mhurhangee/ep-ind-claims huggingface dataset:
An umbrella with a combination of an automatic and manual opening and closing structure comprising a motor structure and a handle structure for opening and closing the umbrella, wherein - said motor structure includes a screw rod and a power motor that drives the screw rod, said screw rod is connected to a bevel gear one, - said handle structure includes a bevel gear two and a handle, said bevel gear two and said bevel gear one are connected through a harmonic gear drive and said handle is connected to said bevel gear two, - said umbrella comprises a tube shaped umbrella pole, wherein said screw rod is installed along the umbrella pole's length direction, and characterized in that between said screw rod and said power motor is a screw rod bearing base and a screw rod connecting device, wherein said screw rod connecting device • has an upper end that is fixed to said screw rod, and • has a lower end that is connected to the power motor, • is connected to said screw rod bearing base through a bearing two, and said bevel gear two is installed on said screw rod bearing base's walls. - said motor structure includes a screw rod and a power motor that drives the screw rod, said screw rod is connected to a bevel gear one, - said handle structure includes a bevel gear two and a handle, said bevel gear two and said bevel gear one are connected through a harmonic gear drive and said handle is connected to said bevel gear two, - said umbrella comprises a tube shaped umbrella pole, wherein said screw rod is installed along the umbrella pole's length direction, and characterized in that between said screw rod and said power motor is a screw rod bearing base and a screw rod connecting device, wherein said screw rod connecting device • has an upper end that is fixed to said screw rod, and • has a lower end that is connected to the power motor, • is connected to said screw rod bearing base through a bearing two, and said bevel gear two is installed on said screw rod bearing base's walls. • has an upper end that is fixed to said screw rod, and • has a lower end that is connected to the power motor, • is connected to said screw rod bearing base through a bearing two,
Pressure measurement cell for detecting the pressure of a medium adjoining the pressure measurement cell, comprising - a resilient measuring membrane, of which the first side is at least partially in contact with the medium and the second side faces away from the medium, and - a main body arranged opposite the second side of the measuring membrane, wherein for capacitive detection of the pressure prevailing in the medium the main body together with the measuring membrane forms a pressure-tight measurement chamber, wherein in order to form a measuring capacitance a measuring electrode is arranged on the second side of the measuring membrane and a counterelectrode is arranged on the main body, characterised in that, for temperature measurement of the measuring membrane by detection of the infrared radiation emitted by the second side, the main body is formed with an infrared sensor and the infrared-sensitive detection surface of the IR sensor is directed towards the measuring membrane, wherein the counterelectrode is surrounded by a circular reference electrode, which together with the measuring electrode forms a reference capacitor, wherein for production of the pressure-tight measurement chamber the measuring membrane and the main body are held spaced apart at the edge by means of a spacer, wherein the infrared sensor is arranged centrally with regard to the second side of the measuring membrane. - a resilient measuring membrane, of which the first side is at least partially in contact with the medium and the second side faces away from the medium, and - a main body arranged opposite the second side of the measuring membrane, wherein for capacitive detection of the pressure prevailing in the medium the main body together with the measuring membrane forms a pressure-tight measurement chamber, wherein in order to form a measuring capacitance a measuring electrode is arranged on the second side of the measuring membrane and a counterelectrode is arranged on the main body,
A porcine lactic acid bacterial strain which is selected from: (i) NCIMB 41846; (ii) NCIMB 41847; (iii) NCIMB 41848; (iv) NCIMB 41849; (v) NCIMB 41850; (vi) NCIMB 42008; (vii) NCIMB 42009; (viii) NCIMB 42010; (ix) NCIMB 42011; (x) NCIMB 42012; and any combination of two or more thereof. (i) NCIMB 41846; (ii) NCIMB 41847; (iii) NCIMB 41848; (iv) NCIMB 41849; (v) NCIMB 41850; (vi) NCIMB 42008; (vii) NCIMB 42009; (viii) NCIMB 42010; (ix) NCIMB 42011; (x) NCIMB 42012;
Ge-68/Ga-68 radionuclide generator, comprising: A molecule with at least one functional group for attaching a radioactive parent nuclide and a molecular moiety, suitable for establishing a non-polar bond to a support, wherein the molecule is bonded to the support by means of the non-polar bond; and germanium-68 as a parent nuclide, which is bonded to the molecule by the functional group. A molecule with at least one functional group for attaching a radioactive parent nuclide and a molecular moiety, suitable for establishing a non-polar bond to a support, wherein the molecule is bonded to the support by means of the non-polar bond; and germanium-68 as a parent nuclide, which is bonded to the molecule by the functional group.
Building area with a wall opening which forms a wall reveal, and with a frame component such as a window or door frame inserted in the wall opening, and also with a sealing strip which seals a gap between the wall reveal and the frame component, wherein the sealing strip has wide sides (5A, 5B) facing the masonry wall reveal and the frame component and narrow sides (5C, 5D) directed outside the room and inside the room, wherein furthermore load transfer means are provided which cause a load transfer from the frame component to the wall reveal, wherein the sealing strip has at least one cutout, the cutout is filled at least partially or completely with a filling compound which is injectable at room temperature, and the filling compound is curable so as to transfer the load by forming a load transfer means for the frame component relative to the wall reveal, characterised in that the filling compound in the cutout extends continuously from the wall reveal to the frame component.
Governor device for controlling a compressor in a pressurized air system, said governor device comprising: - a supply port for receiving a supply pressure, - a control port for delivering a control pressure to said compressor, - an exhaust opening for exhausting air, - an inlet valve provided between said supply port and said control port, and - an outlet valve provided between said control port and said exhaust opening, - a displaceable piston, an active bottom face of said piston being chargeable with said supply pressure to exert a pressure force, - a spring means for biasing said piston with a bias force against said pressure force of said supply pressure, wherein said governor device is switchable between a basic position with open outlet valve and closed inlet valve and an actuated position with closed outlet valve and open inlet valve, characterized in that a valve arrangement is provided at said piston, said valve arrangement comprising a fixed means fixed to said piston and a valve plate displaceable with respect to said fixed means, wherein said inlet valve and said outlet valve are realized by said valve arrangement. - a supply port for receiving a supply pressure, - a control port for delivering a control pressure to said compressor, - an exhaust opening for exhausting air, - an inlet valve provided between said supply port and said control port, and - an outlet valve provided between said control port and said exhaust opening, - a displaceable piston, an active bottom face of said piston being chargeable with said supply pressure to exert a pressure force, - a spring means for biasing said piston with a bias force against said pressure force of said supply pressure,
A system for characterizing a plant, the system comprising: a plurality of sensors (3, 6) configured to sense a first parameter indicative of a transpiration rate from the whole plant and a second parameter indicative of a water uptake rate into the whole plant; and a processor configured to receive signals from said sensors (3, 6), to process said signals to calculate both said parameters, and to characterize the plant according to said calculated parameters, wherein said processor is configured for: calculating at least one of said first parameter and said second parameters momentarily; characterised in that the processor is further configured to: calculating a shoot weight ratio, a root uptake rate, and variability in leaf relative water content based on a difference between said shoot weight ratio and said root uptake rate; and classifying the plant according to said variability into a classification group which is one of: (i) a classification group of plants exhibiting isohydric behavior, and (ii) a classification group of plants exhibiting anisohydric behavior. a plurality of sensors (3, 6) configured to sense a first parameter indicative of a transpiration rate from the whole plant and a second parameter indicative of a water uptake rate into the whole plant; and a processor configured to receive signals from said sensors (3, 6), to process said signals to calculate both said parameters, and to characterize the plant according to said calculated parameters, wherein said processor is configured for: calculating at least one of said first parameter and said second parameters momentarily; characterised in that the processor is further configured to: calculating a shoot weight ratio, a root uptake rate, and variability in leaf relative water content based on a difference between said shoot weight ratio and said root uptake rate; and classifying the plant according to said variability into a classification group which is one of: (i) a classification group of plants exhibiting isohydric behavior, and (ii) a classification group of plants exhibiting anisohydric behavior. calculating a shoot weight ratio, a root uptake rate, and variability in leaf relative water content based on a difference between said shoot weight ratio and said root uptake rate; and classifying the plant according to said variability into a classification group which is one of: (i) a classification group of plants exhibiting isohydric behavior, and (ii) a classification group of plants exhibiting anisohydric behavior.
A sending apparatus, comprising: a distribution unit, configured to: receive an OTUCn optical channel transport unit signal, and distribute the OTUCn signal as n OTL optical channel transport lane signals, wherein n is an integer greater than or equal to 2; a scrambling unit, configured to separately perform scrambling processing on the n OTL signals based on n unrelated scrambler generator polynomials, wherein the n unrelated scrambler generator polynomials are n scrambler generator polynomials that have no common factor; and a transport unit, configured to transport the OTL signals scrambled by the scrambling unit to a receiving apparatus over subcarriers. a distribution unit, configured to: receive an OTUCn optical channel transport unit signal, and distribute the OTUCn signal as n OTL optical channel transport lane signals, wherein n is an integer greater than or equal to 2; a scrambling unit, configured to separately perform scrambling processing on the n OTL signals based on n unrelated scrambler generator polynomials, wherein the n unrelated scrambler generator polynomials are n scrambler generator polynomials that have no common factor; and a transport unit, configured to transport the OTL signals scrambled by the scrambling unit to a receiving apparatus over subcarriers.
Metal fastener (10; 40) to assemble with interference at least two structural elements (22, 24) comprising a through-bore, the fastener comprising an enlarged head (12; 42), a drum (14; 44) having, before installation, an outer diameter (D 1) greater than an inner diameter (D 3) of the bore, said drum comprising a conductive surface (26; 56), wherein at least the conductive surface (26; 56) of the fastener is covered by a lubricating layer of which the composition comprises a mixture of at least one polyolefin and a polytetrafluoroethylene, said composition being determined so as to have a sufficient adhesion to prevent the abrasion thereof by manual handling of the fastener and sufficiently low to be teared off from the conductive surface, at least partially during the mounting of the fastener by interference, characterised in that the lubricating layer comprises at least 80% by mass of polyolefin and polytetrafluoroethylene.
A sensor (1;1A;1B) comprising: a body member (132;132P) that has a flat plate-like shape, a first end in a first direction orthogonal to a thickness direction of the body member (132, 132P) being supported, and a storage space; the storage space opening at at least one of end faces of the body member (132, 132P) in the thickness direction, a volume change body, whose volume changes depending on an amount of a target, that is supported by the body member (132;132P) so that at least a part of the volume change body is stored in the storage space; and a detection member that is in contact with a second end in the first direction of the body member (132;132P) and detects stress caused by the change in the volume of the volume change body. a body member (132;132P) that has a flat plate-like shape, a first end in a first direction orthogonal to a thickness direction of the body member (132, 132P) being supported, and a storage space; the storage space opening at at least one of end faces of the body member (132, 132P) in the thickness direction, a volume change body, whose volume changes depending on an amount of a target, that is supported by the body member (132;132P) so that at least a part of the volume change body is stored in the storage space; and a detection member that is in contact with a second end in the first direction of the body member (132;132P) and detects stress caused by the change in the volume of the volume change body.
A tracheostoma device holder for holding a tracheostoma valve superimposed of a tracheostoma of a person, wherein said tracheostoma device holder comprises: a skirt for attachment over a tracheostoma via a skin adhesive proximal side thereof, wherein the skirt is provided with a through hole; a tubular tracheostoma device fitting, arranged circumferentially of the through hole, wherein the tubular tracheostoma device fitting comprises a sleeve, extending distally from a distal side of the skirt, and an annular lip, said lip extending proximally and centrally from the sleeve, characterized in that the tracheostoma device fitting is made of a flexible and resilient material. a skirt for attachment over a tracheostoma via a skin adhesive proximal side thereof, wherein the skirt is provided with a through hole; a tubular tracheostoma device fitting, arranged circumferentially of the through hole, wherein the tubular tracheostoma device fitting comprises a sleeve, extending distally from a distal side of the skirt, and an annular lip, said lip extending proximally and centrally from the sleeve, characterized in that the tracheostoma device fitting is made of a flexible and resilient material.
Method for the time-correct monitoring of TTEthernet messages transmitted by a TTEthernet switch (TTE switch) in a distributed real-time computer system characterized in that the TTE switch is a equipped with a global time with the precision P and the accuracy A, and whereby the TTE switch contains a plurality of communication channels and one or multiple monitoring channels, and whereby the TTE switch contains a selection data structure indicating which TT message classes shall be monitored, and whereby in the TTE switch a copy of a TT message belonging to the selected message class is generated, which is sent by the TTE switch via a monitoring channel to a monitoring node, and wherein the TTE switch subsequently autonomously sends an event-triggered message, in the following called ET message, containing an identifier and the exact time of transmission of the monitored TT message via a monitoring channel to a monitoring node.
A method for uploading and storing an application code in a rewritable non-volatile memory of an electronic device, including at least the steps of: - receiving said application code transmitted by a master unit through a communication channel; - writing said application code to a portion of said non-volatile memory; wherein: said receiving and writing steps are performed by said bootloader; said at least one portion of said application code is validated by means of said bootloader; and said bootloader is located in a protected memory portion of said electronic device; and wherein: - said bootloader calculates at least a checksum or a plurality of checksums for the validation of the whole application code in its entirety, and sends said checksum(s) to said master; - the master verifies matching between said checksum(s) and corresponding checksum value(s) calculated on the application code before the transmission to said bootloader through said channel; - after having successfully completed the validation phase, the master sends to the bootloader at least one validation parameter for validating the application code, and said parameter is stored by the bootloader in a protected memory; - at each startup of the device, the bootloader performs a validation of the application code through said parameter. - receiving said application code transmitted by a master unit through a communication channel; - writing said application code to a portion of said non-volatile memory; wherein: said receiving and writing steps are performed by said bootloader; said at least one portion of said application code is validated by means of said bootloader; and said bootloader is located in a protected memory portion of said electronic device; - said bootloader calculates at least a checksum or a plurality of checksums for the validation of the whole application code in its entirety, and sends said checksum(s) to said master; - the master verifies matching between said checksum(s) and corresponding checksum value(s) calculated on the application code before the transmission to said bootloader through said channel; - after having successfully completed the validation phase, the master sends to the bootloader at least one validation parameter for validating the application code, and said parameter is stored by the bootloader in a protected memory; - at each startup of the device, the bootloader performs a validation of the application code through said parameter.
A method comprising: determining if a first multimedia asset is associated with an edit list (302,304) that includes a multimedia asset processing command; retrieving the edit list (302,304); processing the first multimedia asset using the multimedia asset processing command included in the edit list (302,304); and outputting the processed first multimedia asset in the form of a second multimedia asset; and either: creating an edit list pointer that points to the edit list and embedding the edit list pointer in the second multimedia asset, or embedding the edit list in the second multimedia asset. determining if a first multimedia asset is associated with an edit list (302,304) that includes a multimedia asset processing command; retrieving the edit list (302,304); processing the first multimedia asset using the multimedia asset processing command included in the edit list (302,304); and outputting the processed first multimedia asset in the form of a second multimedia asset; and either: creating an edit list pointer that points to the edit list and embedding the edit list pointer in the second multimedia asset, or embedding the edit list in the second multimedia asset. creating an edit list pointer that points to the edit list and embedding the edit list pointer in the second multimedia asset, or embedding the edit list in the second multimedia asset.
A method for increasing the load capacity of a surface-hardened rolling bearing raceway of a rolling bearing ring element, comprising - providing a rolling bearing ring element which has an unhardened core region and, at least in certain portions, an outer layer (Ra) hardened to a surface hardening depth (Rht), a rolling bearing raceway being formed in the region of the hardened outer layer (Ra), - hard rolling the rolling bearing raceway with at least one roll, characterized in that - the diameter of the roll is selected in the range of 8 to 25 times the surface hardening depth (Rht), - a surface pressure prevailing in the rolling contact between the roll and the rolling bearing raceway during the hard rolling is set in the range between 2000 MPa and 3300 MPa, and - the rolling bearing raceway is machined after the hard rolling. - providing a rolling bearing ring element which has an unhardened core region and, at least in certain portions, an outer layer (Ra) hardened to a surface hardening depth (Rht), a rolling bearing raceway being formed in the region of the hardened outer layer (Ra), - hard rolling the rolling bearing raceway with at least one roll, - the diameter of the roll is selected in the range of 8 to 25 times the surface hardening depth (Rht), - a surface pressure prevailing in the rolling contact between the roll and the rolling bearing raceway during the hard rolling is set in the range between 2000 MPa and 3300 MPa, and - the rolling bearing raceway is machined after the hard rolling.
A supervisory control system supervising a power transmission system, said supervisory control system comprising a display unit for displaying an overview picture (1, 9, 11) of said power transmission system or part of said power transmission system, said overview picture (1, 9, 11) comprising at least one object (2, 3, 4), said supervisory control system providing a display view displaying in an integrated manner said overview picture comprising overview information and a detailed information view (9, 10, 12) comprising detailed information said detailed information view being related to one of the objects, characterized by said detailed information view (9; 10; 11) being arranged to be shown in a movable magnifier window as the magnifier window is moved over said associated object.
An apparatus for controlling a flow of urine in a urethra of a patient, comprising: an implantable constriction device for constricting the urethra to influence the flow in the urinary tract, characterised in that the constriction device comprises a plurality of clamping elements (5, 6) configured to be arranged in a common plane intersecting the urethra and to be radially movable towards and away from a central axis of the urethra to change a constriction of the urethra; wherein the apparatus further comprises: an operation device configured to operate the movement of the clamping elements; an implantable motor configured to operate the operation device; a gearbox configured to transfer a force generated by the motor into a force operating the operation device; and a control device configured to control the operation of the operation device, the control device being connected to an internal signal transmitter configured for wireless communication; wherein the operation device is configured to operate the movement of the clamping elements such that a clamping force, acting on the urethra, is distributed between the clamping elements. an operation device configured to operate the movement of the clamping elements; an implantable motor configured to operate the operation device; a gearbox configured to transfer a force generated by the motor into a force operating the operation device; and a control device configured to control the operation of the operation device, the control device being connected to an internal signal transmitter configured for wireless communication; wherein the operation device is configured to operate the movement of the clamping elements such that a clamping force, acting on the urethra, is distributed between the clamping elements.