mhurhangee/ep-ind-claims huggingface dataset:
A storage device for carrying items, comprising: a container defining an interior for storage of items, the container including an exterior surface and an opening therethrough for accessing the interior; at least one facial feature structure that is visible from outside the storage device, the at least one facial feature structure including at least one movable facial feature element; at least one actuator that is operatively connected to the at least one movable facial feature element for driving movement of the at least one movable facial feature element; a closure structure extending along the opening; a traveler being movably mounted to the closure structure for movement between a first traveler position and a second traveler position, wherein, movement of the traveler towards the first traveler position opens the closure structure so as to open the opening, and movement of the traveler towards the second traveler position closes the closure structure to close the opening; and a coupling arrangement operatively connecting the traveler to the actuator such that movement of the traveler from one of the first traveler position and the second position to the other of the first traveler position and the second position drives movement of the at least one actuator, which in turn drives movement of the at least one movable facial feature element. a container defining an interior for storage of items, the container including an exterior surface and an opening therethrough for accessing the interior; at least one facial feature structure that is visible from outside the storage device, the at least one facial feature structure including at least one movable facial feature element; at least one actuator that is operatively connected to the at least one movable facial feature element for driving movement of the at least one movable facial feature element; a closure structure extending along the opening; a traveler being movably mounted to the closure structure for movement between a first traveler position and a second traveler position, wherein, movement of the traveler towards the first traveler position opens the closure structure so as to open the opening, and movement of the traveler towards the second traveler position closes the closure structure to close the opening; and a coupling arrangement operatively connecting the traveler to the actuator such that movement of the traveler from one of the first traveler position and the second position to the other of the first traveler position and the second position drives movement of the at least one actuator, which in turn drives movement of the at least one movable facial feature element.
Apparatus for actuating personal protection means, having a sensor module whose signals are used for actuation in personal protection means, the sensor module being able to be connected to an evaluation circuit (μC) for this purpose, the sensor module having at least two sensors in a housing, signal conditioning for the at least two sensors being carried out on separate hardware paths, and the signal conditioning for the respective hardware path (HW1, HW2) having analogue/digital conversion (AD1, AD2), characterized in that the analogue/digital conversions (AD1, AD2) each operate at different frequencies.
A device comprising a housing, at least one electrical conductor, and at least one support, the electrical conductor being configured to carry an electrical current, the housing delimiting a chamber receiving the electrical conductor, the support being configured to fix the electrical conductor to the housing, the housing being made in particular of a metallic material, the support being made of a ceramic, the support being in contact jointly with the electrical conductor and with the housing, the device being characterised in that the support comprises a first portion bearing against an internal face of the housing and a second portion, the first portion being interposed between the electrical conductor and the housing in a first direction, the second portion extending from the first portion in a second direction, the electrical conductor bearing against the second portion, the first direction being in particular in a direction perpendicular to the internal face of the housing, in which the second portion has a first face and a second face opposite to the first face, the first face and the second face delimiting the second portion in a second direction, perpendicular to the first direction, the electrical conductor bearing against the first face, the device further comprising, for each support, at least one first clamp, in particular metal, configured to bear against the second face to press the electrical conductor against the first face.
An apparatus for separating particles, the apparatus comprising a housing through which a plurality of particles (12a, 12b) are capable of traveling and a separator component that separates the plurality of particles (12a, 12b) into two or more groups of particles (12a, 12b) as the plurality of particles (12a, 12b) travels through the apparatus during operation of the apparatus, wherein the separator component comprises a pinwheel; and wherein the housing defines an interior void volume comprising an angle α formed by intersecting imaginary surfaces normal to the particle inlet and particle outlet of greater than 20° and less than 160°, preferably wherein the angle α is greater than 45° and less than 110°.
Method for shifting an automatic transmission which has a drive section, a hydrodynamic converter and an output section, precisely one planetary set being provided in the output section, which planetary set firstly acts in a first operating state as a summation gearbox for a simultaneous parallel drive power transmission in a hydrodynamic power branch via the hydrodynamic converter and a purely mechanical power branch around the hydrodynamic converter, and secondly, in a second operating state, steps up a rotational movement which is transmitted via the purely mechanical power branch, different transmission ratios being set in the purely mechanical power branch by way of opening and closing of clutches and/or brakes in the drive section, in order to shift different gears of the automatic transmission; characterized in that, in the case of at least two different transmission ratios in the purely mechanical power branch, the rotational movement which is transmitted via the purely mechanical power branch is stepped up in each case in order to set additional gears by way of the planetary set in the output section.
An isolated polypeptide, comprising at least 95% sequence identity to an extracellular domain of HER2 polypeptide having amino acids 563 to 652 of SEQ ID NO: 23, wherein the isolated polypeptide is linked to a transmembrane domain, which comprises amino acids 653-675 of SEQ ID NO: 23, wherein the isolated polypeptide further comprises a linker domain comprising the sequence set forth in SEQ ID NO: 45, wherein the isolated polypeptide specifically binds to an antibody that binds to an epitope in Domain IV of Her2, and wherein the isolated polypeptide excludes Her2 Domain I, amino acids 23-217 of SEQ ID NO: 23, Domain II, amino acids 218-341 of SEQ ID NO: 23, Domain III, amino acids 342-510 of SEQ ID NO: 23, and intracellular domains.
A backup power circuit, wherein an output end of the backup power circuit is electrically connectable to an input end of a power supply circuit of an electrical device, an input end of the backup power circuit is connectable to an output end of the power supply circuit, the backup power circuit comprises a backup power branch array comprising N backup power branches that are mutually connected in parallel, N is an integer greater than or equal to 2, and each backup power branch comprise a capacitor component and a unilateral conductive element; the unilateral conductive element is electrically connected to an input end of the backup power branch array, an output end of the backup power branch array, and the capacitor component separately; and the unilateral conductive element is configured to: cut off a current path between the N backup power branches that are mutually connected in parallel, and allow a current to flow into the input end of the backup power branch array and flow out from the output end of the backup power branch array, wherein the unilateral conductive element comprises a first diode and a second diode; and a negative electrode of the first diode is electrically connected via a resistor to a positive electrode of the second diode, a positive electrode of the first diode is electrically connected to the input end of the backup power branch array, and a negative electrode of the second diode is electrically connected to the output end of the backup power branch array; and the capacitor component comprises M capacitors that are mutually connected in parallel, one end of each capacitor is connected between the negative electrode of the first diode and the positive electrode of the second diode, the other end of each capacitor is grounded, and M is an integer greater than or equal to 1, wherein a capacitance of each capacitor is Cmin, and Cmin satisfies Cmin ∗ M ∗ (N-x) ∗ (Vmax-Vmin)≥Q, wherein x is an integer greater than or equal to 1, Vmax is a maximum discharge voltage of the backup power branch array, Vmin is a minimum discharge voltage of the backup power branch array, and Q is a quantity of electric charges required for effectively supplying power to the storage device for a preset duration, wherein each backup power branch further comprise a resistor, one end of the resistor is electrically connected to the negative electrode of the first diode, and the other end of the resistor is electrically connected to the positive electrode of the second diode; and one end of each capacitor is connected between the resistor and the positive electrode of the second diode; wherein the resistor is disposed in the backup power branch to limit a value of a current of the backup power branch when the capacitor in the backup power branch is short-circuited, so that another backup power branch can obtain a sufficient current for charging.
Device for non-surgical cold treatment of disorders, comprising: a container containing a refrigerant and having an outlet for the refrigerant and a valve communicating with the outlet, an applicator mounted or mountable to the container, said applicator having an outer wall and forming a chamber at least when connected to the container, a heat exchanger within the chamber in fluid communication with the outlet of the container and receiving refrigerant when the valve of the container is opened, a closed contact member in heat exchange contact with the heat exchanger and being exposed to an outer side of the applicator, characterized in that the heat exchanger comprises a porous member made of a material having a high thermal conductivity and adapted to conduct fluid refrigerant from the outlet of the container to the chamber while the refrigerant extracts heat from the heat exchanger and the contact member. a container containing a refrigerant and having an outlet for the refrigerant and a valve communicating with the outlet, an applicator mounted or mountable to the container, said applicator having an outer wall and forming a chamber at least when connected to the container, a heat exchanger within the chamber in fluid communication with the outlet of the container and receiving refrigerant when the valve of the container is opened, a closed contact member in heat exchange contact with the heat exchanger and being exposed to an outer side of the applicator, characterized in that the heat exchanger comprises a porous member made of a material having a high thermal conductivity and adapted to conduct fluid refrigerant from the outlet of the container to the chamber while the refrigerant extracts heat from the heat exchanger and the contact member.
A measurement apparatus capable of measuring an amount of edema of a limb, the measurement apparatus comprising: a sensor that has a sheet shape and freely expands and contracts in one direction that intersects a thickness direction and is capable of detecting change in an electrical characteristic in association with expansion or contraction; and a support member that is attached to both end portions in an expansion-contraction direction of the sensor and surrounds the limb together with the sensor in a mounted state in which the measurement apparatus is mounted on the limb, characterized in that said measurement apparatus further comprises: an adjusting member (130, 230) that is disposed on the support member (120, 220) and is capable of adjusting length of a part that surrounds the limb in the support member (120, 220) in the mounted state; and a restricting member that is attachable to the support member (120, 220) and is detachable from the support member (120, 220) and restricts expansion and contraction of the sensor in a state of being attached to the support member (120, 220). a sensor that has a sheet shape and freely expands and contracts in one direction that intersects a thickness direction and is capable of detecting change in an electrical characteristic in association with expansion or contraction; and a support member that is attached to both end portions in an expansion-contraction direction of the sensor and surrounds the limb together with the sensor in a mounted state in which the measurement apparatus is mounted on the limb, characterized in that said measurement apparatus further comprises: an adjusting member (130, 230) that is disposed on the support member (120, 220) and is capable of adjusting length of a part that surrounds the limb in the support member (120, 220) in the mounted state; and a restricting member that is attachable to the support member (120, 220) and is detachable from the support member (120, 220) and restricts expansion and contraction of the sensor in a state of being attached to the support member (120, 220). an adjusting member (130, 230) that is disposed on the support member (120, 220) and is capable of adjusting length of a part that surrounds the limb in the support member (120, 220) in the mounted state; and a restricting member that is attachable to the support member (120, 220) and is detachable from the support member (120, 220) and restricts expansion and contraction of the sensor in a state of being attached to the support member (120, 220).
A method comprising detecting a device-to-device communication between a first user equipment and a second user equipment; and triggering, responsive to receiving in the first user equipment an indication from a base station, a cross-layer optimization between an application control entity and one or more link layer entities for the device-to-device communication; characterised in that the method comprises requesting a report about current settings used for a similar device-to device communication; receiving the report; and using the received report to provide initial values for the device-to-device communication. detecting a device-to-device communication between a first user equipment and a second user equipment; and triggering, responsive to receiving in the first user equipment an indication from a base station, a cross-layer optimization between an application control entity and one or more link layer entities for the device-to-device communication; characterised in that the method comprises requesting a report about current settings used for a similar device-to device communication; receiving the report; and using the received report to provide initial values for the device-to-device communication.
Use in the biopharmaceutical field of a biopharmaceutical assembly comprising a coupling device adapted and intended for coupling a first wall defining a first fluid space, in the form of a flexible pipe, to a second wall formed by a tubular nozzle of a connector, in a biopharmaceutical assembly, to enable establishing a seal between the first wall and the second wall formed by the tubular nozzle, the coupling device comprising: - said connector with:. said tubular nozzle, onto which one end of the pipe can be inserted along an axis A, from a first end of the nozzle until it reaches a stop area for the pipe,. a plurality of flexible tabs extending from an intermediate area of the connector body toward the free end of the nozzle, the flexible tabs being distributed all around the circumference of the nozzle,. a connection interface (6; 21) arranged opposite the tubular nozzle, - a separate ring which is axially movable between an inoperative position and an operative position, adapted and intended for covering the flexible tabs so as to force them radially inward in a manner that presses the pipe onto the nozzle in said operative position, thereby creating a radial sealing contact between the pipe and the tubular nozzle, the tabs extending substantially parallel to the axis when the ring is in the operative position, wherein the separate ring is moved in the direction of the connector body to transition from the inoperative position to the operative position, and wherein the flexible tabs are formed integrally from the intermediate area of the body, and when at rest they lie in a cone which opens towards the end of the nozzle, such that the end of the flexible pipe can be inserted onto the nozzle without the flexible tabs posing an obstacle. - said connector with:. said tubular nozzle, onto which one end of the pipe can be inserted along an axis A, from a first end of the nozzle until it reaches a stop area for the pipe,. a plurality of flexible tabs extending from an intermediate area of the connector body toward the free end of the nozzle, the flexible tabs being distributed all around the circumference of the nozzle,. a connection interface (6; 21) arranged opposite the tubular nozzle,. said tubular nozzle, onto which one end of the pipe can be inserted along an axis A, from a first end of the nozzle until it reaches a stop area for the pipe,. a plurality of flexible tabs extending from an intermediate area of the connector body toward the free end of the nozzle, the flexible tabs being distributed all around the circumference of the nozzle,. a connection interface (6; 21) arranged opposite the tubular nozzle, - a separate ring which is axially movable between an inoperative position and an operative position, adapted and intended for covering the flexible tabs so as to force them radially inward in a manner that presses the pipe onto the nozzle in said operative position, thereby creating a radial sealing contact between the pipe and the tubular nozzle,
Sound transducer comprising a base electrode and a diaphragm which can oscillate and which has at least one electrically conductive layer, at least one insulating layer being provided between the base electrode and the electrically conductive layer of the diaphragm which can oscillate, characterized in that the diaphragm which can oscillate comprises a fibre reinforcement, which is obtained by introducing fibres into the diaphragm.
A control moment gyroscope, the so-called CMG, comprising: a stator housing; an inner gimbal assembly, the so-called IGA, comprising: an IGA support structure rotatably coupled to the stator housing; a CMG rotor rotatably mounted to the IGA support structure; and a spin motor (48, 50) coupled to the IGA support structure and configured to rotate the CMG rotor about a spin axis; and a torque motor coupled to the stator housing and configured to rotate the IGA support structure about a gimbal axis to selectively generate a desired output torque during operation of the CMG; wherein the CMG rotor is formed as a monolithic body; characterised in that the monolithic body comprises: a rotor shaft; a rotor rim; and a plurality of torsionally-stiff radial spokes circumferentially spaced about the spin axis, each of the plurality of torsionally-stiff radial spokes having an inner spoke end integrally joined to the rotor shaft and having an outer spoke end integrally joined to the rotor rim, the axial height of each torsionally-stiff radial spoke decreasing gradually when moving in a radially outward direction from the inner spoke end toward the outer spoke end. a stator housing; an inner gimbal assembly, the so-called IGA, comprising: an IGA support structure rotatably coupled to the stator housing; a CMG rotor rotatably mounted to the IGA support structure; and a spin motor (48, 50) coupled to the IGA support structure and configured to rotate the CMG rotor about a spin axis; and an IGA support structure rotatably coupled to the stator housing; a CMG rotor rotatably mounted to the IGA support structure; and a spin motor (48, 50) coupled to the IGA support structure and configured to rotate the CMG rotor about a spin axis; and a torque motor coupled to the stator housing and configured to rotate the IGA support structure about a gimbal axis to selectively generate a desired output torque during operation of the CMG; wherein the CMG rotor is formed as a monolithic body; characterised in that the monolithic body comprises: a rotor shaft; a rotor rim; and a plurality of torsionally-stiff radial spokes circumferentially spaced about the spin axis, each of the plurality of torsionally-stiff radial spokes having an inner spoke end integrally joined to the rotor shaft and having an outer spoke end integrally joined to the rotor rim, the axial height of each torsionally-stiff radial spoke decreasing gradually when moving in a radially outward direction from the inner spoke end toward the outer spoke end. a rotor shaft; a rotor rim; and a plurality of torsionally-stiff radial spokes circumferentially spaced about the spin axis, each of the plurality of torsionally-stiff radial spokes having an inner spoke end integrally joined to the rotor shaft and having an outer spoke end integrally joined to the rotor rim, the axial height of each torsionally-stiff radial spoke decreasing gradually when moving in a radially outward direction from the inner spoke end toward the outer spoke end.
A vehicle messaging reception method, comprising: on receipt of a vehicle-to-vehicle message over a vehicle-to-vehicle radio link identifying a vehicle event, initiating a preparatory vehicle action in preparation for a vehicle action; and on receipt of an infrastructure-to-vehicle message over an infrastructure-to-vehicle radio link, said infrastructure-to-vehicle message identifying said vehicle event, initiating said vehicle action. on receipt of a vehicle-to-vehicle message over a vehicle-to-vehicle radio link identifying a vehicle event, initiating a preparatory vehicle action in preparation for a vehicle action; and on receipt of an infrastructure-to-vehicle message over an infrastructure-to-vehicle radio link, said infrastructure-to-vehicle message identifying said vehicle event, initiating said vehicle action.