A compound comprising a ligand L A, wherein the ligand L A is selected from the group consisting of L A110 through L A138 defined as follows: L A110 to L A138 based on the formula of Ligand R A R B R C Y 1 Y 2 L A110 R B1 H H N C L A111 R B1 R B1 H N C L A112 R B1 R B2 H N C L A113 R B1 R B3 H N C L A114 R B1 R B4 H N C L A115 R B1 R B5 H N C L A116 R B1 R B6 H N C L A117 R B1 R B7 H N C L A118 R B1 R A2 H N C L A119 R B1 R A28 H N C L A120 R B1 R B1 R B1 N C L A121 R B1 R B2 R B2 N C L A122 R B1 R B3 R B3 N C L A123 R B1 R B4 R B4 N C L A124 R B1 R B5 R B5 N C L A125 R B1 R B6 R B6 N C L A126 R B1 R B7 R B7 N C L A127 R B1 R A2 R A2 N C L A128 R B1 R A28 R A28 N C L A129 R B1 R A29 R A29 N C L A130 R B1 H R B1 N C L A131 R B1 H R B2 N C L A132 R B1 H R B3 N C L A133 R B1 H R B4 N C L A134 R B1 H R B5 N C L A135 R B1 H R B6 N C L A136 R B1 H R B7 N C L A137 R B1 H R A2 N C L A138 R B1 H R A28 N C wherein R A2, R A28 and R A29 have the following structures: and wherein R B1 to R B7 have the following structures: wherein R A2, R A28 and R A29 have the following structures: and wherein R B1 to R B7 have the following structures:
Method for automatically managing a movement authority for a guided vehicle A moving on a track of a railway network, said track comprising a first section and a second section consecutive to the first section, the guided vehicle A moving on the first section in direction of the second section, said method comprising chronologically the following steps: - sending, by means of a Trackside Centralized Movement Authority Generator, hereafter TCMAG, to an on-board system of the guided vehicle A, a request for checking an occupancy state of a part of the first section located ahead the guided vehicle A; - at the reception of said request by the on-board system, automatically launching a detection process involving a radar system of the guided vehicle A, wherein said detection process comprises using the radar system for detecting if a guided vehicle B is located in front of the guided vehicle A; - if no guided vehicle B is detected in front of the guided vehicle A, then automatically sending a message to the TCMAG informing the latter about a vacant state of the part of the first section located ahead the guided vehicle A; - automatically issuing by means of the TCMAG a movement authority to the on-board system if and only if the occupancy state of the second section is vacant and if the message informing about the vacant state of the part of the first section ahead the guided vehicle is received by the TCMAG characterized in that said request is sent only if a distance between a position of the guided vehicle A on the track and a boundary between the first section and the second section is smaller than a predefined distance calculated in function of a maximum detection length of the radar system and/or the track section geometry. - sending, by means of a Trackside Centralized Movement Authority Generator, hereafter TCMAG, to an on-board system of the guided vehicle A, a request for checking an occupancy state of a part of the first section located ahead the guided vehicle A; - at the reception of said request by the on-board system, automatically launching a detection process involving a radar system of the guided vehicle A, wherein said detection process comprises using the radar system for detecting if a guided vehicle B is located in front of the guided vehicle A; - if no guided vehicle B is detected in front of the guided vehicle A, then automatically sending a message to the TCMAG informing the latter about a vacant state of the part of the first section located ahead the guided vehicle A; - automatically issuing by means of the TCMAG a movement authority to the on-board system if and only if the occupancy state of the second section is vacant and if the message informing about the vacant state of the part of the first section ahead the guided vehicle is received by the TCMAG
Torque tool, particularly a torque spanner or wrench, which comprises a tool shaft and a handle arranged on an end portion of the tool shaft, said handle being mounted to be rotatable about the longitudinal axis of the tool shaft, while inside the handle and/or the tool shaft is arranged a tensioning unit by means of which the actuating torque can be adjusted by rotating the handle relative to the tool shaft, the handle being movable on the tool shaft in the direction of the longitudinal axis such that the handle can be moved out of a resting position into an adjustment position provided for adjustment of the actuating torque, characterised in that the handle comprises a locking means for fixing the handle in its adjustment position.
Drill drive for a drilling rig, with a motor, by which a drive shaft is rotationally driven which is supported in a rotatable manner in a housing with a bearing arrangement having at least a radial bearing, a first axial bearing and a second axial bearing, characterized in that on the first axial bearing a first force measuring device is arranged for determining a first axial force on the first axial bearing and on the second axial bearing a second force measuring device is arranged for determining a second axial force on the second axial bearing.