mhurhangee/ep-ind-claims huggingface dataset:
A pen needle, comprising: a hub having a distal end, and a proximal end for attachment to a delivery device;an axially displaceable indicator sleeve positioned in the hub; a needle coupled to said hub and having a distal end extending from said distal end of said hub; and a distal needle shield coupled to said hub and slidable between a first extended position to cover said distal end of said needle and a retracted position to expose said distal end of said needle for injecting a substance into a patient, and a second extended position to cover said distal end of said needle, wherein the distal needle shield couples to the indicator sleeve when axially moved to the retracted position, wherein said distal needle shield is rotatable by axial movement relative to said hub from a first angular position in which said distal needle shield slides in said hub from said first extended position to said retracted position to a second angular position, and where said distal needle shield in the second angular position slides axially to the second extended position to a locked position, wherein the indicator sleeve is carried by the distal needle shield to the second extended position where the indicator sleeve is only visible through the transparent or translucent distal needle shield when the distal needle shield moves to the second extended position. a hub having a distal end, and a proximal end for attachment to a delivery device;an axially displaceable indicator sleeve positioned in the hub; a needle coupled to said hub and having a distal end extending from said distal end of said hub; and a distal needle shield coupled to said hub and slidable between a first extended position to cover said distal end of said needle and a retracted position to expose said distal end of said needle for injecting a substance into a patient, and a second extended position to cover said distal end of said needle, wherein the distal needle shield couples to the indicator sleeve when axially moved to the retracted position, wherein said distal needle shield is rotatable by axial movement relative to said hub from a first angular position in which said distal needle shield slides in said hub from said first extended position to said retracted position to a second angular position, and where said distal needle shield in the second angular position slides axially to the second extended position to a locked position, wherein the indicator sleeve is carried by the distal needle shield to the second extended position where the indicator sleeve is only visible through the transparent or translucent distal needle shield when the distal needle shield moves to the second extended position.
A waterproof communication port, comprising a communication port body, wherein a connecting groove is provided on a connecting end of the communication port body, and metal terminals are provided inside the connecting groove, characterized in that a liquid guiding groove is provided at the bottom of the connecting groove and between two adjacent metal terminals, and in that a liquid dissipation cavity is further provided inside the communication port body, and the liquid guiding groove communicates with the liquid dissipation cavity.
A method of wireless communication, comprising: transmitting an indication of a time window for determining a range for wireless communication between a first device and a second device, wherein the indication further includes a channel identifier of the first device and further includes multiple time window intervals for determining the range for wireless communication between the first device and the second device; and determining the range between the first device and the second device at the indicated time window; wherein the indication includes a bitmap dividing a time between beginnings of consecutive time windows into a plurality of consecutive time window intervals of equal durations, each bit of the bitmap identifying an availability of the first device during a respective interval of the time window. transmitting an indication of a time window for determining a range for wireless communication between a first device and a second device, wherein the indication further includes a channel identifier of the first device and further includes multiple time window intervals for determining the range for wireless communication between the first device and the second device; and determining the range between the first device and the second device at the indicated time window; wherein the indication includes a bitmap dividing a time between beginnings of consecutive time windows into a plurality of consecutive time window intervals of equal durations, each bit of the bitmap identifying an availability of the first device during a respective interval of the time window.
A composition comprising: a polypeptide comprising a proteoglycan degrading domain and a domain that promotes neural regeneration, wherein the domain that promotes neural regeneration is Ng R 27-311.
An isocyanate prepolymer composition comprising a first isocyanate prepolymer prepared from the reaction of a polyol containing an anhydrosugar alcohol-alkylene glycol with a polyisocyanate compound; and a second isocyanate prepolymer prepared from the reaction of a polyol containing a bio-polyol other than anhydrosugar-alkylene glycol with a polyisocyanate compound, wherein the bio-polyol other than anhydrosugar-alkylene glycol is a dimer acid-based bio-polyol or a castor oil-based bio-polyol.
Method for producing a cut trench in the ground by means of a trench cutting device having a trench cutter and a supporting means which is designed for lifting and lowering the trench cutter, wherein the trench cutter is connected at its upper end to the supporting means and at its lower end has at least one cutting wheel which is rotatably supported and can be driven in a rotating manner via a rotary drive in order to remove ground material, wherein a target value for an advancing speed of the trench cutter during removal of ground material is preset in a control unit, through which a lowering of the trench cutter by the supporting means into the ground is controlled, characterized in that the advancing speed is controlled by means of the control unit depending on a rotational speed and/or a torque of the at least one cutting wheel, wherein on reaching a preset limit value for the rotational speed and/or for the torque the advancing speed of the trench cutter is changed, in particular reduced, with respect to the target value for the advancing speed. wherein the trench cutter is connected at its upper end to the supporting means and at its lower end has at least one cutting wheel which is rotatably supported and can be driven in a rotating manner via a rotary drive in order to remove ground material, wherein a target value for an advancing speed of the trench cutter during removal of ground material is preset in a control unit, through which a lowering of the trench cutter by the supporting means into the ground is controlled, characterized in that the advancing speed is controlled by means of the control unit depending on a rotational speed and/or a torque of the at least one cutting wheel, wherein on reaching a preset limit value for the rotational speed and/or for the torque the advancing speed of the trench cutter is changed, in particular reduced, with respect to the target value for the advancing speed.
A ski boot comprising a sole portion that is attached to one or more separate outsole elements (3, 4, 5) for location between the sole portion and a ski binding, at least one of which outsole elements (3, 4, 5) is adjustably mounted on the sole portion prior to a secure fixing of said one or more outsole elements (3, 4, 5) to the sole portion by at least one fastener so as to be adjustable in lateral and medial directions relative to the sole portion characterised in that said one or more outsole elements (3, 4, 5) are also adjustable in forward and rearward directions relative to the sole portion, and are rotatable clockwise and counter clockwise relative to a centerline of the ski boot.
An electronic device comprising a circuitry configured to authenticate a second electronic device when the circuitry detects, based on a privacy preserving algorithm, that the two electronic devices (102, 104) are associated with the same body of a user, wherein the circuitry is configured to: exchange body-related information with the second electronic device using the privacy preserving algorithm by performing a privacy preserving biometric common characteristic body feature comparison; obtain first body-related information from sensors of the electronic device and to obtain second body-related information from the second electronic device; detect if the first body-related information and the second body-related information relate to a common characteristic body feature; determine whether the first body-related information and the second body-related information match each other based on the comparison of the common characteristic body feature using the privacy preserving algorithm, the comparison being performed by determining a correlation between the first body-related information and the second body-related information; and authenticate the second electronic device if the first body-related information and the second body-related information match. exchange body-related information with the second electronic device using the privacy preserving algorithm by performing a privacy preserving biometric common characteristic body feature comparison; obtain first body-related information from sensors of the electronic device and to obtain second body-related information from the second electronic device; detect if the first body-related information and the second body-related information relate to a common characteristic body feature; determine whether the first body-related information and the second body-related information match each other based on the comparison of the common characteristic body feature using the privacy preserving algorithm, the comparison being performed by determining a correlation between the first body-related information and the second body-related information; and authenticate the second electronic device if the first body-related information and the second body-related information match.
An apparatus, comprising: - a first arm that is arranged to rotate about a pivot point from a first state to a second state by at least by 10 degrees, wherein the first arm is arranged to carry a load force, resulting in a torque dependent on the load and the first arm with respect to the pivot point characterised by further comprising, - a gas spring or hydro-pneumatic spring arranged to apply a force on the arm, resulting in a counter-torque with respect to the pivot point, and - an actuator for providing an additional torque or counter-torque, wherein the gas spring or hydro-pneumatic spring has adjustable spring characteristics and wherein the gas spring or hydro-pneumatic spring is configured to compensate at least 50% of the torque with the counter-torque in the first state and in the second state. - a first arm that is arranged to rotate about a pivot point from a first state to a second state by at least by 10 degrees, wherein the first arm is arranged to carry a load force, resulting in a torque dependent on the load and the first arm with respect to the pivot point characterised by further comprising, - a gas spring or hydro-pneumatic spring arranged to apply a force on the arm, resulting in a counter-torque with respect to the pivot point, and - an actuator for providing an additional torque or counter-torque, wherein the gas spring or hydro-pneumatic spring has adjustable spring characteristics and wherein the gas spring or hydro-pneumatic spring is configured to compensate at least 50% of the torque with the counter-torque in the first state and in the second state. wherein the gas spring or hydro-pneumatic spring has adjustable spring characteristics and wherein the gas spring or hydro-pneumatic spring is configured to compensate at least 50% of the torque with the counter-torque in the first state and in the second state.
A method for providing input to one or more IVR processes of an interactive voice response, IVR, system, the method comprising: accessing, at the IVR system, an image communicated from a communication device that is capable of communicating at least voice and image; communicating, by the IVR system, the image to an optical character recognition, OCR, module; accessing, at the IVR system, data extracted from the image by the OCR module; and communicating, within the IVR system, the extracted data for use in one or more IVR processes. accessing, at the IVR system, an image communicated from a communication device that is capable of communicating at least voice and image; communicating, by the IVR system, the image to an optical character recognition, OCR, module; accessing, at the IVR system, data extracted from the image by the OCR module; and communicating, within the IVR system, the extracted data for use in one or more IVR processes.
An electronic apparatus configured to have an established wireless connection with a first apparatus, the electronic apparatus comprising: power meter; a first communication device powered by a commercial power source of the power meter and configured to receive meter data from the power meter; a at least one second communication device (32, 48) configured to transmit the meter data received by the first communication device to the first apparatus, wherein the second communication device is a wireless communication device; a controller connected to the first communication device and the at least one second communication device (32, 48) and configured to control transmission and reception of the meter data by means of the at least one second communication device (32, 48); and a capacitor (26, 28) charged by the commercial power source of the power meter and configured to supply power to the first communication device and the at least one second communication device (32, 48) during a power failure of the power meter; wherein the controller is configured to detect the power failure of the power meter and to transmit information related to the power failure of the power meter to the first apparatus when detecting the power failure; and the controller is further configured to establish a wireless connection with a second apparatus free from a power failure when detecting the power failure of the power meter, and to transmit the information related to the power failure of the power meter to the second apparatus from the at least one second communication device (32, 48). power meter; a first communication device powered by a commercial power source of the power meter and configured to receive meter data from the power meter; a at least one second communication device (32, 48) configured to transmit the meter data received by the first communication device to the first apparatus, wherein the second communication device is a wireless communication device; a controller connected to the first communication device and the at least one second communication device (32, 48) and configured to control transmission and reception of the meter data by means of the at least one second communication device (32, 48); and a capacitor (26, 28) charged by the commercial power source of the power meter and configured to supply power to the first communication device and the at least one second communication device (32, 48) during a power failure of the power meter; wherein the controller is configured to detect the power failure of the power meter and to transmit information related to the power failure of the power meter to the first apparatus when detecting the power failure; and the controller is further configured to establish a wireless connection with a second apparatus free from a power failure when detecting the power failure of the power meter, and to transmit the information related to the power failure of the power meter to the second apparatus from the at least one second communication device (32, 48).
Method for supporting congestion management in a congestion exposure-enabled network, wherein sending hosts and receiving hosts communicate with each other by sending flows of packets over network paths via intermediate routers (106, 108, 110), which, upon detecting congestion, mark packets of said flows as congestion packets by including congestion information, wherein congestion is indicated to the sending hosts by means of a congestion feedback mechanism in such a way that a congestion level is indicated to the sending hosts, and wherein the sending hosts, upon receiving congestion indications, declare a subset of the packets they send as congestion response packets by including congestion information, depending on whether the amount of congestion response packets is balanced with the indicated congestion level or not, with the goal of balancing congestion contribution as reported by congestion feedback with congestion contribution response as declared by the sending hosts, characterized i n that aggregated congestion is determined on the basis of congestion information included in packets that are sent over said network paths between said sending hosts and said receiving hosts, wherein a path congestion prediction regarding an expected congestion level on a path is derived from said aggregated congestion, wherein network-generated hints including said path congestion prediction are provided, wherein said network-generated hints are disseminated to network elements and/or end hosts, and wherein said network-generated hints are employed for assisting said end hosts in events of mobility.
A hold-open device for a single action door or a pivoting door, in particular for a glass door, comprising a non-rotatable axis connected to the door and supported in a pinion bearing, wherein the pinion bearing is operatively connected to at least one rolling element, which is guidable along a coulisse configured in a latching arresting element of the hold-open device, wherein the latching arresting element is embodied as a ring, which includes at least two recesses (7, 8) for arresting the door, wherein the latching arresting element embodied as a ring is embodied as an inner envelope surface of a housing comprising the hold-open device, characterized in that an abutment buffer, by means of which the door opening angle is limitable, is disposed within the housing at the latching arresting element.
A fibre-composite plastic rotor for a transverse field excited electric machine using at least one fibre-composite plastic layer, in which radially oriented magnetic functional elements are embedded, wherein the rotor has at least one rotationally symmetric rotor disc which is produced as a fibre-composite plastic layer system, characterised in that - the rotor disc is constructed from transversely oriented layers arranged symmetrically to a plane of symmetry (27; 28) and the at least one fibre-composite plastic layer has a two-dimensionally structured carrier layer with predominantly tangentially oriented fibres, on which there is at least one radial reinforcing layer resting thereon with at least one radially rectilinear fibre orientation, - the reinforcing layer has flat radial fibre spokes adapted to radial webs between the functional elements, which are extended from an exposed inner circle to the periphery of the carrier layer, and - at least one positioning template for the defined positioning of the functional elements and radially ordered insertion of the fibre spokes of the reinforcing layer into the webs between the functional elements is present at least transiently in order to fix the functional elements and the fibre spokes in a defined manner at least until a flowable matrix material introduced between the fibres of the carrier layer and the reinforcing layer is cured. - the rotor disc is constructed from transversely oriented layers arranged symmetrically to a plane of symmetry (27; 28) and the at least one fibre-composite plastic layer has a two-dimensionally structured carrier layer with predominantly tangentially oriented fibres, on which there is at least one radial reinforcing layer resting thereon with at least one radially rectilinear fibre orientation, - the reinforcing layer has flat radial fibre spokes adapted to radial webs between the functional elements, which are extended from an exposed inner circle to the periphery of the carrier layer, and - at least one positioning template for the defined positioning of the functional elements and radially ordered insertion of the fibre spokes of the reinforcing layer into the webs between the functional elements is present at least transiently in order to fix the functional elements and the fibre spokes in a defined manner at least until a flowable matrix material introduced between the fibres of the carrier layer and the reinforcing layer is cured.
An air conditioner, comprising: a grating; and a roller mechanism, connected to the grating and driving the grating to move, wherein the roller mechanism is comprising: a driving shaft; an outer wheel, provided on the driving shaft in a sleeving manner; and a friction portion, sandwiched between the driving shaft and the outer wheel, the driving shaft driving the outer wheel to rotate by means of the friction portion, while there are a plurality of roller mechanisms, wherein the grating is rectangular, and the plurality of roller mechanisms are disposed at top corners of the grating. a grating; and a roller mechanism, connected to the grating and driving the grating to move, wherein the roller mechanism is comprising: a driving shaft; an outer wheel, provided on the driving shaft in a sleeving manner; and a friction portion, sandwiched between the driving shaft and the outer wheel, the driving shaft driving the outer wheel to rotate by means of the friction portion, while there are a plurality of roller mechanisms, wherein the grating is rectangular, and the plurality of roller mechanisms are disposed at top corners of the grating. a driving shaft; an outer wheel, provided on the driving shaft in a sleeving manner; and a friction portion, sandwiched between the driving shaft and the outer wheel, the driving shaft driving the outer wheel to rotate by means of the friction portion, while there are a plurality of roller mechanisms, wherein the grating is rectangular, and the plurality of roller mechanisms are disposed at top corners of the grating.
Axe for mountaineering activities such as technical ice climbing, extreme mixed climbing, dry-tooling, comprising a main body having a proximal portion connected to a handgrip and a distal portion connected to a tool, in which an axis parallel to the vertical use plane of the axe is defined, tangential to the outer end of the handgrip and the tip of the tool and intersecting the longitudinal axis of the handgrip and the longitudinal axis of the tool, so as to respectively form angles α and β, characterised in that said proximal portion of the main body is removably and adjustably connected to said handgrip, so as to modify the inclination of said handgrip according to said angle α.