mhurhangee/ep-ind-claims huggingface dataset:
Transport device for transporting containers, comprising: a first transport section which is configured to convey the containers in, a second transport section, which is configured to convey the containers out, and a transfer device comprising a rotary cylinder, a clamping belt, and a compensation device, wherein the rotary cylinder and/or the clamping belt are configured to be drivable, wherein the compensation device is configured in such a way that the length of the clamping belt can be adjusted with it in the region of the transfer device, wherein the rotary cylinder and the clamping belt are configured to hold the containers between the rotary cylinder and the clamping belt while transferring them from the first transport section to the second transport section, wherein the rotary cylinder comprises at least one belt support element (26; 50), and wherein the belt support element (26; 50) is arranged such that the clamping belt abuts against it when there are no containers on the transfer device characterized in that the rotary cylinder comprises one or more container support rings (22, 24). a first transport section which is configured to convey the containers in, a second transport section, which is configured to convey the containers out, and a transfer device comprising a rotary cylinder, a clamping belt, and a compensation device, a clamping belt, and a compensation device, wherein the rotary cylinder and/or the clamping belt are configured to be drivable, wherein the compensation device is configured in such a way that the length of the clamping belt can be adjusted with it in the region of the transfer device, wherein the rotary cylinder and the clamping belt are configured to hold the containers between the rotary cylinder and the clamping belt while transferring them from the first transport section to the second transport section, wherein the rotary cylinder comprises at least one belt support element (26; 50), and wherein the belt support element (26; 50) is arranged such that the clamping belt abuts against it when there are no containers on the transfer device characterized in that the rotary cylinder comprises one or more container support rings (22, 24).
An apparatus for coating substrates for the production of exhaust gas purification catalysts, particularly for motor vehicles, which are cylindrical support bodies and each have two end faces, a circumferential surface and an axial length L and are traversed from the first end face to the second end face by a multiplicity of channels, with a liquid coating slurry; said apparatus comprising: a coating chamber designed to receive said substrate from the top and to attach said substrate in a liquid tight manner to the coating chamber and further being able to receive said coating slurry from below; said coating chamber further comprising a device to check the height of said coating slurry within said coating chamber by measuring a variable; characterized in that, said device has one sensor in a lower position in the coating chamber relative to at least a first sensor and a second sensor being installed on equal height in the coating chamber; said device being able to: - measure said variable via the lower sensor, and said at least first and second sensors separately; and - compare the measured variables with each other. a coating chamber designed to receive said substrate from the top and to attach said substrate in a liquid tight manner to the coating chamber and further being able to receive said coating slurry from below; said coating chamber further comprising a device to check the height of said coating slurry within said coating chamber by measuring a variable; characterized in that, said device has one sensor in a lower position in the coating chamber relative to at least a first sensor and a second sensor being installed on equal height in the coating chamber; said device being able to: - measure said variable via the lower sensor, and said at least first and second sensors separately; and - compare the measured variables with each other. - measure said variable via the lower sensor, and said at least first and second sensors separately; and - compare the measured variables with each other.
A hearing assisting device comprising a receiver for generation of acoustic signals and a fixture for positioning the receiver, where a suspension supports the receiver to the fixture, characterized in that the combination of the receiver and the suspension has a first mechanical resonance frequency in the range from 6 kHz to 10 kHz.
Method for detecting a DSRC signal in the form of a CEN DSRC toll system signal (C2C-201; Si-WT1) in a motor vehicle (201; 202) having a CEN DSRC toll system, having a module (C2x-Syst, Det) comprising a "C2X" communications system and/or "Car2Car" communications system (C2x-Syst) of a motor vehicle, wherein, after amplitude demodulation of the received signal (C2C-201; Si-WT1), one or more properties (E1-E7) of the received signal (C2C-201; Si-WT1) are examined by a protocol detector (uP) of the module for "C2X" communication and/or "Car2Car" communication in the vehicle, wherein, if a DRSC signal is detected, the reaction is the module for "C2X" communication and/or "Car2Car" communication in the vehicle asking another transmitting vehicle to transmit the received signal (C2C-201; Si-WT1) again and/or to transmit it with more power and/or to transmit it using a different transmission method. signal (C2C-201; Si-WT1) in a motor vehicle (201; 202) having a CEN DSRC toll system, having a module (C2x-Syst, Det) comprising a "C2X" communications system and/or "Car2Car" communications system (C2x-Syst) of a motor vehicle, wherein, after amplitude demodulation of the received signal (C2C-201; Si-WT1), one or more properties (E1-E7) of the received signal (C2C-201; Si-WT1) are examined by a protocol detector (uP) of the module for "C2X" communication and/or "Car2Car" communication in the vehicle, wherein, if a DRSC signal is detected, the reaction is the module for "C2X" communication and/or "Car2Car" communication in the vehicle asking another transmitting vehicle to transmit the received signal (C2C-201; Si-WT1) again and/or to transmit it with more power and/or to transmit it using a different transmission method.
A terminal apparatus comprising: a processing unit configured to determine which of a base station or a relay terminal is set as a transmission destination for each packet in accordance with whether or not a predetermined condition is satisfied, characterized in that the predetermined condition relates to time elapsed without the relay terminal being discovered by the terminal apparatus, wherein the terminal apparatus is configured to start a timer in case where transmission traffic occurs in order to determine the elapsed time.
A method of facilitating navigation of an anatomical luminal network of a patient, the method, executed by a set of one or more computing devices, comprising: receiving imaging data captured by an imaging device at a distal end of an instrument positioned within the anatomical luminal network; accessing a virtual feature derived from a virtual image simulated from a viewpoint of a virtual imaging device positioned at a virtual location within a virtual luminal network representative of the anatomical luminal network, wherein the virtual feature is derived from a virtual depth map associated with the virtual image; generating a depth map based on the imaging data; calculating a correspondence between a feature derived from the imaging data and the virtual feature derived from the virtual image, wherein calculating the correspondence is based at least partly on correlating one or more features of the depth map and one or more features of the virtual depth map; and determining a pose of the distal end of the instrument within the anatomical luminal network based on the virtual location associated with the virtual feature. receiving imaging data captured by an imaging device at a distal end of an instrument positioned within the anatomical luminal network; accessing a virtual feature derived from a virtual image simulated from a viewpoint of a virtual imaging device positioned at a virtual location within a virtual luminal network representative of the anatomical luminal network, wherein the virtual feature is derived from a virtual depth map associated with the virtual image; generating a depth map based on the imaging data; calculating a correspondence between a feature derived from the imaging data and the virtual feature derived from the virtual image, wherein calculating the correspondence is based at least partly on correlating one or more features of the depth map and one or more features of the virtual depth map; and determining a pose of the distal end of the instrument within the anatomical luminal network based on the virtual location associated with the virtual feature.
A pump apparatus comprising: a pump; an electric motor for driving the pump; an inverter as a speed changing means for the electric motor; a vibration detector (31, 35, 36, 56) for detecting at least one of a vibration of the pump, a vibration of the electric motor and a vibration of the inverter; and a controller for controlling the pump, wherein the controller comprises a storage unit for storing a measured vibration value measured by the vibration detector (31, 35, 36, 56), the storage unit having a storage table (Tb11, Tb12, Tbl3, Tbl4) which is configured to, when the rotational speed of the pump is increased stepwise to a predetermined rotational speed, store the measured vibration value measured at each step;. characterised in that the storage unit is further configured to store a predetermined reference vibration value, and a threshold value (A, B) which serves as a benchmark for an abnormal vibration of the pump, and wherein the controller is configured to calculate a correction amount which is a difference between the measured vibration value and the reference vibration value, stored in the storage table (Tb11, Tb12, Tb13, Tbl4), and to correct the threshold value (A, B) based on the correction amount. a pump; an electric motor for driving the pump; an inverter as a speed changing means for the electric motor; a vibration detector (31, 35, 36, 56) for detecting at least one of a vibration of the pump, a vibration of the electric motor and a vibration of the inverter; and a controller for controlling the pump, wherein the controller comprises a storage unit for storing a measured vibration value measured by the vibration detector (31, 35, 36, 56), the storage unit having a storage table (Tb11, Tb12, Tbl3, Tbl4) which is configured to, when the rotational speed of the pump is increased stepwise to a predetermined rotational speed, store the measured vibration value measured at each step;. characterised in that the storage unit is further configured to store a predetermined reference vibration value, and a threshold value (A, B) which serves as a benchmark for an abnormal vibration of the pump, and wherein the controller is configured to calculate a correction amount which is a difference between the measured vibration value and the reference vibration value, stored in the storage table (Tb11, Tb12, Tb13, Tbl4), and to correct the threshold value (A, B) based on the correction amount.
Flexible conduit for transporting abrasive slurry, comprising a flexible tubular body, such as rubber tube, and a plurality of wear-resistant rings provided in the body along the length of the conduit for protecting the inner surface of the body against abrasive action of the slurry, wherein at least one ring of the plurality of rings comprises an indentation for engaging the tubular body in a form closed manner, wherein the indentation is arranged with the ring such that radial movement of the ring with respect to the conduit is prevented, characterised in that the indentation is arranged with the ring such that release of broken parts of the at least one ring from the body into the slurry is prevented, and in that the indentation is arranged with the ring such that the indentation faces towards an adjacent ring.
A method for preventing the crystallization of rotigotine, the method comprising a step of mixing rotigotine with an anti-crystallizer, wherein the anti-crystallizer is oleic acid, wherein the rotigotine and the anti-crystallizer are mixed at a weight ratio of 10: (6.62 to 20) to prevent the crystallization of rotigotine.
Method for activating an overtaking assistance function of a single-track motor vehicle by means of a rider-actuatable operating element of a direction indicator, the single-track motor vehicle additionally having a distance and/or speed control function, characterized in that - the actuating time of the operating element is determined and - in the event that the actuating time exceeds a specified threshold value, interventions by the distance and/or speed control function are temporarily suppressed during the rider-independent acceleration phase of the overtaking assistance function. - the actuating time of the operating element is determined and - in the event that the actuating time exceeds a specified threshold value, interventions by the distance and/or speed control function are temporarily suppressed during the rider-independent acceleration phase of the overtaking assistance function.
A system for generating an energy usage profile of an electrical device, the system comprising: a meter configured to measure total electric energy usage; a memory area for storing a plurality of ramp up digital signatures corresponding to a plurality of electrical devices associated with the electric meter; and at least one processor programmed to: receive a demand response event requesting a determination as to whether a first electrical device of the plurality of electrical devices associated with the meter was used during a specified period of time; access, from the memory area, a total power usage of the plurality of electrical devices during the specified period of time and the ramp up digital signature of the first electrical device; compare the total power usage of the plurality of electrical devices with the ramp up digital signature of the first electrical device; and determine whether the first electrical device was activated during the specified period of time based on the comparing. a meter configured to measure total electric energy usage; a memory area for storing a plurality of ramp up digital signatures corresponding to a plurality of electrical devices associated with the electric meter; and at least one processor programmed to: receive a demand response event requesting a determination as to whether a first electrical device of the plurality of electrical devices associated with the meter was used during a specified period of time; access, from the memory area, a total power usage of the plurality of electrical devices during the specified period of time and the ramp up digital signature of the first electrical device; compare the total power usage of the plurality of electrical devices with the ramp up digital signature of the first electrical device; and determine whether the first electrical device was activated during the specified period of time based on the comparing. receive a demand response event requesting a determination as to whether a first electrical device of the plurality of electrical devices associated with the meter was used during a specified period of time; access, from the memory area, a total power usage of the plurality of electrical devices during the specified period of time and the ramp up digital signature of the first electrical device; compare the total power usage of the plurality of electrical devices with the ramp up digital signature of the first electrical device; and determine whether the first electrical device was activated during the specified period of time based on the comparing.
A refrigerator comprising: a main body including a compartment; an ice bank configured to store ice cubes; an ice maker configured to generate ice cubes and to move the ice cubes to the ice bank, the ice maker including an ice tray; a cover (211, 215) configured to isolate the ice bank and the ice maker from the compartment, the cover including a first opening; and characterized by: an ice shutter configured to prevent cold air flowing through the first opening of the cover into the ice maker from being introduced into the ice bank. a main body including a compartment; an ice bank configured to store ice cubes; an ice maker configured to generate ice cubes and to move the ice cubes to the ice bank, the ice maker including an ice tray; a cover (211, 215) configured to isolate the ice bank and the ice maker from the compartment, the cover including a first opening; and characterized by: an ice shutter configured to prevent cold air flowing through the first opening of the cover into the ice maker from being introduced into the ice bank.
A method of managing a communications session involving reception of radio blocks (30; 35) by a mobile unit on a subset (50, 52, 54) of multiple available time slots, characterized by said mobile unit refraining from listening and instead performing other channel- demanding communications operations, during said communications session, on a time slot on which a radio block is expected to be received, where said time slot has been selected based on information of subset definition and a slot number of a previous time slot, on which a previous radio block has been received by said mobile unit, wherein data comprised in said radio block and in said previous radio block being based on common information.
A compound of general formula wherein b is selected from 2 and 3; R 1 and R 2 are independently of each other selected from: -CH 3, -C 2 H 5, -C 3 H 7, -C 4 H 9, -C 5 H 11 and -C 6 H 13, or R 1 and R 2 can form together with the nitrogen atom to which they are connected a heterocycle selected from: wherein one or more hydrogen atom(s) can be replaced with (a) fluorine atom(s); X is selected from: -SH, -NHR 3, -C≡CH, -CH=CH 2, -N 3 and -CHO; R 3 is selected from: -H, -CH 3, -C 2 H 5 and -C 3 H 7; -L- is selected from: -L a -, -L a -L e -, -L a -L b -L e - and -L a -L b -L d -L c -L e -, wherein -L a - is selected from: -(CH 2) m -, -(CH 2 -CH 2 -O)m-CH 2 -, -L b - and -L c - are independently of each other selected from: -O-, -NH-C -, -C -NH-, -O-C -NH- and -SO 2 -; -L d - is selected from: -(CH 2) n -, -(CH 2 -CH 2 -O) n -CH 2 -, -L e - is selected from: -(CH 2)p 1 -, -(CH 2) p1 -O-(CH 2) p2 -, m, n, p1 and p2 are independently of each other selected from 1, 2, 3, 4, 5, 6, 7, 8, 9, 10; and enantiomers, mixtures of enantiomers, tautomers, hydrates, solvates, racemates, protonated and deprotonated forms of the above mentioned compounds. b is selected from 2 and 3; R 1 and R 2 are independently of each other selected from: -CH 3, -C 2 H 5, -C 3 H 7, -C 4 H 9, -C 5 H 11 and -C 6 H 13, or R 1 and R 2 can form together with the nitrogen atom to which they are connected a heterocycle selected from: wherein one or more hydrogen atom(s) can be replaced with (a) fluorine atom(s); X is selected from: -SH, -NHR 3, -C≡CH, -CH=CH 2, -N 3 and -CHO; R 3 is selected from: -H, -CH 3, -C 2 H 5 and -C 3 H 7; -L- is selected from: -L a -, -L a -L e -, -L a -L b -L e - and -L a -L b -L d -L c -L e -, wherein -L a - is selected from: -(CH 2) m -, -(CH 2 -CH 2 -O)m-CH 2 -, -L b - and -L c - are independently of each other selected from: -O-, -NH-C -, -C -NH-, -O-C -NH- and -SO 2 -; -L d - is selected from: -(CH 2) n -, -(CH 2 -CH 2 -O) n -CH 2 -, -L e - is selected from: -(CH 2)p 1 -, -(CH 2) p1 -O-(CH 2) p2 -, m, n, p1 and p2 are independently of each other selected from 1, 2, 3, 4, 5, 6, 7, 8, 9, 10; and enantiomers, mixtures of enantiomers, tautomers, hydrates, solvates, racemates, protonated and deprotonated forms of the above mentioned compounds.
Plug-type connector arrangement comprising a plug-type connector and an opposing plug-type connector, which each have an insulating housing (4, 6) and plug-type contacts (23, 26) in the insulating housing (4, 6) as well as plug-type contours (7, 8) configured correspondingly to one another for plugging together and for electrically conductively connecting assigned plug-type contacts (23, 26) in the plugged-together plugging state, and comprising at least one coding element, which can be accommodated displaceably on the plug-type contours (7, 8) of the plug-type connector and opposing plug-type connector and fixes a permissible plug-in position for plugging together the plug-type connector and the opposing plug-type connector, characterized in that the plug-type contours (7, 8) both of the plug-type connector and of the opposing plug-type connector have connecting elements (11 a, 11 b, 22; 31), in that the at least one coding element has at least two connecting elements (13a, 13b; 20; 30) which are spaced apart from one another, wherein the connecting elements (13a, 13b; 20; 30) of the coding element are designed to be detachably connected in a form-fitting and/or force-fitting manner to a respectively assigned connecting element (11a, 11b; 22; 31) of the plug-type connector or the opposing plug-type connector, and in that the at least one coding element is accessible and displaceable from the outside in the state in which the plug-type connector and the opposing plug-type connector are at least partially plugged together, in order to detach a connection of the assigned connecting elements (11 a, 11b, 13a, 13b; 20, 22; 30, 31) from the coding element and the plug-type connector and in order to connect the coding element, once it has been displaced in the direction of the opposing plug-type connector, to the opposing plug-type connector by means of the assigned connecting elements (11 a, 11b, 13a, 13b; 20, 22; 30, 31) of the coding element and the opposing plug-type connector.
A variable-draught barge for transferring loads in a body of water, and having a water line which is a function of the draught; the barge comprising: - a hull; - an underbody; - at least one first chamber located in the hull and floodable selectively to alter the draught of the barge; - at least one flood valve located below the water line to flood the first chamber; and - a control device designed to selectively open the flood valve to flood the first chamber; characterized by comprising at least one second chamber floodable selectively and located at a higher level than the first chamber; and at least one pump to transfer water from the first chamber to the second chamber. - a hull; - an underbody; - at least one first chamber located in the hull and floodable selectively to alter the draught of the barge; - at least one flood valve located below the water line to flood the first chamber; and - a control device designed to selectively open the flood valve to flood the first chamber; characterized by comprising at least one second chamber floodable selectively and located at a higher level than the first chamber; and at least one pump to transfer water from the first chamber to the second chamber.
A helmet comprising: a main body having a concave interior for receiving a user's head; a head strap coupled to the body, and an adjustment mechanism coupled to the head strap, characterized in that the head strap is positioned in a continuous loop that spans at least 1.5 wraps around the interior of the main body. a main body having a concave interior for receiving a user's head; a head strap coupled to the body, and an adjustment mechanism coupled to the head strap, characterized in that the head strap is positioned in a continuous loop that spans at least 1.5 wraps around the interior of the main body.