mhurhangee/patent-ind-claim-en huggingface dataset:
Pressing tool for producing composite fibre components having a first tool portion and a second tool portion which is movable relative thereto, wherein the two tool portions form, in the closed state of the pressing tool , a forming cavity for receiving a semi-finished fibre product which is intended to be formed and have a tool surface which delimits the cavity, wherein at least one of the tool surfaces comprises at least two adjacent and mutually inclined surface portions which are connected to each other by means of a curved transition portion , wherein the curved transition portion has at least one channel-like recess which faces the cavity , characterized in that the at least one channel-like recess extends from an end of the curved transition portion, which end adjoins the first surface portion , as far as an end (21", 22") of the curved transition portion , which end adjoins the second surface portion .
A method for wireless communication by a User Equipment, UE, comprising: transmitting a first indication of UE capability for performing a first set of UE actions; receiving , based on the first indication, a second indication of a second set of UE actions, the second set indicating which of the first set of UE actions the UE is to perform in response to receiving a warning message, the warning message including an identifier of a warning type associated with the second set of UE actions; receiving the warning message including the identifier of the warning type; and performing at least one of the second set of UE actions in response to receiving the warning message. transmitting a first indication of UE capability for performing a first set of UE actions; receiving , based on the first indication, a second indication of a second set of UE actions, the second set indicating which of the first set of UE actions the UE is to perform in response to receiving a warning message, the warning message including an identifier of a warning type associated with the second set of UE actions; receiving the warning message including the identifier of the warning type; and performing at least one of the second set of UE actions in response to receiving the warning message.
An accelerator control method comprising: receiving (S110), by an electronic speed control, an accelerator signal through a serial communication interface ; extracting (S120) accelerator control data from the accelerator signal; generating (S130), according to the accelerator control data, a motor control signal for controlling operation of a motor; and transmitting (S140) the motor control signal to the motor; wherein the accelerator signal and the accelerator control data are of digital signal format the accelerator signal comprises check data; and the extracting accelerator control data from the accelerator signal comprises: checking, by the electronic speed control, the accelerator signal according to the check data, and extracting the accelerator control data from the accelerator signal if the checking succeeds; characterized in that preventing the serial communication interface from receiving an incomplete accelerator signal by adopting a cyclic redundancy error check (CRC) and longitudinal redundancy check (LRC); and returning, by the electronic speed control control error information if the checking fails. receiving (S110), by an electronic speed control, an accelerator signal through a serial communication interface ; extracting (S120) accelerator control data from the accelerator signal; generating (S130), according to the accelerator control data, a motor control signal for controlling operation of a motor; and transmitting (S140) the motor control signal to the motor; wherein the accelerator signal and the accelerator control data are of digital signal format the accelerator signal comprises check data; and the extracting accelerator control data from the accelerator signal comprises: checking, by the electronic speed control, the accelerator signal according to the check data, and extracting the accelerator control data from the accelerator signal if the checking succeeds; characterized in that preventing the serial communication interface from receiving an incomplete accelerator signal by adopting a cyclic redundancy error check (CRC) and longitudinal redundancy check (LRC); and returning, by the electronic speed control control error information if the checking fails. checking, by the electronic speed control, the accelerator signal according to the check data, and extracting the accelerator control data from the accelerator signal if the checking succeeds; characterized in that preventing the serial communication interface from receiving an incomplete accelerator signal by adopting a cyclic redundancy error check (CRC) and longitudinal redundancy check (LRC); and returning, by the electronic speed control control error information if the checking fails.
An effect pigment preparation comprising: an effect pigment, a dispersive additive, and a passivating agent selected from phosphate, phosphites, phosphine, phosphate ester, phosphite ester, vanadates, chromates, chromites and silanes, wherein the preparation is dry, the pigment comprises about 84% or more of the mass of the preparation, the dispersive additive comprises up to about 15% of the mass of the preparation, and the number of theoretical layers of the passivating agent is from about 2 to about 12; wherein the pigment is a metallic pigment comprising aluminium, copper, copper-zinc alloys, copper-tin alloys, stainless steel, carbon steel, silver, zinc, nickel, titanium, chromium, manganese, vanadium, magnesium, zinc-magnesium alloys and mixtures thereof. an effect pigment, a dispersive additive, and a passivating agent selected from phosphate, phosphites, phosphine, phosphate ester, phosphite ester, vanadates, chromates, chromites and silanes, wherein the preparation is dry, the pigment comprises about 84% or more of the mass of the preparation, the dispersive additive comprises up to about 15% of the mass of the preparation, and the number of theoretical layers of the passivating agent is from about 2 to about 12; wherein the pigment is a metallic pigment comprising aluminium, copper, copper-zinc alloys, copper-tin alloys, stainless steel, carbon steel, silver, zinc, nickel, titanium, chromium, manganese, vanadium, magnesium, zinc-magnesium alloys and mixtures thereof.
Method for manufacturing a cannula system with a body unit and a compressing unit , the method comprising the steps: - Providing a body unit comprising a mounting structure , the body unit being mounted onto a molding core pin ; - Threading a soft cannula on the mounting structure of the body unit ; - injection molding of the compressing unit on the soft cannula and at least parts of the body unit , wherein the compressing unit circumferentially surrounds the mounting structure , at least parts of the soft cannula and at least parts of the body unit ; - Cooling of the compressing unit , thereby providing an internal material tension of the compressing unit ; - Removing the molding core pin . - Providing a body unit comprising a mounting structure , the body unit being mounted onto a molding core pin ; - Threading a soft cannula on the mounting structure of the body unit ; - injection molding of the compressing unit on the soft cannula and at least parts of the body unit , wherein the compressing unit circumferentially surrounds the mounting structure , at least parts of the soft cannula and at least parts of the body unit ; - Cooling of the compressing unit , thereby providing an internal material tension of the compressing unit ; - Removing the molding core pin .
A lubricant composition that can be washed off cold for application on a metal strip as a corrosion protection, washing and/or forming lubricant, characterized in that the composition comprises 50 wt % to 90 wt % base fluid, wherein the base fluid is a mixture of at least two base oils differing in their kinematic viscosity at 40° C, wherein the at least two base oils are selected from group I base oils and group II base oils with a kinematic viscosity at 40° C of 3 mm 2 /s to 700 mm 2 /s, wherein group III base oils and group IV base oils are not excluded, 3 wt % to 15 wt % sulfonate-based corrosion inhibitor, 1 wt % to 20 wt % ester component, 0.5 wt % to 3 wt % phosphorus carrier component, which is selected from the group comprising dialkyl hydrogenphosphite, wherein each alkyl residue of the dialkyl hydrogenphosphite is saturated or unsaturated and comprises 14 to 22 C atoms, oleyl alcohol ethoxylate phosphate, dimethyl octadecenyl phosphonate, and triaryl thiophosphate, or 1 wt % to 10 wt % sulfur carrier component, which is selected from the group comprising sulfurized hydrocarbon, sulfur-polymer from lard oil, overbased Na thiophosphonate, S ester, S ester of oleic acid methylester, aminodialkyl dithiophosphate, and ethylhexyl Zn dithiophosphate, as an extreme-pressure/antiwear additive, 1 wt % to 15 wt % emulsifier which is selected from non-ionic surfactants, anionic surfactants, or a mixture of non-ionic surfactants and/or anionic surfactants, 0.05 wt % to 1 wt % carboxylic acid component which is selected from the group consisting of carboxylic acids with 16 to 22 C atoms, dimer acids that are dicarboxylic acids produced by dimerization of unsaturated fatty acids of tall oil, and mixtures thereof, 0.05 wt % to 1 wt % aminic and/or phenolic antioxidant 0.5 wt % to 5 wt % wax and/or thickener component which is selected from the group comprising paraffinic waxes, castor oil derivatives, fatty acid derivatives that are fatty acid esters or fatty acid amides of saturated and unsaturated C16-20 fatty acids, and polymeric thickeners, the weight of each of the afore components relative to the total weight of the composition.
A dry composition for the achievement of hemostasis or other fluid containment in an in vivo context comprising: a hydrogel-forming component; a first cross-linkable component; and a second cross-linkable component that cross-links with the first cross-linkable component under reaction enabling conditions; wherein the first and second components cross-link to form a porous matrix having interstices, and wherein the hydrogel-forming component is capable of being hydrated to form a hydrogel to fill at least some of the interstices. a hydrogel-forming component; a first cross-linkable component; and a second cross-linkable component that cross-links with the first cross-linkable component under reaction enabling conditions; wherein the first and second components cross-link to form a porous matrix having interstices, and wherein the hydrogel-forming component is capable of being hydrated to form a hydrogel to fill at least some of the interstices.
Method for operating measuring devices in a process plant, comprising the following steps: - Providing at least one measuring device for detecting at least one measuring variable, wherein the measuring device comprises at least one memory means in which actual configuration data for the operation of the measuring device is stored; characterized by - Providing at least one controller unit , wherein the controller unit comprises at least one memory means in which projected configuration data for the operation of the measuring device is stored; wherein the controller unit does not have write access to the measuring device with respect to the actual configuration data; and wherein the at least one measuring device and the at least one controller unit are connected via at least one network; - Comparing the actual configuration data and the projected configuration data, wherein if the configuration data correspond, a data communication with respect to the measuring variable is allowed, and if the configuration data do not correspond, a data communication with respect to the measuring variable is not allowed; - wherein the controller unit transmits the projected configuration data to the measuring device and the comparing of the configuration data takes place in the measuring device ; or - wherein the measuring device transmits the actual configuration data to the controller unit and the comparing of the configuration data takes place in the controller unit , and wherein the comparison result is transmitted to the measuring device . - Providing at least one measuring device for detecting at least one measuring variable, wherein the measuring device comprises at least one memory means in which actual configuration data for the operation of the measuring device is stored; characterized by - Providing at least one controller unit , wherein the controller unit comprises at least one memory means in which projected configuration data for the operation of the measuring device is stored; wherein the controller unit does not have write access to the measuring device with respect to the actual configuration data; and wherein the at least one measuring device and the at least one controller unit are connected via at least one network; - Comparing the actual configuration data and the projected configuration data, wherein if the configuration data correspond, a data communication with respect to the measuring variable is allowed, and if the configuration data do not correspond, a data communication with respect to the measuring variable is not allowed; - wherein the controller unit transmits the projected configuration data to the measuring device and the comparing of the configuration data takes place in the measuring device ; or - wherein the measuring device transmits the actual configuration data to the controller unit and the comparing of the configuration data takes place in the controller unit , and wherein the comparison result is transmitted to the measuring device .
Method for operating a cableway system comprising a plurality of transporting means and comprising a plurality of spaced stations , wherein two spaced stations are connected to each other via a common haul rope and form a circular path , wherein the transporting means are moved along a guide rail within the station in a self-propelled and motor-driven manner, wherein the transporting means are coupled to the haul rope when leaving the station , and wherein the transporting means are released from the haul rope when entering the station and are guided to the guide rail , the circular path having a center point (S) which is arranged centrally between the spaced stations of the circular path in the direction of travel of the haul rope , in that a stock (V) of transporting means is stored in both spaced stations of the circular path , characterized in that the transporting means are fed from the two spaced stations of the circular path to the haul rope and coupled to the latter in such a way that in each case two transporting means coupled to the haul rope and moving in opposite directions are arranged symmetrically with respect to a symmetry point (S3) spaced from the center point (S) by up to +/- 50 meters in the direction of travel of the haul rope , wherein each transporting means comprises an energy storage unit , a motor , a control unit and a generator , in that the transporting means are driven by an acceleration system arranged in the station during the extension from the station , so that the generator is driven during the extension from the station , and the energy storage unit is charged with the energy generated by the generator .
Method for producing an electrode film , wherein an electrode strip of high tensile strength is provided, which electrode strip contains an electrochemical active material, wherein the electrode strip is electrochemically prelithiated, and wherein the prelithiated electrode strip is rinsed in a rinse bath , characterized in that the prelithiated electrode strip is introduced into the rinse bath in such a way that at least one first surface of the electrode strip comes into contact with a rinse liquid situated in the rinse bath , and in that a pressure difference is generated in the rinse bath in such a way that a first pressure prevailing at the first surface of the electrode strip is greater than a second pressure prevailing at at least one portion of a second surface of the electrode strip , said second surface being situated opposite the first surface .
An electronic device comprising: a first antenna configured to transmit a first transmission signal having a first phase; a second antenna configured to transmit a second transmission signal having a second phase; a transceiver electrically connected to the first antenna and the second antenna ; and a processor , wherein the transceiver is configured to: a) identify a first feedback transmission signal including a part of the first transmission signal and a second feedback transmission signal including a part of the second transmission signal, and b) calculate a correlation for the first feedback transmission signal and the second feedback transmission signal, and wherein the processor is configured to: c) predict radiation power radiated from the electronic device based on the correlation, d) if the predicted radiation power does not correspond to a predetermined value, control the transceiver to adjust at least one of the first phase or the second phase, and return to a). a first antenna configured to transmit a first transmission signal having a first phase; a second antenna configured to transmit a second transmission signal having a second phase; a transceiver electrically connected to the first antenna and the second antenna ; and a processor , wherein the transceiver is configured to: a) identify a first feedback transmission signal including a part of the first transmission signal and a second feedback transmission signal including a part of the second transmission signal, and b) calculate a correlation for the first feedback transmission signal and the second feedback transmission signal, and a) identify a first feedback transmission signal including a part of the first transmission signal and a second feedback transmission signal including a part of the second transmission signal, and b) calculate a correlation for the first feedback transmission signal and the second feedback transmission signal, and wherein the processor is configured to: c) predict radiation power radiated from the electronic device based on the correlation, d) if the predicted radiation power does not correspond to a predetermined value, control the transceiver to adjust at least one of the first phase or the second phase, and return to a). c) predict radiation power radiated from the electronic device based on the correlation, d) if the predicted radiation power does not correspond to a predetermined value, control the transceiver to adjust at least one of the first phase or the second phase, and return to a).
A bus bar holder for a battery comprising a housing having a first wall , a first plurality of battery cells and a second plurality of battery cells housed by the housing , the bus bar holder comprising: - a main body comprising: - a first side to be disposed next to the first plurality of battery cells and the second plurality of battery cells ; and - a second side opposite the first side and to be disposed away from the first plurality of battery cells and the second plurality of battery cells ; and - a lead-in structure coupled with the main body on the first side , the lead-in structure comprising: - a first lead-in wall to be disposed between the first plurality of battery cells and the second plurality of battery cells ; and - a second lead-in wall orthogonal to the first lead-in wall , the second lead-in wall to be disposed between the first wall of the housing , and the first plurality of battery cells and the second plurality of battery cells . - a main body comprising: - a first side to be disposed next to the first plurality of battery cells and the second plurality of battery cells ; and - a second side opposite the first side and to be disposed away from the first plurality of battery cells and the second plurality of battery cells ; and - a first side to be disposed next to the first plurality of battery cells and the second plurality of battery cells ; and - a second side opposite the first side and to be disposed away from the first plurality of battery cells and the second plurality of battery cells ; and - a lead-in structure coupled with the main body on the first side , the lead-in structure comprising: - a first lead-in wall to be disposed between the first plurality of battery cells and the second plurality of battery cells ; and - a second lead-in wall orthogonal to the first lead-in wall , the second lead-in wall to be disposed between the first wall of the housing , and the first plurality of battery cells and the second plurality of battery cells . - a first lead-in wall to be disposed between the first plurality of battery cells and the second plurality of battery cells ; and - a second lead-in wall orthogonal to the first lead-in wall , the second lead-in wall to be disposed between the first wall of the housing , and the first plurality of battery cells and the second plurality of battery cells .
A water-soluble pharmaceutical composition comprising isoquercitrin, L-arginine, and ascorbic acid or an alkali salt thereof, wherein a molar ratio between the isoquercitrin, L-arginine, and the alkali salt of ascorbic acid is 1: 1.6-2.6: 0.16-1.95.
A door or hatch for a housing for air-conditioning devices, wherein the door leaf consists of a metal casing which contains a heat-insulating material and which is equipped with spaced-apart elastic seals around the periphery, and wherein the door frame consists of two vertical composite profiles which are connected by two horizontal elements , wherein the metal casing of the door leaf is formed of two metal shells , characterized in that the door leaf has a uniform cross-section on the entire peripheral region, in that the two metal shells are connected in the peripheral region by means of a plastic profile which has at least one inner chamber, the peripheral edges , bent through 90°, of the inner shells being anchored to said plastic profile in a corresponding groove and the peripheral edges , bent through 90°, of the outer shell being fastened to the same plastic profile by screws , in that the plastic profile is equipped with a first seal which bears with one of the lateral longitudinal regions against the edge of the shell directed towards the interior of the housing for air-conditioning devices, while the opposite longitudinal region bears against the vertical composite profiles when the door leaf is closed, in that the same plastic profile is equipped with a second seal which is spaced apart from the first and projects towards the vertical elements and horizontal elements forming the door frame, in that both horizontal elements of the door frame have an identical, flat L-shaped cross-section, the vertical flange that protrudes towards the clear opening being much narrower than the horizontal flange that is fastened to the end faces of the vertical elements formed by the vertical composite profiles with a break in the thermal bridge, in that these vertical composite profiles have a wedge-shaped cross-section that constricts the horizontal clear opening, and in that the same first seal , when the door leaf is closed, bears only with its front longitudinal region against the vertical flange of both horizontal elements .