mhurhangee/ep-ind-claims huggingface dataset:
Radial fan with a pot-like impeller, which is provided on its periphery with a blade rim, with a housing accommodating the impeller and with a peripheral wall which, starting from an arc-like curved first peripheral wall section running directly along the blade rim, has on one side in the direction of rotation of the impeller a second peripheral section with a spiral-like steadily enlarging radial distance from the impeller as far as an outlet area, and on the other side, against the direction of rotation of the impeller, has a third peripheral wall section, similarly extending up to the outlet area, with two side walls (25, 26) covering the axial end faces of the impeller, wherein a partition provided on one of the side walls engages in the pot-like impeller and divides its interior into a first and a second suction chamber, and wherein the first suction chamber is assigned a suction intake and the second suction chamber directly faces the first peripheral wall section running along the blade rim, wherein the third peripheral wall section, starting from the first peripheral wall section, has an S-shaped curve up to the outlet area, and its subsection curved in the same direction as the first peripheral wall section forms a flow control element for an airflow fed back to the second suction chamber, and wherein the outlet area enlarges in cross-section in the outlet flow direction in the manner of a diffuser, characterised in that the end sections of the second and third peripheral wall sections (20, 22) furthest away from the impeller form opposite wall sections of the outlet area, so that the outlet area is formed completely integrated and transition-free.
An inertial locking system to be placed between a removable equipment, usable in an aircraft, and a support, said locking system being able to take up a first state, so-called locking state, in which the equipment can be detached from the support, and a second state, so-called over-locking state, in which the removable equipment is prevented from being ejected due to an acceleration for example in the event of a crash or dynamic test and said locking system comprising a clipping system and a lock associated therewith, said lock being movable between a rest position and an active position allowing the system to be over-locked, the transition from the rest position to the active position of the lock being generated by the acceleration in the event of a crash or dynamic test, characterized in that said clipping system comprises: - two elastically deformable legs each provided with a protrusion on their free ends, the two legs being fixed to one of the removable equipment and the support, and - an opening of corresponding shape made in the other of the removable equipment and the support. - two elastically deformable legs each provided with a protrusion on their free ends, the two legs being fixed to one of the removable equipment and the support, and - an opening of corresponding shape made in the other of the removable equipment and the support.
Method for determining the temperature of a godet sleeve T sleeve of a godet of a textile machine, wherein the godet sleeve is able to be heated by way of eddy currents induced in the godet sleeve, wherein the eddy currents are generated by at least one induction coil (3, 6) having an inductive power supply, wherein the induction coil (3, 6), inductive power supply and godet sleeve form an overall electrical system and the method comprises the following steps: a) applying a DC voltage signal U DC to the inductive power supply, acquiring a resultant DC current I DC and ascertaining an equivalent DC resistance R equivalentDC of the overall electrical system; b) applying a measurement voltage signal U meas having an operating frequency F to the inductive power supply, acquiring a resultant AC current I meas and ascertaining a real component Real(Z meas) of an overall impedance Z meas of the overall electrical system; c) calculating a corrected equivalent DC resistance R equivalentω from the equivalent DC resistance R equivalentDC, taking into consideration at least one of the following operating parameters: - prevailing temperature of the induction coil T coil, - operating frequency F; d) calculating a sleeve resistance R M of the godet sleeve from the real component Real(Z meas) of the overall impedance Z meas, wherein the real components of the partial impedances of all of the components of the overall electrical system other than the godet sleeve are eliminated from the real component of the overall impedance Real(Z meas) using the corrected equivalent DC resistance R equivalentω; e) ascertaining the temperature of the godet sleeve T sleeve using the sleeve resistance R M, the measurement voltage signal U meas and the AC current I meas. a) applying a DC voltage signal U DC to the inductive power supply, acquiring a resultant DC current I DC and ascertaining an equivalent DC resistance R equivalentDC of the overall electrical system; b) applying a measurement voltage signal U meas having an operating frequency F to the inductive power supply, acquiring a resultant AC current I meas and ascertaining a real component Real(Z meas) of an overall impedance Z meas of the overall electrical system; c) calculating a corrected equivalent DC resistance R equivalentω from the equivalent DC resistance R equivalentDC, taking into consideration at least one of the following operating parameters: - prevailing temperature of the induction coil T coil, - operating frequency F; - prevailing temperature of the induction coil T coil, - operating frequency F; d) calculating a sleeve resistance R M of the godet sleeve from the real component Real(Z meas) of the overall impedance Z meas, wherein the real components of the partial impedances of all of the components of the overall electrical system other than the godet sleeve are eliminated from the real component of the overall impedance Real(Z meas) using the corrected equivalent DC resistance R equivalentω; e) ascertaining the temperature of the godet sleeve T sleeve using the sleeve resistance R M, the measurement voltage signal U meas and the AC current I meas.
A mobile device configured to communicate over a network with a controller of an elevator system, wherein the mobile device is further configured to: initiate a service request call over the network to the controller; transmit, to the controller during the service request call, a service request for an elevator service at a first level; and receive, from the controller, a first data including a reference number that is indicative of an elevator assignment that is assigned to an elevator car in response to the service request, wherein the elevator assignment instructs the elevator car to travel to the first level; characterized in that the mobile device is also configured to: automatically initiate a status update call over the network to the controller when the service request call terminates before receiving the elevator service; and transmit, to the controller during the status update call, a second data including the reference number without transmitting an additional service request for the elevator service. initiate a service request call over the network to the controller; transmit, to the controller during the service request call, a service request for an elevator service at a first level; and receive, from the controller, a first data including a reference number that is indicative of an elevator assignment that is assigned to an elevator car in response to the service request, wherein the elevator assignment instructs the elevator car to travel to the first level; characterized in that the mobile device is also configured to: automatically initiate a status update call over the network to the controller when the service request call terminates before receiving the elevator service; and transmit, to the controller during the status update call, a second data including the reference number without transmitting an additional service request for the elevator service. automatically initiate a status update call over the network to the controller when the service request call terminates before receiving the elevator service; and transmit, to the controller during the status update call, a second data including the reference number without transmitting an additional service request for the elevator service.
A method for transmitting media data by using a Motion Pictures Experts Group, MPEG, Media Transport, MMT, Technology, by a sending entity in a multimedia system, the method comprising: generating a MMT transport packet comprising a packet header and an MMT payload; wherein the MMT payload is a streaming payload for real time data transmission using at least one of an MMT media unit or a media fragment unit, MFU, as a basic unit, and transmitting the MMT transport packet to a receiving entity, the method being characterized in that a header of the MMT payload comprises: payload type information indicating whether data in the MMT payload is an MMT media unit, a fragment of the MMT media unit, an MFU, or an aggregation of a plurality of MFUs; and aggregation information indicating a number of remaining fragments of the MMT media unit after the fragment of the MMT media unit included in the MMT payload if the data in the MMT payload is the fragment of the MMT media unit, and indicating a number of MFUs in the MMT payload if the data in the MMT payload is the aggregation of the plurality of MFUs. generating a MMT transport packet comprising a packet header and an MMT payload; wherein the MMT payload is a streaming payload for real time data transmission using at least one of an MMT media unit or a media fragment unit, MFU, as a basic unit, and transmitting the MMT transport packet to a receiving entity, the method being characterized in that a header of the MMT payload comprises: payload type information indicating whether data in the MMT payload is an MMT media unit, a fragment of the MMT media unit, an MFU, or an aggregation of a plurality of MFUs; and aggregation information indicating a number of remaining fragments of the MMT media unit after the fragment of the MMT media unit included in the MMT payload if the data in the MMT payload is the fragment of the MMT media unit, and indicating a number of MFUs in the MMT payload if the data in the MMT payload is the aggregation of the plurality of MFUs. payload type information indicating whether data in the MMT payload is an MMT media unit, a fragment of the MMT media unit, an MFU, or an aggregation of a plurality of MFUs; and aggregation information indicating a number of remaining fragments of the MMT media unit after the fragment of the MMT media unit included in the MMT payload if the data in the MMT payload is the fragment of the MMT media unit, and indicating a number of MFUs in the MMT payload if the data in the MMT payload is the aggregation of the plurality of MFUs.
An antibacterial product, comprising at least one antibacterial part, wherein the antibacterial part includes a sintered silver-containing surface layer, the sintered silver is silver obtained by sintering silver nitrate as a silver salt compound under a nitrogen atmosphere including nitrogen in an amount of 99 to 100vol% at a temperature of 440°C to 1000°C and the antibacterial product is an antibacterial metal scrubber. wherein the antibacterial part includes a sintered silver-containing surface layer, the sintered silver is silver obtained by sintering silver nitrate as a silver salt compound under a nitrogen atmosphere including nitrogen in an amount of 99 to 100vol% at a temperature of 440°C to 1000°C and the antibacterial product is an antibacterial metal scrubber.
A biopsy arrangement for taking a biopsy in a human or animal tissue, said biopsy arrangement comprising: - a driver unit; and - at least two different types of probes (5a, 5b, 5c, 5d) which can be releasably connected to the driver unit, said at least two different types of probes comprising at least a first probe type and a second probe type, wherein said driver unit comprises at least two different probe controlling devices (101, 102, 103, 104) which are controlling different probe modules (201, 202, 203, 204, 205, 206, 207, 208, 209) in a connected probe (5a, 5b, 5c, 5d), said at least two different probe controlling devices (101, 102, 103, 104) comprising a suction generating device and a needle moving device, and wherein probe modules (201, 202) of the first probe type comprise a suction transferring module and at least one needle manipulating module, wherein said suction transferring module is configured for transferring a suction from the suction generating device of the driver unit to a needle of the first probe type and wherein said at least one needle manipulating module is a first probe type needle manipulating module configured for providing longitudinal and/or rotational movement to at least a part of the needle of the first probe type, and wherein probe modules of the second probe type comprise at least one needle manipulating module, which is a second probe type spring loaded needle manipulating module which is configured for providing a spring loaded longitudinal movement to at least a part of a needle of the second probe type, wherein the different types of probes (5a, 5b, 5c, 5d) use different sampling techniques, whereby both core needle biopsy and vacuum assisted biopsy can be provided by one and the same biopsy arrangement and wherein one driver unit can be used for a number of different types of probes. - a driver unit; and - at least two different types of probes (5a, 5b, 5c, 5d) which can be releasably connected to the driver unit, said at least two different types of probes comprising at least a first probe type and a second probe type,
A device for storing a medication delivery pen and a monitor, comprising: a case including a compartment, said compartment including a first portion for removably receiving the medication delivery pen and a second portion for removably receiving the monitor, said case including a first member and a second member defining said compartment therebetween and moveable relative to one another to open and close said case; wherein said second member includes a rigid outer skin and an internal liner, said compartment being defined between said internal liner and said first member; and wherein there is provided a data connection assembly, characterised in that: the data connection assembly is for establishing communication between said pen and said monitor when said pen and said monitor are stored in said compartment, said data connection assembly extending between said first and second portions, said data connection assembly including a first contact in said first portion of said compartment and a second contact in said second portion of said compartment, said first portion and said second portion being defined in said second member and said first contact and said second contact both being received in said second member, and an electrical connector extending between said first contact and said second contact, said electrical connector being positioned between said liner and said outer skin of said second member. a case including a compartment, said compartment including a first portion for removably receiving the medication delivery pen and a second portion for removably receiving the monitor, said case including a first member and a second member defining said compartment therebetween and moveable relative to one another to open and close said case; wherein said second member includes a rigid outer skin and an internal liner, said compartment being defined between said internal liner and said first member; and wherein there is provided a data connection assembly, characterised in that: the data connection assembly is for establishing communication between said pen and said monitor when said pen and said monitor are stored in said compartment, said data connection assembly extending between said first and second portions, said data connection assembly including a first contact in said first portion of said compartment and a second contact in said second portion of said compartment, said first portion and said second portion being defined in said second member and said first contact and said second contact both being received in said second member, and an electrical connector extending between said first contact and said second contact, said electrical connector being positioned between said liner and said outer skin of said second member.
A method for manufacturing a fiber reinforced plastic molded body, the method comprising: performing thermocompression molding, by using a molding die (10, 10a), on a molding precursor which is obtained by arranging a prepreg including a thermosetting resin and a fiber around a core comprising a wax and a barrier layer formed around the wax, wherein, in the thermocompression molding, at least a part of the wax is melted and the melted product thereof is suppressed by the barrier layer from leaking outside the prepreg.
A system, comprising: a spray tool comprising a trigger and a sensor, wherein the sensor is coupled to the trigger; a fluid regulation system, comprising: a container configured to store a coating material; and a pump configured to control a flow of the coating material; and a pump control system, comprising: a controller configured to change an operating parameter of the pump distributing the coating material in response to an input from the sensor; wherein the pump control system is coupled to the fluid regulation system, and wherein the sensor outputs a signal wirelessly transmitted to the pump control system to remotely activate the pump. a spray tool comprising a trigger and a sensor, wherein the sensor is coupled to the trigger; a fluid regulation system, comprising: a container configured to store a coating material; and a pump configured to control a flow of the coating material; and a container configured to store a coating material; and a pump configured to control a flow of the coating material; a pump control system, comprising: a controller configured to change an operating parameter of the pump distributing the coating material in response to an input from the sensor; wherein the pump control system is coupled to the fluid regulation system, and wherein the sensor outputs a signal wirelessly transmitted to the pump control system to remotely activate the pump.
Vacuum chuck for clamping workpieces, in particular wafers, having a clamping plate having a support surface, having at least one suction connection arranged on the base body for connecting to a negative-pressure device and for clamping the workpiece on the clamping plate by means of negative pressure which is received by a base body and having several suction grooves (22, 23, 24, 25, 26) arranged in the clamping plate and are open towards the support surface, characterised in that every suction groove (22 to 26) having a separate negative pressure, which is separate to the adjacent suction groove (22 to 26), is selectively controlled by means of at least one control valve (91, 92, 93, 94) by a control for supplying the respective negative pressure in the respective suction groove (22 to 26), wherein the support surface has several concentric suction grooves (22 to 26) having at least one suction opening to which a negative-pressure line is connected or which is connected to a work channel (37, 38, 39, 40, 41), characterised in that the clamping plate is selected from a material, in which the atomic number is selected in such a way that, with primary X-ray radiation aimed at the workpiece, a slight scattered radiation is produced and the fluorescent radiation from the energy is so small that it is absorbed into the material of the workpiece, or that the clamping plate is selected from a material, in which the atomic number is chosen in such a way that primary X-ray radiation aimed at the workpiece produces fluorescent radiation, which is absorbed by the material of the workpiece by 20% up to 80%.
A combined communication and charging module (100; 300) for a wireless rechargeable device, the module being configured to allow radio frequency charging and data transceiving in an identical frequency or adjacent frequencies, said combined communication and charging module (100; 300) comprising a common antenna, a charging unit and a communication unit, both units (130, 110) sharing the common antenna, wherein said units (130, 110) are configured to perform their operation alternately and determined by an environmental effect; wherein said environmental effect is the presence or absence of a wireless charging device and the creation of a charging zone in the surroundings of said combined communication and charging module (100; 300) such that said common antenna is within or outside said charging zone; characterized in that said combined communication and charging module is configured such that: the presence of said common antenna within said charging zone functionally affects the impedance of said common antenna to match with the impedance of the charging unit and to allow wireless charging of a rechargeable device, and further to mismatch with the impedance of the communication unit to limit or attenuate signals reception by the communication unit; and the absence of a charging zone in the surroundings of said common antenna affects the impedance of said common antenna to match with the impedance of said communication unit and to allow data transceiving, and further to mismatch with the impedance of said charging unit to limit or attenuate signals reception by the charging unit. the presence of said common antenna within said charging zone functionally affects the impedance of said common antenna to match with the impedance of the charging unit and to allow wireless charging of a rechargeable device, and further to mismatch with the impedance of the communication unit to limit or attenuate signals reception by the communication unit; and the absence of a charging zone in the surroundings of said common antenna affects the impedance of said common antenna to match with the impedance of said communication unit and to allow data transceiving, and further to mismatch with the impedance of said charging unit to limit or attenuate signals reception by the charging unit.