mhurhangee/ep-ind-claims huggingface dataset:
A wrench for wrenching a workpiece, comprising a wrenching portion and a gripping portion, the gripping portion extending and being connected at its extending end with the wrenching portion, wherein the wrench further comprises a unidirectional transmission mechanism comprising rollers (112,212), a first member (110,210) and a second member (111,211) at least partially sheathed in the first member (110,210); the first member (110,210) is fixedly provided at the wrenching portion of the wrench, the second member (111,211) is used for mating with the workpiece; the directions of the rotating torque from the wrenching portion are a first direction and a second direction along an axis of rotation of the first member (110,210); for one of the rotating torque of the first direction and the rotating torque of the second direction, the rollers cause the second member (111,211) to be stationary relative to the first member (110,210) so as to output the rotating torque to the workpiece; and for the other one of the rotating torque of the first direction and the rotating torque of the second direction, the rollers (112,212) cause the second member (111,211) to rotate relative to the first member (110,210) without outputting the rotating torque to the workpiece; wherein a first surface of the first member and a second surface of the second member are opposed to each other; the first surface is a smooth curved surface, the second surface has grooves only in a part in proximity to the gripping portion, the groove together with the first surface it is opposed to defines a movement room for the respective rollers; or a second surface of the first member and a first surface of the second member are opposed to each other; the first surface is a smooth curved surface, the second surface has grooves only in a part in proximity to the gripping portion, the groove together with the first surface it is opposed to defines a movement room for the respective rollers; the number of the grooves (116,216) is not less than 3; the wrenching portion further includes snap springs (213a,213b) and fixing plates (214a,214b), the snap springs (213a,213b) are respectively in contact with one end face of the second member (111,211); on outer sides of the snap springs (213a,213b), the fixing plates (214a,214b) are respectively fixed to the wrenching portion; a fixed connection between them is achieved by passing screws through the threaded holes of the fixing plates (214a,214b) and the wrenching portion.
A chemically defined medium for 3D tumorsphere culture, characterized in that it comprises the trace elements, - aluminum (Al), in a concentration in the range of 1.5 nM to 15 nM; - barium (Ba), in a concentration in the range of 1.5 nM to 15 nM; - bromine (Br), in a concentration in the range of 0.4 nM to 4 nM; - cadmium (Cd), in a concentration in the range of 4 nM to 40 nM; - cobalt (Co), in a concentration in the range of 1 nM to 10 nM; - chromium (Cr), in a concentration in the range of 0.5 nM to 5 nM; - germanium (Ge), in a concentration in the range of 2 nM to 20 nM; - iodine, in a concentration in the range of 0.25 nM to 2.5 nM; - fluorine, in a concentration in the range of 12 nM to 120 nM; - nickel (Ni), in a concentration in the range of 0.2 nM to 2 nM; - manganese (Mn), in a concentration in the range of 0.1 nM to 1 nM; - molybdenium (Mo), in a concentration in the range of 0.7 nM to 7 nM; - rubidium (Rb), in a concentration in the range of 4 nM to 40 nM; - selenium (Se) in a concentration in the range of 40 nM to 400 nM; - silver (Ag), in a concentration in the range of 0.3 nM to 3 nM - silicon (Si), in a concentration in the range of 130 nM to 1.3 μM - tin (Sn), in a concentration in the range of 0.1 nM to 1 nM - vanadium, in a concentration in the range of 2 nM to 22 nM; and - zirconium (Zr), in a concentration in the range of 3.5 nM to 35 nM. - aluminum (Al), in a concentration in the range of 1.5 nM to 15 nM; - barium (Ba), in a concentration in the range of 1.5 nM to 15 nM; - bromine (Br), in a concentration in the range of 0.4 nM to 4 nM; - cadmium (Cd), in a concentration in the range of 4 nM to 40 nM; - cobalt (Co), in a concentration in the range of 1 nM to 10 nM; - chromium (Cr), in a concentration in the range of 0.5 nM to 5 nM; - germanium (Ge), in a concentration in the range of 2 nM to 20 nM; - iodine, in a concentration in the range of 0.25 nM to 2.5 nM; - fluorine, in a concentration in the range of 12 nM to 120 nM; - nickel (Ni), in a concentration in the range of 0.2 nM to 2 nM; - manganese (Mn), in a concentration in the range of 0.1 nM to 1 nM; - molybdenium (Mo), in a concentration in the range of 0.7 nM to 7 nM; - rubidium (Rb), in a concentration in the range of 4 nM to 40 nM; - selenium (Se) in a concentration in the range of 40 nM to 400 nM; - silver (Ag), in a concentration in the range of 0.3 nM to 3 nM - silicon (Si), in a concentration in the range of 130 nM to 1.3 μM - tin (Sn), in a concentration in the range of 0.1 nM to 1 nM - vanadium, in a concentration in the range of 2 nM to 22 nM; and - zirconium (Zr), in a concentration in the range of 3.5 nM to 35 nM.
Collecting line for discharging hot process gases in tubular reforming furnaces, the collecting line having, from the inside outwards, at least the following two layers: - an insulating layer of refractory concrete or refractory masonry, - a wall of a metallic outer tube, and also comprising multiple nozzles, via which the tubes of the tubular reforming furnace can be connected to the collecting line, characterized in that the collecting line has different heat transmission resistances in the circumferential direction, a flow space being arranged eccentrically in the outer tube, whereby the insulating layer has different thicknesses and heat transmission resistances in the circumferential direction. - an insulating layer of refractory concrete or refractory masonry, - a wall of a metallic outer tube,
Method for actuating a thermoelectric two-point drive of a valve of a temperature-control-medium-operated heating and/or cooling system e.g. of a building, in particular a radiant heating and/or cooling system, wherein, in the method, - the two-point drive is actuated by an electrical actuation signal, the magnitude of which is set on the basis of a currently desired flow rate of the temperature-control medium to a value between a minimum value at which the valve is completely closed and a maximum value at which the valve is completely open, inclusive, - the two-point drive is actuated sequentially by actuation signals of different magnitudes for determining a minimum opening position of the valve at which a predetermined minimum flow rate of the temperature-control medium is set and/or for determining a maximum opening position of the valve at which a predetermined maximum flow rate or the maximum flow rate of the temperature-control medium is set, - a sensor arranged in the heating and/or cooling system emits a measuring signal that represents the flow rate of the temperature-control medium resulting from the actuation of the two-point drive and thus the setting of the valve, and - the actuation signal or signals for the two-point drive which is/are assigned to the minimum flow rate and/or the maximum flow rate is/are stored. - the two-point drive is actuated by an electrical actuation signal, the magnitude of which is set on the basis of a currently desired flow rate of the temperature-control medium to a value between a minimum value at which the valve is completely closed and a maximum value at which the valve is completely open, inclusive, - the two-point drive is actuated sequentially by actuation signals of different magnitudes for determining a minimum opening position of the valve at which a predetermined minimum flow rate of the temperature-control medium is set and/or for determining a maximum opening position of the valve at which a predetermined maximum flow rate or the maximum flow rate of the temperature-control medium is set, - a sensor arranged in the heating and/or cooling system emits a measuring signal that represents the flow rate of the temperature-control medium resulting from the actuation of the two-point drive and thus the setting of the valve, and - the actuation signal or signals for the two-point drive which is/are assigned to the minimum flow rate and/or the maximum flow rate is/are stored.
A welding apparatus comprising: a welding rod; a welding rod cooler section that cools the welding rod; the welding apparatus being characterised by the following: a temperature measuring jig section that measures the temperature of the welding rod; and wherein: the temperature measuring jig section comprises a main body portion; a temperature sensor positioned at the upper end of the main body portion; and a rotating shaft portion that rotates the main body portion to position the temperature sensor at the lower end part of the welding rod, and the welding rod cooler section comprises a cooling panel; and a plurality of cooling holes formed in the cooling panel, a blower, wherein the cooling holes are connected to the blower, and a cold air flowing-in through the blower passes through the cooling hole to be blown to the welding rod. a welding rod; a welding rod cooler section that cools the welding rod; the welding apparatus being characterised by the following: a temperature measuring jig section that measures the temperature of the welding rod; and wherein: the temperature measuring jig section comprises a main body portion; a temperature sensor positioned at the upper end of the main body portion; and a rotating shaft portion that rotates the main body portion to position the temperature sensor at the lower end part of the welding rod, and the welding rod cooler section comprises a cooling panel; and a plurality of cooling holes formed in the cooling panel, a blower, wherein the cooling holes are connected to the blower, and a cold air flowing-in through the blower passes through the cooling hole to be blown to the welding rod. a temperature measuring jig section that measures the temperature of the welding rod; and wherein: the temperature measuring jig section comprises a main body portion; a temperature sensor positioned at the upper end of the main body portion; and a rotating shaft portion that rotates the main body portion to position the temperature sensor at the lower end part of the welding rod, and the welding rod cooler section comprises a cooling panel; and a plurality of cooling holes formed in the cooling panel, a blower, wherein the cooling holes are connected to the blower, and a cold air flowing-in through the blower passes through the cooling hole to be blown to the welding rod.
Method for enrolling a holder of a biometric transaction device, comprising the following step: - storing a biometric pattern (N1-N7) in the device, characterized in that a state is associated with said biometric pattern, the state being initialized to "not activated", in that the device is configured to authenticate the holder using said biometric pattern only if its associated state has been previously changed to "activated" and in that the method comprises the steps of: - a) providing the device with a power supply by means of a portable and mobile power supply connector, said device being configured to trigger said storage in response to the detection of a specific behavior of the connector, - b) activating (E10, E10bis, A1) the biometric pattern (N1-N7) by changing the state associated with the biometric pattern to "activated", said activation being carried out by the device in response to or in association with a successful non-biometric authentication of the holder; said activation (E10, E10bis, A1) being carried out during an electronic transaction which implements a successful biometric verification of a freshly acquired biometric fingerprint and said successful non-biometric authentication of the holder. - storing a biometric pattern (N1-N7) in the device, - a) providing the device with a power supply by means of a portable and mobile power supply connector, said device being configured to trigger said storage in response to the detection of a specific behavior of the connector, - b) activating (E10, E10bis, A1) the biometric pattern (N1-N7) by changing the state associated with the biometric pattern to "activated", said activation being carried out by the device in response to or in association with a successful non-biometric authentication of the holder; said activation (E10, E10bis, A1) being carried out during an electronic transaction which implements a successful biometric verification of a freshly acquired biometric fingerprint and said successful non-biometric authentication of the holder.
A receiver for receiving digital terrestrial broadcasting signals, the receiver comprising: a channel characteristic calculation unit operable to calculate, based on pilot signals included in received signals, channel characteristics with respect to the pilot signals; a filter unit operable to perform, on the channel characteristics, processing which is at least one of (i) an interpolation and (ii) band limitation, using filter processing whose frequency transfer characteristics are able to be frequency-shifted by a determined shift amount; an equalization unit operable to equalize the received signals based on channel characteristics obtained as a result of the processing performed by the filter unit characterized in that the receiver further comprises a filter control unit operable to determine the shift amount by which the frequency transfer characteristics of the filter unit are frequency-shifted, and control the frequency transfer characteristics of the filter unit, wherein the filter control unit observes channel characteristics with respect to first, continuously sent signals included in the received signals and determines the shift amount based on a result of the observation, and the filter unit frequency-shifts the frequency transfer characteristics by the determined shift amount. a channel characteristic calculation unit operable to calculate, based on pilot signals included in received signals, channel characteristics with respect to the pilot signals; a filter unit operable to perform, on the channel characteristics, processing which is at least one of (i) an interpolation and (ii) band limitation, using filter processing whose frequency transfer characteristics are able to be frequency-shifted by a determined shift amount; an equalization unit operable to equalize the received signals based on channel characteristics obtained as a result of the processing performed by the filter unit characterized in that the receiver further comprises a filter control unit operable to determine the shift amount by which the frequency transfer characteristics of the filter unit are frequency-shifted, and control the frequency transfer characteristics of the filter unit, wherein the filter control unit observes channel characteristics with respect to first, continuously sent signals included in the received signals and determines the shift amount based on a result of the observation, and the filter unit frequency-shifts the frequency transfer characteristics by the determined shift amount.
A wall-mounting mechanism to connect an image display panel to a wall surface, the wall-mounting mechanism establishing a mechanical connection between the image display panel and the wall surface to carry and support the image display panel in a fixed manner and to enable access to a connection port panel of the image display panel, wherein the wall-mounting mechanism comprises at least two fixing devices securable to the wall surface and to which the image display panel is mountable in a pivotally rotated manner, characterized in that - it comprises two bearing balls which are fixedly connectable to a rear surface portion of the image display panel, - each fixing device comprises a channel into which a bearing ball is received to reach a final interlocked position, - each bearing ball at the final interlocked position within the fixing device channels is rotatable about its axis, such that a rotation of the image display panel about a rotation axis extending through the two bearing balls is allowed. - it comprises two bearing balls which are fixedly connectable to a rear surface portion of the image display panel, - each fixing device comprises a channel into which a bearing ball is received to reach a final interlocked position, - each bearing ball at the final interlocked position within the fixing device channels is rotatable about its axis, such that a rotation of the image display panel about a rotation axis extending through the two bearing balls is allowed.
Interrupter pole part for high pressure environment application, with a pressure resistant insulating housing in which a vacuum interrupter is installed, wherein the vacuum interrupter is provided with at least one moving contact and one fixed contact inside the vacuum interrupter, wherein the pressure resistant insulating housing is tubelike and at its ends provided with flanges formed at the insulating housing out of the same material, and wherein at least one of the flanges is closed with a metal cap, which is adapted to the aforesaid flange of the insulating housing by the same dimensions, and wherein with a clamp ring means the metal cap is pressed tightly on the flange of the insulating housing by the introduced clamping fixation force, characterized in that in order to introduce high fixing forces at the flanges, the circumferential profile of the flange and the cap is shaped in such, that the thickness of the flange and the thickness of the cap will decrease towards the edge of the flange and the cap, and that the inner surface of the clamp ring means are formed complementarily to the aforesaid circumferential profiles of the flange and the cap, so that by reduction of the resulting diameter of a two part clamp ring an increase of the fixation force is introduced, in that the housing is segmented into an upper housing segment and a lower housing segment, which are arranged in axial direction, so that the tubelike housing is segmented in axial direction, concerning to the side, at which a moving stem of the moving contact extends out of the vacuum interrupter connected with a pushrod, the insulating tube like housing is divided into said upper housing segment and said lower housing segment, and that between these two segments of the housing a fixed contact ring made of electrically conductive material comprising a sliding contact made of electrically conductive material is arranged, in order to electrically connect the moving contact of the vacuum interrupter with the fixed contact ring via the sliding contact, in that the fixed contact ring is provided with an integral conductive ring, which extends in its diameter through the upper housing segment and the lower housing segment of the insulating housing arrangement in such, that it can be externally connected electrically, and in that the lower side of the upper housing segment is also provided with a flange, this flange being pressed against a flange of the lower housing segment in the same way as said flange and said cap, with a clamp ring corresponding to the edges with flanks to flanges of the housing segments.
Cut-off bar for the deformation of a light beam emitted by a light source, said bar being able to be driven between at least one first position wherein it does not intercept the light beam and a second position wherein it intercepts at least one portion of the light beam, said bar comprising a core and at least one fin (32, 34, 36) added onto the core, the core bearing partition elements forming two-by-two housings for receiving a fin, said fin or fins (32, 34, 36) comprising fastening means arranged to fasten the fin (32, 34, 36) onto the partition elements, characterised in that the means for fastening comprise claws arranged to make it possible for the insertion of the fin (32, 34, 36) into the housings and to be fastened onto the partition elements.
A catheter cartridge assembly, comprising: a cartridge including a cartridge housing having proximal and distal ends; a pre-loaded tip at least partially positioned within the cartridge housing; and a protective sleeve at least partially positioned within the cartridge housing and having a proximal end secured with respect to the pre-loaded tip; and a catheter member having a proximal end configured to be advanced proximally into and through the cartridge housing to engage and become joined to a distal end of the pre-loaded tip for proximal advancement out of the proximal end of the cartridge housing as a composite catheter defined by the joined preloaded tip and catheter member, wherein the protective sleeve is configured to cover the portion of the composite catheter defined by the catheter member as the composite catheter is proximally advanced out of the cartridge housing. a cartridge including a cartridge housing having proximal and distal ends; a pre-loaded tip at least partially positioned within the cartridge housing; and a protective sleeve at least partially positioned within the cartridge housing and having a proximal end secured with respect to the pre-loaded tip; and a cartridge housing having proximal and distal ends; a pre-loaded tip at least partially positioned within the cartridge housing; and a protective sleeve at least partially positioned within the cartridge housing and having a proximal end secured with respect to the pre-loaded tip; and a catheter member having a proximal end configured to be advanced proximally into and through the cartridge housing to engage and become joined to a distal end of the pre-loaded tip for proximal advancement out of the proximal end of the cartridge housing as a composite catheter defined by the joined preloaded tip and catheter member, wherein the protective sleeve is configured to cover the portion of the composite catheter defined by the catheter member as the composite catheter is proximally advanced out of the cartridge housing.