mhurhangee/ep-ind-claims huggingface dataset:
A hair styling appliance comprising: at least one heating element (13, 14) having a heating surface (16a, 17a) for contact with the hair; a pair of jaws (10, 11), the heating element (13, 14) being disposed on one of the jaws (10, 11), the jaws (10, 11) being connected for movement between an open position for inserting or removing hair between the jaws (10, 11), and a closed position in which the other of the jaws (10, 11) presses the hair against the heating surface (16a, 17a); a temperature sensor that senses the temperature of the heating element (13, 14) proximate the heating surface (16a, 17a); an activation sensor that senses when the jaws (10, 11) are in the closed position and generates a first activation output; a power control circuit that responds to the activation sensor and the temperature sensor, and is operative to operate the heating element (13, 14) at a steady state power level to maintain the temperature in a steady state; the power control circuit including means for determining a time rate of decrease of the temperature of the heating element (13, 14), and means for monitoring the temperature and the time rate of decrease of the temperature to detect an abnormal thermal load on the heating element (13, 14); the power control circuit being operative in response to the first activation output to start detection of an abnormal thermal load, and in response to an abnormal thermal load to operate the heating element (13, 14) at a power level lower than the steady state power level. at least one heating element (13, 14) having a heating surface (16a, 17a) for contact with the hair; a pair of jaws (10, 11), the heating element (13, 14) being disposed on one of the jaws (10, 11), the jaws (10, 11) being connected for movement between an open position for inserting or removing hair between the jaws (10, 11), and a closed position in which the other of the jaws (10, 11) presses the hair against the heating surface (16a, 17a); a temperature sensor that senses the temperature of the heating element (13, 14) proximate the heating surface (16a, 17a); an activation sensor that senses when the jaws (10, 11) are in the closed position and generates a first activation output; a power control circuit that responds to the activation sensor and the temperature sensor, and is operative to operate the heating element (13, 14) at a steady state power level to maintain the temperature in a steady state; the power control circuit including means for determining a time rate of decrease of the temperature of the heating element (13, 14), and means for monitoring the temperature and the time rate of decrease of the temperature to detect an abnormal thermal load on the heating element (13, 14); the power control circuit being operative in response to the first activation output to start detection of an abnormal thermal load, and in response to an abnormal thermal load to operate the heating element (13, 14) at a power level lower than the steady state power level.
A machine-readable non-transitory medium having instructions, when executed by a machine, cause the machine to perform a method for message notification, the method comprising: generating a subtopic identifier identifying a client application within a client device identified by a device token, the client application associated with a server application hosted in one or more application servers; registering a notification service with the application servers for the client application to forward identifiers including the subtopic identifier and the device token associated with the client application to the server application to enable the server application to push notification messages to the client device for the client application, a plurality of client applications are hosted in the client device, and the plurality of client applications are registered with the notification service; in response to receiving a notification message from the application servers, determining if the notification message carries the subtopic identifier of the client application; and forwarding the notification message to the client application without forwarding the notification message to another one of the plurality of client applications in the client device if the notification message carries the subtopic identifier for the client application. generating a subtopic identifier identifying a client application within a client device identified by a device token, the client application associated with a server application hosted in one or more application servers; registering a notification service with the application servers for the client application to forward identifiers including the subtopic identifier and the device token associated with the client application to the server application to enable the server application to push notification messages to the client device for the client application, a plurality of client applications are hosted in the client device, and the plurality of client applications are registered with the notification service; in response to receiving a notification message from the application servers, determining if the notification message carries the subtopic identifier of the client application; and forwarding the notification message to the client application without forwarding the notification message to another one of the plurality of client applications in the client device if the notification message carries the subtopic identifier for the client application.
A combination screening apparatus for screening a mixed material into three graded streams, comprising a disc screen wholly, substantially or partly located within a rotary drum screen, wherein the disc screen is mounted on a disc frame, the rotary drum screen is rotated on or by a frame, characterised in that the disc frame is secured to each end of the frame, and the disc screen remains anchored in place and fixed to the frame via one or more anchor points (28a-d), while the rotary drum screen is free to rotate.
A furniture drive for moving a furniture part that is mounted movably relative to a furniture body, in particular a furniture flap that is pivotable about a horizontal axis relative to the furniture body, comprising: - a housing, which can be arranged on or in a furniture panel of the furniture body, - at least one actuating arm, which is mounted movably relative to the housing and on which the movable furniture part can be fastened, wherein the housing has an end face through which the at least one actuating arm protrudes in at least one relative position, - at least one spring device with which a force can be exerted on the at least one actuating arm, - at least one adjusting device for adjusting the force that can be exerted on the at least one actuating arm by the at least one spring device, and - at least one display device with which a force adjustment that can be carried out by means of the at least one adjusting device can be displayed, wherein the at least one display device is formed separately from the at least one adjusting device and can be read in an installed position of the furniture drive, in which the housing is arranged completely, except for the end face, in the furniture panel of the furniture body, wherein the housing comprises at least one side face turned towards the interior of the furniture drive, characterized in that at least one part of the at least one display device is arranged on the at least one side face that is turned towards the interior of the furniture drive. - a housing, which can be arranged on or in a furniture panel of the furniture body, - at least one actuating arm, which is mounted movably relative to the housing and on which the movable furniture part can be fastened, wherein the housing has an end face through which the at least one actuating arm protrudes in at least one relative position, - at least one spring device with which a force can be exerted on the at least one actuating arm, - at least one adjusting device for adjusting the force that can be exerted on the at least one actuating arm by the at least one spring device, and - at least one display device with which a force adjustment that can be carried out by means of the at least one adjusting device can be displayed,
A method performed by a terminal in a wireless communication system, the method comprising: identifying whether a service data adaptation protocol, SDAP, header is configured and whether an Ethernet header compression, EHC, is configured; and performing Ethernet header compression for data in a packet data convergence protocol, PDCP, layer, in case that the EHC is configured, wherein an EHC header is located after the SDAP header; and wherein a PDCP header and the SDAP header are not ciphered. identifying whether a service data adaptation protocol, SDAP, header is configured and whether an Ethernet header compression, EHC, is configured; and performing Ethernet header compression for data in a packet data convergence protocol, PDCP, layer, in case that the EHC is configured, wherein an EHC header is located after the SDAP header; and wherein a PDCP header and the SDAP header are not ciphered.
A modular sieve for a juicing apparatus, the sieve comprising: a first module comprising a pattern of first protrusions having first edge regions; and a second module comprising a pattern of second protrusions having second edge regions for adjoining neighbouring first edge regions when the first module is engaged with the second module, wherein each first edge region and an adjoining second edge region delimit a plurality of apertures for passing juice. a first module comprising a pattern of first protrusions having first edge regions; and a second module comprising a pattern of second protrusions having second edge regions for adjoining neighbouring first edge regions when the first module is engaged with the second module, wherein each first edge region and an adjoining second edge region delimit a plurality of apertures for passing juice.
An implant for bone fixation, the implant comprising: an elongate body having: a longitudinal axis; a triangular cross section transverse to the longitudinal axis; three outer faces and three apexes joining the outer faces that together give the implant its triangular cross-section; a central lumen extending along the longitudinal axis of the elongate body; and a plurality of holes with openings on the plurality of faces that are in fluid communication with the central lumen, characterised in that the three apexes are chamfered at their proximal and distal end portions to provide three sloping shoulders that provide the implant with tapering proximal and distal end portions. an elongate body having: a longitudinal axis; a triangular cross section transverse to the longitudinal axis; three outer faces and three apexes joining the outer faces that together give the implant its triangular cross-section; a central lumen extending along the longitudinal axis of the elongate body; and a plurality of holes with openings on the plurality of faces that are in fluid communication with the central lumen, characterised in that the three apexes are chamfered at their proximal and distal end portions to provide three sloping shoulders that provide the implant with tapering proximal and distal end portions.
A vacuum pump, in particular a turbomolecular pump, comprising a housing element; a rotor which defines an axial direction with its longitudinal extent; and a bearing element provided for the rotor, wherein the bearing element is arranged in an opening of the housing element; wherein at least a first component which is separate from the housing element is provided for positioning the bearing element relative to the housing element; wherein the opening has at least a first cylindrical axial section having a constant cross-section; wherein the first component is arranged in the first axial section of the opening; wherein the first component is arranged with its cross-section radially solely within the cross-section of the opening in the first axial section; wherein the first component is fastened in the opening by means of at least one plate-shaped and/or disk-shaped fastening element; and wherein the fastening element extends radially both within the cross-section and outside the cross-section of the first axial region.
A method for allocating resources within a grid of time and frequency for communication in a radio communications system under a first protocol, comprising: determining an indication of a first range of frequency resource units to be allocated for data communication by a device through a base station within the first radio protocol, wherein said indication comprises an identification of a number of frequency resource units and an indication of a position of the first range within the grid; signaling said indication to the device; allocating, responsive to a predetermined frequency resource within said first range being pre-allocated to communication under a second radio protocol, a discontinuous range of frequency resource units for the communication in the first radio protocol, which discontinuous range encompasses said first range but excludes said predetermined frequency resource for said data communication. determining an indication of a first range of frequency resource units to be allocated for data communication by a device through a base station within the first radio protocol, wherein said indication comprises an identification of a number of frequency resource units and an indication of a position of the first range within the grid; signaling said indication to the device; allocating, responsive to a predetermined frequency resource within said first range being pre-allocated to communication under a second radio protocol, a discontinuous range of frequency resource units for the communication in the first radio protocol, which discontinuous range encompasses said first range but excludes said predetermined frequency resource for said data communication.
A method for joining an anti-pinch profile (16; 66; 76; 86; 96; 126; 136; 146; 186; 196; 234; 246; 256; 270; 276; 302) made of rubber-elastic synthetic material to a support (20; 62; 68; 88; 98; 122; 132; 152; 172; 182; 198; 214; 236; 248; 258; 274; 304) made of synthetic material, wherein the anti-pinch profile includes at least one electric conductor (30, 32; 92, 94, 100; 318, 320, 322) embedded into the synthetic material, comprising the steps of fixing the anti-pinch profile and the support, exerting a pre-tensioning force on anti-pinch profile and support, so that at least one strip-type contact surface (42, 44; 124, 127, 129; 288, 290; 310, 312) is formed between anti-pinch profile and support, and welding the anti-pinch profile and the support by means of laser radiation or ultrasonic radiation in the vicinity of the strip-type contact surface (42, 44; 124, 127, 129; 288, 290; 310, 312).
An extravascular implantable medical electrical lead comprising: an elongated lead body having a distal portion and a proximal end; a connector at the proximal end of the lead body; a defibrillation electrode located along the distal portion of the lead body, wherein the defibrillation electrode includes a first electrode segment and a second electrode segment spaced proximal to the first electrode segment by a distance; and at least one pace/sense electrode (28, 42) located between the first segment and the second segment of the defibrillation electrode; and at least one pace/sense electrode located distal to the first electrode segment of the defibrillation electrode, wherein, when the extravascular implantable medical electrical lead is placed in a substernal space, the first electrode segment and the second electrode segment are located substantially over a cardiac silhouette of a ventricle of a heart as observed via an AP fluoroscopic view of the heart, and the at least one pace/sense electrode is located over a cardiac silhouette of the ventricle of the heart as observed via the AP fluoroscopic view of the heart. an elongated lead body having a distal portion and a proximal end; a connector at the proximal end of the lead body; a defibrillation electrode located along the distal portion of the lead body, wherein the defibrillation electrode includes a first electrode segment and a second electrode segment spaced proximal to the first electrode segment by a distance; and at least one pace/sense electrode (28, 42) located between the first segment and the second segment of the defibrillation electrode; and at least one pace/sense electrode located distal to the first electrode segment of the defibrillation electrode, wherein, when the extravascular implantable medical electrical lead is placed in a substernal space, the first electrode segment and the second electrode segment are located substantially over a cardiac silhouette of a ventricle of a heart as observed via an AP fluoroscopic view of the heart, and the at least one pace/sense electrode is located over a cardiac silhouette of the ventricle of the heart as observed via the AP fluoroscopic view of the heart.
Lighting system comprising at least two operating devices (1, 1' 1", 110, 111) for operating at least one light source respectively comprising one power input stage as well as at least one output stage (40, 40'), connected to the power input stage, with output connectors (41a, b; 41'a, b) for connecting to the light source, a control device (50, 50', 55) for controlling the output stage or the operation of the at least one light source as well as a first digital bidirectional control interface for connecting to a first external digital control bus with addressing functionality for receiving external control information, in particular a DALI (Digital addressable lighting interface) interface, and a second digital bidirectional control interface for connecting to a second external digital control bus with addressing functionality, wherein the first and the second control interface are configured for operating with different data protocols, wherein the at least two operating devices are connected with each other by the respective second control interface by the second digital control bus and wherein the lighting system comprises a data terminal that is connected to the second digital control bus, in particular via a wireless communication device, wherein the data terminal is configured to transmit over the second digital control bus control information to a first of the at least two operating devices, wherein the first operating device is configured as master and is designed to transfer the control information internally to the first digital interface and therefrom over the first digital control bus to a further of the at least two operating devices (1, 1' 1", 110, 111) for controlling the supply of the lighting means thereof.
A saddle for a vehicle, a bicycle or a motorcycle comprising: - a seating structure (2, 3), - a fork member secured below said seating structure (2, 3), said fork member having a pair of prongs each having a rear end as well as a front end, said front ends of said prongs being constrained to said seating structure (2, 3), - at least one anchoring component of each rear end of said fork member to said seating structure (2, 3), wherein said at least one anchoring component is connected to said seating structure (2, 3) at a zone of constraint having a width of a first distance and is configured in such a way that said rear ends of said fork member are connected to said at least one anchoring component at a second distance one from the other smaller than the width of said zone of constraint and optionally at a distance from the rear of said saddle or of said seating structure (2, 3) greater than the distance of said zone of constraint from said rear, wherein said at least one anchoring component comprises two wing sections (5b, 5c), each wing section (5b, 5c) having a first end (5b1, 5c1) proximal to and of constraint to said seating structure (2, 3) and a second end (5b2, 5c2) distal from said seating structure (2, 3), and wherein each second end (5b2, 5c2) of said wing sections (5b, 5c) delimits an engagement seat of a respective rear end of a respective prong of said fork member, wherein said first ends (5b1, 5c1) of said wing sections (5b, 5c) are at said first distance one with respect to the other, while said second ends (5b2, 5c2) of said wing sections (5b, 5c) are at said second distance one with respect to the other smaller than said first distance, wherein said at least one anchoring component comprises an intermediate section connected to said seating structure (2, 3) and defining said zone of constraint and wherein each wing section (5b, 5c) extends starting from said intermediate section and has the first end (5b1, 5c1) proximal to said intermediate section and the second end (5b2, 5c2) distal from said intermediate section, and wherein said intermediate section is connected by means of screws or bolts or fitting means to said seating structure (2, 3) or said intermediate section is clamped between said seating structure and a mask component fixed by means of screws, bolts or fitting means to said seating structure. - a seating structure (2, 3), - a fork member secured below said seating structure (2, 3), said fork member having a pair of prongs each having a rear end as well as a front end, said front ends of said prongs being constrained to said seating structure (2, 3), - at least one anchoring component of each rear end of said fork member to said seating structure (2, 3),
An antenna system (100, 210, 310, 410, 510) for a host space vehicle (520, 530), the antenna system (100, 210, 310, 410, 510) comprising: a primary reflector (102, 312); a feed structure including an electronically steered antenna, ESA,; a subreflector configured to direct a reflected beam of the primary reflector (102, 312) onto the ESA and direct a reflected beam from the ESA to the primary reflector (102, 312); and an anti-jam housing (108, 600) enclosing the subreflector and the ESA, and comprising an aperture, wherein: the antenna system (100, 210, 310, 410, 510) is configured to: be thermo-elastically decoupled and thermally self-sufficient from the host space vehicle (520, 530), accommodate a thermal dissipation of the feed structure, and maintain a precise antenna alignment. a primary reflector (102, 312); a feed structure including an electronically steered antenna, ESA,; a subreflector configured to direct a reflected beam of the primary reflector (102, 312) onto the ESA and direct a reflected beam from the ESA to the primary reflector (102, 312); and an anti-jam housing (108, 600) enclosing the subreflector and the ESA, and comprising an aperture, wherein: the antenna system (100, 210, 310, 410, 510) is configured to: be thermo-elastically decoupled and thermally self-sufficient from the host space vehicle (520, 530), accommodate a thermal dissipation of the feed structure, and maintain a precise antenna alignment.