mhurhangee/ep-ind-claims huggingface dataset:
A device for determining whether a door for an animal is being opened, comprising an image recording device for recording images of an approaching procedure of an animal being in proximity to the device, which approaching procedure comprises a trajectory, pressure sensors for determining a weight of the animal, which pressure sensors are arranged in a zone, which zone the animal enters when approaching the device and/or the door, characterised in that the inventive device comprises a database, in which database reference images of typical approaching processes of the animal, reference images with a reference trajectory with characteristic approaches of the animal and a reference weight of the animal are stored, wherein a control unit is connected to the database and the image recording device, wherein the control unit determines a degree of matching between the trajectory and the reference trajectory and/or between features of the images and reference features of the reference images, and wherein a drive for opening a door is actuated via a control device depending on said degree of matching, wherein the drive for opening the door is only actuated when the animal is identified as an animal that is not carrying a capture in its mouth, wherein the control unit is further formed by comparing the measured weight with a reference weight for determining whether an animal is carrying a capture in its mouth. pressure sensors for determining a weight of the animal, which pressure sensors are arranged in a zone, which zone the animal enters when approaching the device and/or the door, characterised in that the inventive device comprises a database, in which database reference images of typical approaching processes of the animal, reference images with a reference trajectory with characteristic approaches of the animal and a reference weight of the animal are stored, wherein a control unit is connected to the database and the image recording device, wherein the control unit determines a degree of matching between the trajectory and the reference trajectory and/or between features of the images and reference features of the reference images, and wherein a drive for opening a door is actuated via a control device depending on said degree of matching, wherein the drive for opening the door is only actuated when the animal is identified as an animal that is not carrying a capture in its mouth, wherein the control unit is further formed by comparing the measured weight with a reference weight for determining whether an animal is carrying a capture in its mouth.
Method for adjusting the clamping force (F N) which is applied by a parking brake and which is provided by an electric-motor brake device which comprises an electric brake motor and power supply and control devices (3, 4) and, if necessary, by an additional brake device, characterized in that a total resistance (R tot) in the electric-motor brake device is determined from the sum of the motor equivalent resistance (Rest) and a control device equivalent resistance (R EZ) which denotes the resistance in the power supply and control devices (3, 4) of the brake motor, wherein the control device equivalent resistance (R EZ) is determined from characteristic variables of the brake device, and in that the total resistance (R tot) is based on the determination of the maximum clamping force (F N,max) which can be generated and/or the determination of the motor current (i mot,Target) which is necessary for a target clamping force (F N,Target), wherein in the event of the maximum clamping force (F N,max) which can be generated undershooting an assigned threshold value or the motor current (i mot,Target) which is necessary for the target clamping force (F N,Target) exceeding an assigned threshold value, an additional braking force is provided by means of the additional brake device.
A safety system for a gripping device comprising: - a clamping tool, suitable for clamping drill pipes and casings during drilling operations, having a body, wherein the axis of such drill pipes or casings, when clamped, define a vertical direction of the body of the clamping tool, - at least one through bore extending in a horizontal direction through the body of the clamping tool, - at least one elongated connecting element extending through the bore between bore openings (83, 84) at the respective vertical side portions of the body, and - withholding means arranged to couple the connecting element to the clamping tool body at two different positions of the bore separated from each other, wherein - the connecting element is capable of keeping loose parts together in case of accidental breaking and/or cracking of the body during operational use. - a clamping tool, suitable for clamping drill pipes and casings during drilling operations, having a body, wherein the axis of such drill pipes or casings, when clamped, define a vertical direction of the body of the clamping tool, - at least one through bore extending in a horizontal direction through the body of the clamping tool, - at least one elongated connecting element extending through the bore between bore openings (83, 84) at the respective vertical side portions of the body, and - withholding means arranged to couple the connecting element to the clamping tool body at two different positions of the bore separated from each other, wherein - the connecting element is capable of keeping loose parts together in case of accidental breaking and/or cracking of the body during operational use.
A weather strip comprising: an installation base member operatively coupled along a front pillar of a vehicle; a hollow seal part which is formed on the installation base member and which makes elastic contact with a top end of a door glass or a top end of a gusset when a door is in a closed position; a side wall which extends downward from the hollow seal part; and a seal lip which extends diagonally upward toward an outer-cabin side from an outer-cabin side of the side wall, a top end of the seal lip making elastic contact with an inner-cabin side surface of the door glass or an inner-cabin side surface of the gusset, characterized in that: on a lower side of said front pillar, said seal lip inclines downward in a longitudinal direction of said weather strip and an end of the seal lip is unified with said hollow seal part which curves and descends at an angle larger than the seal lip; a weir with a receiving surface protrudes on a part of an upper surface of the seal lip before reaching a connected part on which the seal lip is unified with the hollow seal part, the weir extending from an outer-cabin side end of said seal lip toward an inner-cabin side; a drainage hole is formed on a position of the connected part, the drainage hole connecting with an inside of said hollow seal part; and a bead part extends from an inner-cabin side of said weir toward a side of a base root of said seal lip for guiding water received by said weir to said drainage hole. on a lower side of said front pillar, said seal lip inclines downward in a longitudinal direction of said weather strip and an end of the seal lip is unified with said hollow seal part which curves and descends at an angle larger than the seal lip; a weir with a receiving surface protrudes on a part of an upper surface of the seal lip before reaching a connected part on which the seal lip is unified with the hollow seal part, the weir extending from an outer-cabin side end of said seal lip toward an inner-cabin side; a drainage hole is formed on a position of the connected part, the drainage hole connecting with an inside of said hollow seal part; and a bead part extends from an inner-cabin side of said weir toward a side of a base root of said seal lip for guiding water received by said weir to said drainage hole.
A method of transmitting an uplink channel in a wireless communication system, the method being performed by a user equipment (10, 20), UE, and comprising: determining whether transmission power of a plurality of uplink channels of different transmission time interval, TTI, lengths, to be simultaneously transmitted on a plurality of serving cells, exceeds maximum power of the UE (10, 20); and when the transmission power of the plural uplink channels exceeds the maximum power of the UE (10, 20), dropping some of the plural uplink channels, starting from an uplink channel of a low priority in order, according to a preset priority rule until transmission power of uplink channels to be transmitted by the UE (10, 20) does not exceeds the maximum power of the UE (10, 20), and transmitting a remaining uplink channel, wherein the method is characterized in that: the UE is configured with a primary physical uplink control channel, PUCCH, group and a secondary PUCCH group, each of the primary PUCCH group and the secondary PUCCH group is comprised of one or more serving cells, and in that uplink control information of an uplink channel dropped according to the preset priority rule is transmitted on an uplink channel of a highest priority in a PUCCH group to which the dropped uplink channel belongs. determining whether transmission power of a plurality of uplink channels of different transmission time interval, TTI, lengths, to be simultaneously transmitted on a plurality of serving cells, exceeds maximum power of the UE (10, 20); and when the transmission power of the plural uplink channels exceeds the maximum power of the UE (10, 20), dropping some of the plural uplink channels, starting from an uplink channel of a low priority in order, according to a preset priority rule until transmission power of uplink channels to be transmitted by the UE (10, 20) does not exceeds the maximum power of the UE (10, 20), and transmitting a remaining uplink channel, wherein the method is characterized in that: the UE is configured with a primary physical uplink control channel, PUCCH, group and a secondary PUCCH group, each of the primary PUCCH group and the secondary PUCCH group is comprised of one or more serving cells, and in that uplink control information of an uplink channel dropped according to the preset priority rule is transmitted on an uplink channel of a highest priority in a PUCCH group to which the dropped uplink channel belongs. the UE is configured with a primary physical uplink control channel, PUCCH, group and a secondary PUCCH group, each of the primary PUCCH group and the secondary PUCCH group is comprised of one or more serving cells, and in that uplink control information of an uplink channel dropped according to the preset priority rule is transmitted on an uplink channel of a highest priority in a PUCCH group to which the dropped uplink channel belongs.
Process for the preparation of an alkyl mercaptan by reacting an aliphatic alcohol with hydrogen sulfide in the presence of a heterogeneous catalyst comprising the steps of a) starting the preparation of an alkyl mercaptan at a temperature T1 and preparing the alkyl mercaptan at the temperature T1 for a time period t1, and b) performing temperature cycles of the number n, comprising the steps of b1) increasing the reaction temperature to a temperature T2 and preparing the alkyl mercaptan at the temperature T2 for a time period t2, followed by b2) decreasing the reaction temperature from the temperature T2 to a temperature T3 and preparing the alkyl mercaptan at the temperature T3 for a time period t3, wherein the temperature T2 is always higher than the temperatures T1 and T3, n is an integer larger than zero, and an aluminum oxide-based catalyst containing an alkali tungstate is used. a) starting the preparation of an alkyl mercaptan at a temperature T1 and preparing the alkyl mercaptan at the temperature T1 for a time period t1, and b) performing temperature cycles of the number n, comprising the steps of b1) increasing the reaction temperature to a temperature T2 and preparing the alkyl mercaptan at the temperature T2 for a time period t2, followed by b2) decreasing the reaction temperature from the temperature T2 to a temperature T3 and preparing the alkyl mercaptan at the temperature T3 for a time period t3, b1) increasing the reaction temperature to a temperature T2 and preparing the alkyl mercaptan at the temperature T2 for a time period t2, followed by b2) decreasing the reaction temperature from the temperature T2 to a temperature T3 and preparing the alkyl mercaptan at the temperature T3 for a time period t3, the temperature T2 is always higher than the temperatures T1 and T3, n is an integer larger than zero, an aluminum oxide-based catalyst containing an alkali tungstate is used.
Freely ejecting starting apparatus, having a drive bearing plate, in which a bearing is fastened, having a drive shaft, the bearing in the bearing plate supporting the drive shaft at least indirectly, having a starting pinion which is fastened on the drive shaft in such a way that a torque can be transmitted from the drive shaft to the starting pinion, the starting pinion having a front side which points away from a drive of the starting apparatus, and a securing ring being arranged on the drive shaft in a stationary manner, and a stop ring engaging over the securing ring by means of an integrally formed collar, characterized in that, after the widened securing ring is pushed onto the drive shaft into a groove, the collar of the stop ring is deformed plastically.
A method for controlling a processing machine for sheet material with at least one printing and/or varnish unit, wherein a cylinder mounted in lateral frames and carrying a print form is coupled to a direct drive and mechanically decoupled from a main drive acting on the wheel train of the cylinders and drums (sheet guiding cylinders) for the sheet transport and in a predeterminable manner can be driven at least with respect to the sheet guiding cylinders, wherein the directly driven cylinder is assigned an inking unit with at least one inking unit roller that can be driven by main drive and wheel train, characterized in that in a contact zone of the directly driven cylinder carrying the print form and designed as plate cylinder of an offset printing unit to an adjacent blanket cylinder printing contact is cancelled, in that for cleaning the inking unit rollers of the inking unit are separated on the driving side from the sheet guiding cylinders driven by means of the main drive and wheel train and temporarily coupled on the driving side to the directly driven plate cylinder carrying the print form and in that the directly driven plate cylinder and the inking unit rollers of the inking unit to be cleaned are synchronously driven with a first rotational speed and in that for cleaning the blanket cylinder and the adjacent sheet guiding cylinder are driven with a second rotational speed by means of main drive and wheel train, in that following this the temporary drive coupling between directly driven plate cylinders and the inking unit rollers of the inking unit is separated and the inking unit rollers of the inking unit are coupled to the main drive and wheel train of the sheet guiding cylinders and the printing contact between the plate cylinder and the blanket cylinder is restored.
An apparatus to perform artificial neural network processing comprising: an input/output (I/O) interface; a plurality of processing units (1300, 1301, 1302, 1303) communicatively coupled to the I/O interface to receive data for input neurons and synaptic weights associated with each of the input neurons, each of the plurality of processing units (1300, 1301, 1302, 1303) to process at least a portion of the data for the input neurons and synaptic weights to generate partial results; an interconnect communicatively coupling the plurality of processing units (1300, 1301, 1302, 1303), each of the processing units to share the partial results with one or more other processing units over the interconnect, the other processing units using the partial results to generate additional partial results or final results; characterized in a plurality of latches to store the received data and weights for the input neurons such that the input data and weights for a given computation are shared between the plurality of processing units by providing the latched input data and weights to the plurality of processing units over a plurality of processing cycles to avoid reading the received data and weights from the I/O interface multiple times during the given computation. an input/output (I/O) interface; a plurality of processing units (1300, 1301, 1302, 1303) communicatively coupled to the I/O interface to receive data for input neurons and synaptic weights associated with each of the input neurons, each of the plurality of processing units (1300, 1301, 1302, 1303) to process at least a portion of the data for the input neurons and synaptic weights to generate partial results; an interconnect communicatively coupling the plurality of processing units (1300, 1301, 1302, 1303), each of the processing units to share the partial results with one or more other processing units over the interconnect, the other processing units using the partial results to generate additional partial results or final results; characterized in a plurality of latches to store the received data and weights for the input neurons such that the input data and weights for a given computation are shared between the plurality of processing units by providing the latched input data and weights to the plurality of processing units over a plurality of processing cycles to avoid reading the received data and weights from the I/O interface multiple times during the given computation.
An air conditioner (1, 101) comprising a refrigerant circuit (10, 110) which is formed by connecting an outdoor unit (2, 102) and an indoor unit via refrigerant connection pipes (4, 5), and a control unit (19; 119) configured to control the outdoor unit and the indoor unit, the outdoor unit comprising a compressor, an outdoor heat exchanger and an expansion valve, the indoor unit comprising an indoor heat exchanger, the refrigerant circuit having the compressor, the outdoor heat exchanger, the expansion valve, the indoor heat exchanger and a refrigerant sealed therein, the refrigerant containing a hydrofluorocarbon having a property of undergoing a disproportionation reaction, the refrigerant circuit including refrigerant shutoff mechanisms (24, 41, 43, 46, 47, 48), wherein the refrigerant shutoff mechanisms are provided by a gas-side refrigerant shutoff mechanism and a liquid-side refrigerant shutoff mechanism, characterized in that the control unit (19; 119) is configured to shut off a flow of the refrigerant from the outdoor unit side to the indoor unit side when the refrigerant in a portion of the refrigerant circuit within the outdoor unit meets a condition for the disproportionation reaction to occur. the refrigerant circuit having the compressor, the outdoor heat exchanger, the expansion valve, the indoor heat exchanger and a refrigerant sealed therein, the refrigerant containing a hydrofluorocarbon having a property of undergoing a disproportionation reaction, the refrigerant circuit including refrigerant shutoff mechanisms (24, 41, 43, 46, 47, 48), wherein the refrigerant shutoff mechanisms are provided by a gas-side refrigerant shutoff mechanism and a liquid-side refrigerant shutoff mechanism, characterized in that the control unit (19; 119) is configured to shut off a flow of the refrigerant from the outdoor unit side to the indoor unit side when the refrigerant in a portion of the refrigerant circuit within the outdoor unit meets a condition for the disproportionation reaction to occur.
A method comprising: registering, by a computer node (200a, 200n), a first network address with a key server computer, which creates a security association for the computer node (200a, 200n) and upon finishing the registering of the first network address, deletes the security association for the computer node (200a, 200n); obtaining a second network address at the computer node (200a, 200n), which has been already associated with the first network address and provided first keying information; sending, to the key server computer, an update message that comprises both the first network address and the second network address; using the first keying information to encrypt messages that the computer node (200a, 200n) sends from the second network address to one or more other members of a group; wherein the method is performed by one or more computing devices. registering, by a computer node (200a, 200n), a first network address with a key server computer, which creates a security association for the computer node (200a, 200n) and upon finishing the registering of the first network address, deletes the security association for the computer node (200a, 200n); obtaining a second network address at the computer node (200a, 200n), which has been already associated with the first network address and provided first keying information; sending, to the key server computer, an update message that comprises both the first network address and the second network address; using the first keying information to encrypt messages that the computer node (200a, 200n) sends from the second network address to one or more other members of a group; wherein the method is performed by one or more computing devices.
A method of suppressing corrosion of a corrodible metal surface that contacts a water stream in a water system, the method comprising: introducing into the water stream a treatment composition including a Tin corrosion inhibitor and a hydroxycarboxylic acid promoter, the hydroxycarboxylic acid promoter being glucaric acid, wherein the treatment composition is introduced so that a concentration of tin in the water stream is in the range of 0.3 to 1.25 ppm, and the treatment composition is introduced so that a concentration of the promoter in the water stream is in the range of 7.5 ppm to 20 ppm. introducing into the water stream a treatment composition including a Tin corrosion inhibitor and a hydroxycarboxylic acid promoter, the hydroxycarboxylic acid promoter being glucaric acid, wherein the treatment composition is introduced so that a concentration of tin in the water stream is in the range of 0.3 to 1.25 ppm, and the treatment composition is introduced so that a concentration of the promoter in the water stream is in the range of 7.5 ppm to 20 ppm.
A dressing for treating a tissue site with negative pressure, the dressing comprising: a manifold comprising a first surface and a second surface opposite the first surface; a first layer adjacent to the first surface and a second layer adjacent to the second surface, the first layer and the second layer each comprising a polymer film; and a plurality of fluid restrictions in the polymer film adjacent to at least the first surface, wherein the first layer and the second layer form a sleeve around the manifold, a sealing layer adjacent to the sleeve, the sealing layer having a plurality of apertures fluidly coupled to the fluid restrictions. a manifold comprising a first surface and a second surface opposite the first surface; a first layer adjacent to the first surface and a second layer adjacent to the second surface, the first layer and the second layer each comprising a polymer film; and a plurality of fluid restrictions in the polymer film adjacent to at least the first surface, wherein the first layer and the second layer form a sleeve around the manifold, a sealing layer adjacent to the sleeve, the sealing layer having a plurality of apertures fluidly coupled to the fluid restrictions.