mhurhangee/ep-ind-claims huggingface dataset:
A method for controlling a motion tracking system, the motion tracking system comprising a plurality of sensors (20a-20n) adapted for arrangement on a body of a user and configured to wirelessly transmit data packets, and a computing apparatus comprising both a plurality of antennas and a plurality of microphones, the method comprising: digitally processing, with the computing apparatus, sound waves detected by each microphone of the plurality of microphones so as to detect a voice of the user and estimate a first direction of the user relative to the computing apparatus based on the detected sound waves; digitally processing, with the computing apparatus, electromagnetic waves (29a-29c) captured by each antenna of the plurality of antennas so as to detect data packets transmitted to the computing apparatus by each sensor of the plurality of sensors (20a-20n) and estimate second directions (60a-60c) of each sensor of the plurality of sensors (20a-20n) relative to the computing apparatus based on the captured electromagnetic waves (29a-29c), each of the data packets including one or more measurements of a respective sensor of the plurality of sensors (20a-20n); digitally averaging the second directions (60a-60c) with the computing apparatus so as to provide an average direction for the plurality of sensors (20a-20n); digitally computing a difference between the first direction and the average direction with the computing apparatus; and starting, the computing apparatus, to digitally track motion of the user based on measurements of each sensor of the plurality of sensors (20a-20n) in the data packets when the computed difference does not exceed a predetermined difference threshold. digitally processing, with the computing apparatus, sound waves detected by each microphone of the plurality of microphones so as to detect a voice of the user and estimate a first direction of the user relative to the computing apparatus based on the detected sound waves; digitally processing, with the computing apparatus, electromagnetic waves (29a-29c) captured by each antenna of the plurality of antennas so as to detect data packets transmitted to the computing apparatus by each sensor of the plurality of sensors (20a-20n) and estimate second directions (60a-60c) of each sensor of the plurality of sensors (20a-20n) relative to the computing apparatus based on the captured electromagnetic waves (29a-29c), each of the data packets including one or more measurements of a respective sensor of the plurality of sensors (20a-20n); digitally averaging the second directions (60a-60c) with the computing apparatus so as to provide an average direction for the plurality of sensors (20a-20n); digitally computing a difference between the first direction and the average direction with the computing apparatus; and starting, the computing apparatus, to digitally track motion of the user based on measurements of each sensor of the plurality of sensors (20a-20n) in the data packets when the computed difference does not exceed a predetermined difference threshold.
Sheet metal press system comprising a tool changer device and at least one sheet metal press having an opening through which a tool (18a, 18b), comprising an upper die, a lower die and a tool changer interface, can pass during a tool change performed by means of the tool changer device, characterized in that the tool changer device comprises at least one automated guided vehicle (22a, 22b), running directly on a shop floor and capable of lifting and lowering a tool (18a, 18b) by interaction with the tool changer interface of said tool (18a, 18b), and that a guide path for said at least one automated guided vehicle (22a, 22b) runs from outside and into said at least one sheet metal press through said opening. that the tool changer device comprises at least one automated guided vehicle (22a, 22b), running directly on a shop floor and capable of lifting and lowering a tool (18a, 18b) by interaction with the tool changer interface of said tool (18a, 18b), and that a guide path for said at least one automated guided vehicle (22a, 22b) runs from outside and into said at least one sheet metal press through said opening.
Method for operating a device for charging energy stores of electric or hybrid vehicles, wherein the device is connected to an Internet-enabled server that has a cloud service that makes the IT infrastructure available to the device, wherein - at least one receiver vehicle with an empty or at least partly charged battery communicates its charging requirement to the device in one method step; - at least one donor vehicle with an at least partly charged battery communicates its willingness to charge to the device in one method step, - the at least one receiver vehicle and the at least one donor vehicle communicate with the Internet-enabled server of the mediation device via the Internet, characterized in that the receiver vehicle and the donor vehicle transmit the manufacturer or vehicle type to the device and in that the device determines the compatibility of the receiver vehicle and the donor vehicle from the transmitted information from the receiver vehicle and the donor vehicle. - at least one receiver vehicle with an empty or at least partly charged battery communicates its charging requirement to the device in one method step; - at least one donor vehicle with an at least partly charged battery communicates its willingness to charge to the device in one method step, - the at least one receiver vehicle and the at least one donor vehicle communicate with the Internet-enabled server of the mediation device via the Internet, characterized in that the receiver vehicle and the donor vehicle transmit the manufacturer or vehicle type to the device
A method for automated address failover for a client computing device, comprising: accessing a cloud service by the client computing device; performing system caching operations by the client computing device to locally store (a) an offline copy of a StoreFront web User Interface -UI-for a main StoreFront provided by the cloud service and (b) a plurality of Cloud Connector addresses; performing loading operations by the client computing device to load the offline copy of the StoreFront web UI at least when the cloud service is unreachable; transmitting a request from a Receiver of an Application/Desktop delivery solution being executed by the client computing device to each of the cloud service and the plurality of Cloud Connector addresses; operating the Receiver using an address for the cloud service for web Application Programming Interface -API-calls to the main StoreFront, if the cloud service responded to the request; and operating the Receiver or a Webview using one of the plurality of Cloud Connector addresses that is associated with a reachable Cloud Connector for web API calls to a backup StoreFront, if the cloud service did not respond to the request. accessing a cloud service by the client computing device; performing system caching operations by the client computing device to locally store (a) an offline copy of a StoreFront web User Interface -UI-for a main StoreFront provided by the cloud service and (b) a plurality of Cloud Connector addresses; performing loading operations by the client computing device to load the offline copy of the StoreFront web UI at least when the cloud service is unreachable; transmitting a request from a Receiver of an Application/Desktop delivery solution being executed by the client computing device to each of the cloud service and the plurality of Cloud Connector addresses; operating the Receiver using an address for the cloud service for web Application Programming Interface -API-calls to the main StoreFront, if the cloud service responded to the request; and operating the Receiver or a Webview using one of the plurality of Cloud Connector addresses that is associated with a reachable Cloud Connector for web API calls to a backup StoreFront, if the cloud service did not respond to the request.
Garment, comprising at least one pressing region in which the garment in the worn state exerts a pressing effect on the body of the wearer of the garment, wherein the pressing region comprises a knitted fabric, wherein the pressing region comprises a plurality of raised elements, which in the worn state are arranged on an inside of the garment that faces toward the body of the wearer of the garment, wherein the raised elements each comprise a plurality of partial elements, and the partial elements are formed of at least 8 float stitches located one on top of the other in the wale direction of the knitted fabric, which form gathers and are offset from one another along the wale direction of the knitted fabric, and wherein at least a portion of the raised elements are coupled to at least one respective other one of the raised elements by a plurality of connecting elements, characterized in that the connecting elements are each formed by individual float stitches, which are arranged offset from one another over adjacent courses and wales in such a way that they extend along a connecting element longitudinal direction that together with the wale direction of the knitted fabric encloses an angle (β) of at least 20°, and in that for each partial element at least one float stitch of the partial element is connected to a float stitch of a connecting element in the wale direction by way of only one mesh. at least one pressing region in which the garment in the worn state exerts a pressing effect on the body of the wearer of the garment, wherein the pressing region comprises a knitted fabric, wherein the pressing region comprises a plurality of raised elements, which in the worn state are arranged on an inside of the garment that faces toward the body of the wearer of the garment, wherein the raised elements each comprise a plurality of partial elements, and the partial elements are formed of at least 8 float stitches located one on top of the other in the wale direction of the knitted fabric, which form gathers and are offset from one another along the wale direction of the knitted fabric, and wherein at least a portion of the raised elements are coupled to at least one respective other one of the raised elements by a plurality of connecting elements, characterized in that the connecting elements are each formed by individual float stitches, which are arranged offset from one another over adjacent courses and wales in such a way that they extend along a connecting element longitudinal direction that together with the wale direction of the knitted fabric encloses an angle (β) of at least 20°, and in that for each partial element at least one float stitch of the partial element is connected to a float stitch of a connecting element in the wale direction by way of only one mesh.
A plant exhibiting an increase in the weight of an individual plant, an improvement in the productivity of a fat and oil per individual plant, or an increase in the content of a fat and oil per given seed of a plant compared with a wild-type plant, which expresses a transcription factor with suppressed transcription accelerating activity, wherein the transcription factor is any of proteins (a) to (c) below: (a) a protein comprising the amino acid sequence as shown in SEQ ID NO: 6; (b) a protein comprising an amino acid sequence derived from the amino acid sequence as shown in SEQ ID NO: 6 by deletion, substitution, addition, or insertion of 1 to 10 amino acids and having transcription accelerating activity; or (c) a protein encoded by a polynucleotide hybridizing under stringent conditions to a polynucleotide comprising a nucleotide sequence complementary to the nucleotide sequence as shown in SEQ ID NO: 5 and having transcription accelerating activity. (a) a protein comprising the amino acid sequence as shown in SEQ ID NO: 6; (b) a protein comprising an amino acid sequence derived from the amino acid sequence as shown in SEQ ID NO: 6 by deletion, substitution, addition, or insertion of 1 to 10 amino acids and having transcription accelerating activity; or (c) a protein encoded by a polynucleotide hybridizing under stringent conditions to a polynucleotide comprising a nucleotide sequence complementary to the nucleotide sequence as shown in SEQ ID NO: 5 and having transcription accelerating activity.
Tool-holder for a manual engraving machine, comprising a carrier equipped with at least a revolver-like body rotatably mounted with respect to a support base by means of a tightening rotation spindle and equipped with a plurality of engraving tools (4a-4c) fastened by means of tool retaining means (6a-6c), characterised in that said revolver-like body is axially displaceable with respect to said support body and pushed against said support body by first elastic biasing means (10, 12) constrained by said rotation spindle, in that between said support base and said revolver-like body preventing rotation coupling means (1a, 2a, 1b, 2b) are provided, apt to be released by axial displacement along said rotation spindle, and in that said tool retaining means (6a-6c) are removable. said revolver-like body is axially displaceable with respect to said support body and pushed against said support body by first elastic biasing means (10, 12) constrained by said rotation spindle, in that between said support base and said revolver-like body preventing rotation coupling means (1a, 2a, 1b, 2b) are provided, apt to be released by axial displacement along said rotation spindle, and in that said tool retaining means (6a-6c) are removable.
Drive unit for an actuator, at least comprising a motor module and a control module, the motor module having at least one electric drive and the control module having at least one power component for controlling the drive; the motor module and the control module being connected to one another at least via at least one electrically conducting first connection; the first connection being formed by way of a first motor module pin, a first control module pin, and a single-piece first connecting element which connects the first motor module pin to the first control module pin in an electrically conducting manner; the first motor module pin extending, starting from an attachment on the motor module, along a first axial direction as far as a first motor module pin end; the first control module pin extending from an attachment on the control module along the first axial direction as far as a first control module pin end; the first connecting element for connecting the pins (8, 9) extending at least along a radial direction, transversely with respect to the first axial direction; at least one of the pins (8, 9) being connected in an electrically conducting and non-positive manner via an elastically deformable contact element to the first connecting element and the non-positive connection acting counter to a displacement along the first axial direction; and at least one of the pins (8, 9) being connected in an electrically conducting manner via an integrally joined connection to the first connecting element.
A tissue collection assembly comprising: a resection system comprising: a handpiece having a proximal end, a distal end, and a passageway therethrough; a cannulated shaft attached to the handpiece in fluid communication with the passageway, a distal end of the shaft comprising a cutting end; and a filter assembly removeably attached to the handpiece in fluid communication with the cannulated shaft, the filter assembly comprising: a housing allowing direct visualization of an internal volume of the housing; a filter removeably disposed within the internal volume of the housing for collecting tissue on a surface of the filter; wherein the filter assembly is coupleable with a delivery device to deliver the collected tissue to a repair site; characterized in that the filter assembly further comprises a compressor extendable through the internal volume of the housing for compressing the collected tissue. a resection system comprising: a handpiece having a proximal end, a distal end, and a passageway therethrough; a cannulated shaft attached to the handpiece in fluid communication with the passageway, a distal end of the shaft comprising a cutting end; and a handpiece having a proximal end, a distal end, and a passageway therethrough; a cannulated shaft attached to the handpiece in fluid communication with the passageway, a distal end of the shaft comprising a cutting end; and a filter assembly removeably attached to the handpiece in fluid communication with the cannulated shaft, the filter assembly comprising: a housing allowing direct visualization of an internal volume of the housing; a filter removeably disposed within the internal volume of the housing for collecting tissue on a surface of the filter; a housing allowing direct visualization of an internal volume of the housing; a filter removeably disposed within the internal volume of the housing for collecting tissue on a surface of the filter; wherein the filter assembly is coupleable with a delivery device to deliver the collected tissue to a repair site; characterized in that the filter assembly further comprises a compressor extendable through the internal volume of the housing for compressing the collected tissue.
Electric motor comprising a stator and a rotor able to turn at a rotation speed of more than 8000 revolutions per minute, said rotor comprises a magnetic body carried by a rotation shaft, the magnetic body delimiting an outer lateral surface, the electric motor comprising a protective cladding on the outer lateral surface of the magnetic body, characterised in that the thickness of the protective cladding is between 0.1 and 2 mm.
Method for producing structured metallic coatings, comprising the following steps: a) application of an initiator composition (2, 3) comprising at least one active substance to a substrate, where the composition is an emulsion and the active substance is nanoscale particles of ZnO or TiO 2; b) application of a precursor composition comprising at least one precursor compound for a metal layer to the substrate and c) deposition of a metal layer of the precursor composition by the active substance of the initiator composition by photochemical activation; where a drying is carried out between step a) and step b), which leads to a concentration of the nanoparticles at the phase boundary surfaces of the emulsion on the surface. a) application of an initiator composition (2, 3) comprising at least one active substance to a substrate, where the composition is an emulsion and the active substance is nanoscale particles of ZnO or TiO 2; b) application of a precursor composition comprising at least one precursor compound for a metal layer to the substrate and c) deposition of a metal layer of the precursor composition by the active substance of the initiator composition by photochemical activation;
A dryer, comprising: a cabinet configured to have an entry hole formed on a front surface of the cabinet, a door being installed in the entry hole; a drum disposed within the cabinet and configured to rotate with a laundry received within the drum; an evaporator disposed within the cabinet and configured to remove moisture from air circulating through the drum by condensing the moisture; a condensate housing disposed within the cabinet and configured to collect a condensate condensed by the evaporator, wherein the condensate housing is disposed at a back of the condensate discharge container; a drawer space disposed under the entry hole and recessed backward from the front surface of the cabinet; a drawer disposed in the drawer space and configured to move with respect to the cabinet in such a way as to be pulled out from the drawer space; and a condensate discharge container configured to have the condensate of the condensate housing moved and stored in the condensate discharge container, and exposed to a user when the drawer is pulled out, characterized in that: the condensate discharge container is detachably held in the drawer and has a length longer in a left and right width direction than in a front and back direction, and the evaporator is disposed within the condensate housing. a cabinet configured to have an entry hole formed on a front surface of the cabinet, a door being installed in the entry hole; a drum disposed within the cabinet and configured to rotate with a laundry received within the drum; an evaporator disposed within the cabinet and configured to remove moisture from air circulating through the drum by condensing the moisture; a condensate housing disposed within the cabinet and configured to collect a condensate condensed by the evaporator, wherein the condensate housing is disposed at a back of the condensate discharge container; a drawer space disposed under the entry hole and recessed backward from the front surface of the cabinet; a drawer disposed in the drawer space and configured to move with respect to the cabinet in such a way as to be pulled out from the drawer space; and a condensate discharge container configured to have the condensate of the condensate housing moved and stored in the condensate discharge container, and exposed to a user when the drawer is pulled out, characterized in that: the condensate discharge container is detachably held in the drawer and has a length longer in a left and right width direction than in a front and back direction, and the evaporator is disposed within the condensate housing.
A system for transmitting a message received from a paging network to a cellular or other wireless device through radio communication, the system comprising: a wireless device having display circuitry; a wireless device peripheral having paging circuitry (2, 3, 4) adapted to: establish a radio connection with the wireless device; receive a message from the paging network; and transmit, in response to receiving the message at the wireless device peripheral from the paging network, the message to the wireless device through the established radio connection; and characterized by, in response to receiving the message at the wireless device from the wireless device peripheral, the wireless device is adapted to: send an acknowledgement to the paging network that the message has been received; and transfer the message to the display circuitry for displaying the message. a wireless device having display circuitry; a wireless device peripheral having paging circuitry (2, 3, 4) adapted to: establish a radio connection with the wireless device; receive a message from the paging network; and transmit, in response to receiving the message at the wireless device peripheral from the paging network, the message to the wireless device through the established radio connection; and establish a radio connection with the wireless device; receive a message from the paging network; and transmit, in response to receiving the message at the wireless device peripheral from the paging network, the message to the wireless device through the established radio connection; and characterized by, in response to receiving the message at the wireless device from the wireless device peripheral, the wireless device is adapted to: send an acknowledgement to the paging network that the message has been received; and transfer the message to the display circuitry for displaying the message. send an acknowledgement to the paging network that the message has been received; and transfer the message to the display circuitry for displaying the message.