mhurhangee/patent-ind-claim-en huggingface dataset:
An epicyclic gear piston machine having an epicyclic gear and a lever system, wherein the axis of rotation and the lever axis are centrically mounted characterized in that the epicyclic gear comprises two gear wheels in the center, around which at least two further gear wheels revolve on a defined circular path with a constant diameter, wherein the aforementioned gear wheels are each, as two pairs, the same size and elliptically formed, and wherein the revolving gear wheels are rigidly connected to each other such that, between the gear wheels in the center and the revolving gear wheels , a constant axis distance results as a sum of the larger and the smaller half-diameter of the gear wheels , and wherein, further, a gear wheel is held rigidly in the center on the central axis , whereas the second gear wheel can turn on the axis but is axially connected to the tilting axis of at least one lever such that the epicyclic gear, by means of a relative movement transferred to the axis of rotation of the lever , generates an oscillating movement of the lever which, with an attached pull- -push rod , can linearly move a working piston in a sleeve. the epicyclic gear comprises two gear wheels in the center, around which at least two further gear wheels revolve on a defined circular path with a constant diameter, wherein the aforementioned gear wheels are each, as two pairs, the same size and elliptically formed, and wherein the revolving gear wheels are rigidly connected to each other such that, between the gear wheels in the center and the revolving gear wheels , a constant axis distance results as a sum of the larger and the smaller half-diameter of the gear wheels , and wherein, further, a gear wheel is held rigidly in the center on the central axis , whereas the second gear wheel can turn on the axis but is axially connected to the tilting axis of at least one lever such that the epicyclic gear, by means of a relative movement transferred to the axis of rotation of the lever , generates an oscillating movement of the lever which, with an attached pull- -push rod , can linearly move a working piston in a sleeve.
Mobile decontamination unit for wet decontamination of persons, having a generally rectangular parallelepiped shape with a longitudinal axis (X) and a transverse axis (Y), characterised in that it comprises: - a technical module and at least one shower module , which are adjacent to one another in the direction of the longitudinal axis; - a first extension of the shower module, which can be retracted in the direction of the transverse axis, on one side of the shower module and second extension of the shower module, which can be retracted in the direction of the transverse axis, on the other side of the shower module, the extensions 110 and 120 being made of PVC canvas, the shower module and the first and second extension thereof comprising at least one person-decontamination line (L1, L2, L3) for the circulation of persons to be decontaminated by showering in the shower module in the direction of the transverse axis, wherein the shower module is equipped with a decontamination shower and a rinsing shower for each decontamination line, each comprising a shower head with a supply circuit fed with a decontamination solution and with another supply circuit fed with clear water, respectively. - a technical module and at least one shower module , which are adjacent to one another in the direction of the longitudinal axis; - a first extension of the shower module, which can be retracted in the direction of the transverse axis, on one side of the shower module and second extension of the shower module, which can be retracted in the direction of the transverse axis, on the other side of the shower module, the extensions 110 and 120 being made of PVC canvas, the shower module and the first and second extension thereof comprising at least one person-decontamination line (L1, L2, L3) for the circulation of persons to be decontaminated by showering in the shower module in the direction of the transverse axis, wherein the shower module is equipped with a decontamination shower and a rinsing shower for each decontamination line, each comprising a shower head with a supply circuit fed with a decontamination solution and with another supply circuit fed with clear water, respectively.
An apparatus , comprising: at least one processor ; and at least one memory including computer program code; the at least one memory and the computer program code configured to, with the at least one processor , cause the apparatus to perform at least the following: receive at least one indication of user activity; initiate establishment of a radio bearer for packet-based connectivity over a radio communications interface responsive to the at least one indication of user activity; wherein the at least one indication of user activity comprises at least one indication relating to operating a web browser, the at least one indication not indicating a user request to fetch a resource for display on the browser, wherein the at least one indication of user activity comprises an indication of at least one of an opening of a list of bookmarks on the web browser and invoking a uniform resource locator text-entry field of the web browser. at least one processor ; and at least one memory including computer program code; the at least one memory and the computer program code configured to, with the at least one processor , cause the apparatus to perform at least the following: receive at least one indication of user activity; initiate establishment of a radio bearer for packet-based connectivity over a radio communications interface responsive to the at least one indication of user activity; wherein the at least one indication of user activity comprises at least one indication relating to operating a web browser, the at least one indication not indicating a user request to fetch a resource for display on the browser, wherein the at least one indication of user activity comprises an indication of at least one of an opening of a list of bookmarks on the web browser and invoking a uniform resource locator text-entry field of the web browser. receive at least one indication of user activity; initiate establishment of a radio bearer for packet-based connectivity over a radio communications interface responsive to the at least one indication of user activity; wherein the at least one indication of user activity comprises at least one indication relating to operating a web browser, the at least one indication not indicating a user request to fetch a resource for display on the browser, wherein the at least one indication of user activity comprises an indication of at least one of an opening of a list of bookmarks on the web browser and invoking a uniform resource locator text-entry field of the web browser.
A leak detector device for detecting an internal leak in a fluid path, comprising: a housing with a flow passage extending through the housing ; one or more pairs of temperature sensors for detecting a temperature difference between an outside of the housing and the flow passage , one temperature sensor of each pair being arranged towards an outer surface of the housing and the other temperature sensor of the pair being arranged towards an inner surface of the housing that faces the flow passage ; and an array of electrically conductive wires that extend across the flow passage , wherein the array of electrically conductive wires comprises one or more positive polarity wires and one or more negative polarity wires , wherein the electrically conductive wires are arranged so that an electric circuit is closed when fluid droplets that stream along the flow passage contact a pair of adjacent wires of opposite polarity. a housing with a flow passage extending through the housing ; one or more pairs of temperature sensors for detecting a temperature difference between an outside of the housing and the flow passage , one temperature sensor of each pair being arranged towards an outer surface of the housing and the other temperature sensor of the pair being arranged towards an inner surface of the housing that faces the flow passage ; and an array of electrically conductive wires that extend across the flow passage , wherein the array of electrically conductive wires comprises one or more positive polarity wires and one or more negative polarity wires , wherein the electrically conductive wires are arranged so that an electric circuit is closed when fluid droplets that stream along the flow passage contact a pair of adjacent wires of opposite polarity.
An apparatus for treating a tooth , the apparatus comprising: a tooth cap configured to be attached to a tooth such that a chamber is defined between the tooth cap and the tooth, said tooth cap comprising an access port to provide a portion of the apparatus with access to a treatment region of the tooth within said chamber ; and a treatment device comprising a pressure wave generator configured to generate pressure waves through the chamber in the tooth cap to said tooth via the access port and said pressure wave generator is configured to be in fluid communication with said tooth , wherein the pressure wave generator is disposed outside the access port and the tooth cap . a tooth cap configured to be attached to a tooth such that a chamber is defined between the tooth cap and the tooth, said tooth cap comprising an access port to provide a portion of the apparatus with access to a treatment region of the tooth within said chamber ; and a treatment device comprising a pressure wave generator configured to generate pressure waves through the chamber in the tooth cap to said tooth via the access port and said pressure wave generator is configured to be in fluid communication with said tooth , wherein the pressure wave generator is disposed outside the access port and the tooth cap .
A humanized anti-CD20 antibody, comprising: a light chain comprising the amino acid sequence of SEQ ID NO: 1, a heavy chain comprising the amino acid sequence of SEQ ID NO: 2, and N-linked oligosaccharides that are attached to the Fc region of the antibody, wherein the N-linked oligosaccharides are not bisected by N-acetylglucosamine. a light chain comprising the amino acid sequence of SEQ ID NO: 1, a heavy chain comprising the amino acid sequence of SEQ ID NO: 2, and N-linked oligosaccharides that are attached to the Fc region of the antibody, wherein the N-linked oligosaccharides are not bisected by N-acetylglucosamine.
A testing device , comprising: - a vacuum chamber , - a chuck for holding a wafer that comprises integrated circuits, - a probe card for electrically contacting the integrated circuits on the wafer , - means for moving the chuck relative to the probe card , the means for moving the chuck relative to the probe card comprising a supporting column having a first end and a second end, the first end of the supporting column being attached to the chuck , - a first radiation shield arranged inside the vacuum chamber and enclosing the chuck and the probe card , the first radiation shield comprising a first fixed part having a first aperture through which the supporting column is arranged to pass, and a first movable part that is attached to the supporting column , and - a cooling unit thermally connected to the first radiation shield , characterised in that the first movable part is arranged to cover the first aperture . - a vacuum chamber , - a chuck for holding a wafer that comprises integrated circuits, - a probe card for electrically contacting the integrated circuits on the wafer , - means for moving the chuck relative to the probe card , the means for moving the chuck relative to the probe card comprising a supporting column having a first end and a second end, the first end of the supporting column being attached to the chuck , - a first radiation shield arranged inside the vacuum chamber and enclosing the chuck and the probe card , the first radiation shield comprising a first fixed part having a first aperture through which the supporting column is arranged to pass, and a first movable part that is attached to the supporting column , and - a cooling unit thermally connected to the first radiation shield ,
A device for acquiring images of an area of a human or animal body for remote medical examination comprising a support for receiving a cellular telephone, the support comprising a passage opening arranged to face the camera lens of the cellular telephone when the latter is received by the support , and a sighting head of the area to be examined having a tubular body defining a longitudinally extending through-channel , said sighting head being arranged with the support so that the channel is arranged in alignment with the opening of the support , the sighting head comprising an optical part formed by the body of the sighting head and by at least one lens located inside the channel and an endoscopic part arranged in the axial extension of the optical part , the device further comprising light means and means for guiding the flow of light from the light means, characterized in that the light means are provided on the support or integrated in the sighting head, which light means have, when provided on the support, an independent light source of the LED type, said light flow guiding means extending from the light means to the distal end of the endoscopic part .
A communication device for handling a random access, RA, procedure when operating beamforming comprising a downlink, DL, beam with a serving cell, comprising: a storage device , for storing instructions of: determining a RA sequence according to a synchronization signal, SS, transmitted via the DL beam by the serving cell , wherein the communication device is configured to determine the RA sequence according to the SS, system information and a signal quality; transmitting the RA sequence on a RA resource to the serving cell ; and receiving a RA response, RAR, in response to the RA sequence from the serving cell, wherein the RAR is scheduled by a DL control information, DCI, in a control resource ; wherein the communication device is further configured to determine a carrier spacing for transmitting the RA sequence according to a higher layer signaling; wherein the communication device is further configured to receive the DCI according to a reference signal determined according to the SS; and a processing circuit , coupled to the storage device, configured to execute the instructions stored in the storage device. determining a RA sequence according to a synchronization signal, SS, transmitted via the DL beam by the serving cell , wherein the communication device is configured to determine the RA sequence according to the SS, system information and a signal quality; transmitting the RA sequence on a RA resource to the serving cell ; and receiving a RA response, RAR, in response to the RA sequence from the serving cell, wherein the RAR is scheduled by a DL control information, DCI, in a control resource ; wherein the communication device is further configured to determine a carrier spacing for transmitting the RA sequence according to a higher layer signaling; wherein the communication device is further configured to receive the DCI according to a reference signal determined according to the SS; and a processing circuit , coupled to the storage device, configured to execute the instructions stored in the storage device.
An adhering substance collecting device, comprising: a surface equipped with a plurality of ejection openings (n) each of which is configured to eject gas; a spacer configured to separate a card-shaped object (C) apart from the surface; and a recovery opening configured to recover the gas ejected toward the object (C), wherein adhering substances adhering to the object (C) are collected from the gas, the ejection opening ejects the gas toward the recovery opening (C), the spacer is configured to serve as a supporting portion (H) that supports the object (C) at a predetermined height apart from the surface, and a plurality of the spacers each being a protruded-shaped portion are provided, characterized in that the protruded-shaped portion has a longitudinal direction, and the longitudinal direction is a direction from an insertion opening of the object to a recovery opening thereof, and by disposing the object (C) on the spacer, the object (C) separates a space surrounded by the spacer and the surface, from a space above a top surface of the spacer. a surface equipped with a plurality of ejection openings (n) each of which is configured to eject gas; a spacer configured to separate a card-shaped object (C) apart from the surface; and a recovery opening configured to recover the gas ejected toward the object (C), wherein adhering substances adhering to the object (C) are collected from the gas, the ejection opening ejects the gas toward the recovery opening (C), the spacer is configured to serve as a supporting portion (H) that supports the object (C) at a predetermined height apart from the surface, and a plurality of the spacers each being a protruded-shaped portion are provided, characterized in that the protruded-shaped portion has a longitudinal direction, and the longitudinal direction is a direction from an insertion opening of the object to a recovery opening thereof, and by disposing the object (C) on the spacer, the object (C) separates a space surrounded by the spacer and the surface, from a space above a top surface of the spacer.
A method comprising: sensing, by a turbine inlet sensor , a turbine inlet temperature of air flow at an inlet of a turbine of an environmental control system; sensing, by a turbine inlet pressure sensor , a turbine inlet pressure of the air flow at the inlet of the turbine ; sensing, by a turbine outlet pressure sensor , a turbine outlet pressure of the air flow at an outlet of the turbine ; sensing, by a rotational speed sensor , a rotational speed of a rotor of the turbine ; receiving, by controller of the environmental control system including processing circuitry and computer-readable memory, the sensed turbine inlet temperature, the sensed turbine inlet pressure, the sensed turbine outlet pressure, and the sensed rotational shaft speed; determining, by the controller, a flow coefficient using the turbine inlet pressure, the turbine outlet pressure, the rotational speed, and a turbine flow coefficient map; determining, by the controller, a weight flow through the turbine using the flow coefficient, the turbine inlet temperature, a turbine inlet nozzle area, and the turbine inlet pressure; characterized in that determining the weight flow through the turbine is according to the following equation: W = F C A N P TIT √ T wherein W is the weight flow through the turbine; F C is the flow coefficient; A N is the turbine inlet nozzle area; P TIT is the turbine inlet pressure; and T is the turbine inlet temperature; and providing, by the controller, an output signal based on the determined weight flow. sensing, by a turbine inlet sensor , a turbine inlet temperature of air flow at an inlet of a turbine of an environmental control system; sensing, by a turbine inlet pressure sensor , a turbine inlet pressure of the air flow at the inlet of the turbine ; sensing, by a turbine outlet pressure sensor , a turbine outlet pressure of the air flow at an outlet of the turbine ; sensing, by a rotational speed sensor , a rotational speed of a rotor of the turbine ; receiving, by controller of the environmental control system including processing circuitry and computer-readable memory, the sensed turbine inlet temperature, the sensed turbine inlet pressure, the sensed turbine outlet pressure, and the sensed rotational shaft speed; determining, by the controller, a flow coefficient using the turbine inlet pressure, the turbine outlet pressure, the rotational speed, and a turbine flow coefficient map; determining, by the controller, a weight flow through the turbine using the flow coefficient, the turbine inlet temperature, a turbine inlet nozzle area, and the turbine inlet pressure; characterized in that determining the weight flow through the turbine is according to the following equation: W = F C A N P TIT √ T wherein W is the weight flow through the turbine; F C is the flow coefficient; A N is the turbine inlet nozzle area; P TIT is the turbine inlet pressure; and T is the turbine inlet temperature; and providing, by the controller, an output signal based on the determined weight flow.
A method of monitoring messages from a sensor using an integrated circuit , the messages comprising data measured by that sensor, the method comprising: reading a first message from interconnect circuitry of the integrated circuit, the interconnect circuitry connecting the sensor to one or more core devices configured to process the message; calculating a first hash value for the first message; comparing the first hash value to one or more prior hash values stored in a hash store, each prior hash value corresponding to a message that was read from the interconnect circuitry prior to the first message; and performing a corrective action if the difference between the first hash value and at least one of the prior hash values stored in the hash store is below a predetermined threshold. reading a first message from interconnect circuitry of the integrated circuit, the interconnect circuitry connecting the sensor to one or more core devices configured to process the message; calculating a first hash value for the first message; comparing the first hash value to one or more prior hash values stored in a hash store, each prior hash value corresponding to a message that was read from the interconnect circuitry prior to the first message; and performing a corrective action if the difference between the first hash value and at least one of the prior hash values stored in the hash store is below a predetermined threshold.
Method for machining a workpiece comprising the following steps: - Positioning and/or moving the workpiece relative to a first laser head , - Operating a switchable laser arrangement in a first operating mode (I) with the first laser head in which the workpiece machining is carried out by thermal action, - Positioning and/or moving the workpiece relative to a second laser head , - Operating a switchable laser arrangement in a second operating mode (II) with the second laser head in which the workpiece machining is carried out by laser ablation, characterized by at least partly removing a heat affected zone (W) that has been created during machining of the workpiece in the first operating mode (I) by means of machining the workpiece in the second operating mode (II) of the laser arrangement . - Positioning and/or moving the workpiece relative to a first laser head , - Operating a switchable laser arrangement in a first operating mode (I) with the first laser head in which the workpiece machining is carried out by thermal action, - Positioning and/or moving the workpiece relative to a second laser head , - Operating a switchable laser arrangement in a second operating mode (II) with the second laser head in which the workpiece machining is carried out by laser ablation,