mhurhangee/ep-ind-claims huggingface dataset:
A device for implementing address buffer management of a processor, comprising: an assembler configured to perform operations to obtain intermediate values when the assembler encodes a set instruction for an address automatic-increment value and boundary values, and to encapsulate the intermediate values into the set instruction for the address automatic-increment value and boundary values, wherein the intermediate values are values for an address automatic-increment operation or an address automatic-decrement operation; and a processor configured to decode the set instruction to obtain the intermediate values, and to determine, according to the intermediate values, whether to perform the address automatic-increment operation or the address automatic-decrement operation when the processor performs a load or store instruction, so as to achieve the address buffer management; and characterized in that the assembler comprises an instruction encoding unit configured, when the set instruction for the address automatic-increment value and boundary values is set aa,<aa_inc>,[aa_start,aa_end], where aa is a current value of the address register, to perform operations according to an automatic- increment value or an automatic-decrement value aa_inc of an address register, a trailing boundary value aa_end and a leading boundary value aa_start of the address buffer so as to obtain a first intermediate value aa_wrap and a second intermediate value aa_test. an assembler configured to perform operations to obtain intermediate values when the assembler encodes a set instruction for an address automatic-increment value and boundary values, and to encapsulate the intermediate values into the set instruction for the address automatic-increment value and boundary values, wherein the intermediate values are values for an address automatic-increment operation or an address automatic-decrement operation; and a processor configured to decode the set instruction to obtain the intermediate values, and to determine, according to the intermediate values, whether to perform the address automatic-increment operation or the address automatic-decrement operation when the processor performs a load or store instruction, so as to achieve the address buffer management; and characterized in that the assembler comprises an instruction encoding unit configured, when the set instruction for the address automatic-increment value and boundary values is set aa,<aa_inc>,[aa_start,aa_end], where aa is a current value of the address register, to perform operations according to an automatic- increment value or an automatic-decrement value aa_inc of an address register, a trailing boundary value aa_end and a leading boundary value aa_start of the address buffer so as to obtain a first intermediate value aa_wrap and a second intermediate value aa_test.
A data bus subscriber for processing data, wherein the data bus subscriber is connectable to a local bus, the data bus subscriber comprising: an input interface connectable to the local bus for receiving first local bus data (P1, P2, P3); an output interface connectable to the local bus for transmitting second local bus data (P1', P2', P3'); a processing component for clock-controlled processing of the first local bus data (P1, P2, P3) and/or of data stored in a memory and for outputting at least one control signal, wherein the working clock of the processing component is based on the clock rate of a bus clock of the local bus; a logic unit adapted to change a quantity of the received first local bus data (P1, P2, P3) based on the control signal for generating the second local bus data (P1', P2', P3') to be transmitted; wherein the logic unit is further adapted to clock-controlled delaying of transmission of the second local bus data (P1', P2', P3') via the output interface. an input interface connectable to the local bus for receiving first local bus data (P1, P2, P3); an output interface connectable to the local bus for transmitting second local bus data (P1', P2', P3'); a processing component for clock-controlled processing of the first local bus data (P1, P2, P3) and/or of data stored in a memory and for outputting at least one control signal, wherein the working clock of the processing component is based on the clock rate of a bus clock of the local bus; a logic unit adapted to change a quantity of the received first local bus data (P1, P2, P3) based on the control signal for generating the second local bus data (P1', P2', P3') to be transmitted; wherein the logic unit is further adapted to clock-controlled delaying of transmission of the second local bus data (P1', P2', P3') via the output interface.
An adaptive logic board for a variable speed drive, VSD, of a heating, ventilation, air conditioning and refrigeration, HVAC&R, system, the adaptive logic board comprising: - a signal sensing circuit configured to receive an input signal as an electrical current, wherein the signal sensing circuit comprises: - a plurality of resistors (154, 164, 166, 168); the adaptive logic board being characterized in that the signal sensing circuit further comprises: - a plurality of switches configured to electrically couple or electrically decouple the plurality of resistors (154, 164, 166, 168) from the signal sensing circuit, wherein each switch of the plurality of switches corresponds to a corresponding resistor (154, 164, 166, 168) of the plurality of resistors (154, 164, 166, 168); and - a sensing unit, wherein the sensing unit is configured to measure a voltage drop of the input signal across an active resistor (154, 164, 166, 168) of the plurality of resistors (154, 164, 166, 168). - a signal sensing circuit configured to receive an input signal as an electrical current, wherein the signal sensing circuit comprises: - a plurality of resistors (154, 164, 166, 168); the adaptive logic board being characterized in that the signal sensing circuit further comprises: - a plurality of switches configured to electrically couple or electrically decouple the plurality of resistors (154, 164, 166, 168) from the signal sensing circuit, wherein each switch of the plurality of switches corresponds to a corresponding resistor (154, 164, 166, 168) of the plurality of resistors (154, 164, 166, 168); and - a plurality of switches configured to electrically couple or electrically decouple the plurality of resistors (154, 164, 166, 168) from the signal sensing circuit, wherein each switch of the plurality of switches corresponds to a corresponding resistor (154, 164, 166, 168) of the plurality of resistors (154, 164, 166, 168); and - a sensing unit, wherein the sensing unit is configured to measure a voltage drop of the input signal across an active resistor (154, 164, 166, 168) of the plurality of resistors (154, 164, 166, 168).
A media processing apparatus, comprising: an interface unit which is connected to each of a plurality of terminal devices through a communication interface comprising a video channel, an audio channel, and a data channel; a processor which receives a control signal from a first terminal device having control rights to control the media processing apparatus from among the plurality of terminal devices and operates in accordance with the control signal; and a control unit which notifies only the first terminal device if there is an access attempt to control the media processing apparatus from at least one of the plurality of terminal devices, and transfers the control rights to a second terminal device among the plurality of terminal devices if a permit message to transfer the control rights to control the media processing apparatus to the second terminal device is received by the control unit from the first terminal device in response to the notification and based on a user input; characterised in that the control unit notifies the first terminal device if there is any access attempt at any time from a further one of the plurality of terminal devices. an interface unit which is connected to each of a plurality of terminal devices through a communication interface comprising a video channel, an audio channel, and a data channel; a processor which receives a control signal from a first terminal device having control rights to control the media processing apparatus from among the plurality of terminal devices and operates in accordance with the control signal; and a control unit which notifies only the first terminal device if there is an access attempt to control the media processing apparatus from at least one of the plurality of terminal devices, and transfers the control rights to a second terminal device among the plurality of terminal devices if a permit message to transfer the control rights to control the media processing apparatus to the second terminal device is received by the control unit from the first terminal device in response to the notification and based on a user input; characterised in that the control unit notifies the first terminal device if there is any access attempt at any time from a further one of the plurality of terminal devices.
An image transfer assembly structured to transfer images to a product, the assembly comprising: a cross feed station configured to receive a long-edge-leading product along a first receiving axis and a short-edge-leading product along a second receiving axis that is different than the first receiving axis; and an image transfer station adapted to transfer an image to a product; characterised in that the assembly is configured such that the product is transmitted between the image transfer station and the cross feed station along a first processing axis and transmitted between the cross feed station and a media processing station along a second processing axis that is different than the first processing axis; wherein the first processing axis and the second processing axis are substantially perpendicular. a cross feed station configured to receive a long-edge-leading product along a first receiving axis and a short-edge-leading product along a second receiving axis that is different than the first receiving axis; and an image transfer station adapted to transfer an image to a product; characterised in that the assembly is configured such that the product is transmitted between the image transfer station and the cross feed station along a first processing axis and transmitted between the cross feed station and a media processing station along a second processing axis that is different than the first processing axis; wherein the first processing axis and the second processing axis are substantially perpendicular.
Ultrasonic transducer arrangement having a housing, which is designed for mounting the ultrasonic transducer arrangement in a through-hole in a housing of an ultrasonic water meter on a mounting plane A, a transducer body, which is situated in the housing of the ultrasonic transducer arrangement and serves for generating and/or receiving an acoustic signal, a housing wall, which is assigned to the transducer body and through which the acoustic signal passes, electrical contact means for connecting the transducer body to a voltage or current source, wherein the housing wall which is assigned to the transducer body and through which the acoustic signal passes extends on the housing of the ultrasonic water meter at an oblique angle to the mounting plane A of the ultrasonic transducer arrangement, the transducer body in the housing of the ultrasonic transducer arrangement is positioned on the housing of the ultrasonic water meter at the oblique angle to the mounting plane A of the ultrasonic transducer arrangement, and a holding device is provided within the housing of the ultrasonic transducer arrangement and has an elastic element, which acts on the transducer body, and a moulded part, characterized in that the moulded part holds the elastic element against the transducer body under contact pressure and exerts on the transducer body a holding force P which is oriented towards the housing wall, wherein the holding device is oriented at the oblique angle to the mounting plane A of the ultrasonic transducer arrangement, and the moulded part is able to be latched within the housing of the ultrasonic transducer arrangement.
A thermal compacting apparatus for thermally compacting polypropylene and/or polyethylene textile products comprising a first and second heated surface inclined downwardly towards each other from an upper end to a lower end and provided with a passage at their lower ends through which melted polymer may drain, wherein the first and second heated surfaces are provided by first and second heated plates respectively, the first and second heated plates each having one or more heating elements disposed therein, the first and second heated plates configured such that the temperature profile of the first and the second heated surfaces increases towards the passage, and wherein the first and second heated surfaces are inclined at less than 45 degrees to a vertical axis.
A honeycomb segment having a part of a whole shape constituting a honeycomb structure having a plurality of cells serving as flow channels for exhaust gas being formed between its two end faces, being capable of forming a honeycomb structure by integrally bonded by means of a bonding material; the segment having inner partition walls which define the cells and contain a number of first pores therein, and an outer circumferential wall containing a number of second pores therein and being provided so as to surround the inner partition walls, wherein the honeycomb segment is sintered, wherein a filling composition is disposed; the composition containing particles whose particle size is 1/100 to 1/2 of the pore diameter of the outer circumferential wall and a binder binding the particles and the insides of the second pores of the outer circumferential wall and/or binding the particles together being disposed inside the second pores of the outer circumferential wall, the filling composition being disposed by diluting the particles and the binder in water to form a slurry and coating the slurry on the outer circumferential wall of the sintered honeycomb segment, wherein the pore diameter is measured by a mercury porosimeter, wherein the value of the ratio of the porosity of the outer circumferential wall to the porosity of the inner partition walls is 0.50-0.97, wherein the porosity is measured using Archimedes' method, and wherein respective ends in adjacent cells are alternately plugged with a filling material. wherein a filling composition is disposed; the composition containing particles whose particle size is 1/100 to 1/2 of the pore diameter of the outer circumferential wall and a binder binding the particles and the insides of the second pores of the outer circumferential wall and/or binding the particles together being disposed inside the second pores of the outer circumferential wall, the filling composition being disposed by diluting the particles and the binder in water to form a slurry and coating the slurry on the outer circumferential wall of the sintered honeycomb segment, wherein the pore diameter is measured by a mercury porosimeter, wherein the value of the ratio of the porosity of the outer circumferential wall to the porosity of the inner partition walls is 0.50-0.97, wherein the porosity is measured using Archimedes' method, and wherein respective ends in adjacent cells are alternately plugged with a filling material.
A method for providing a predetermined fluid in a void space of an annulus of a flexible pipe (100, 203, 900), comprising the steps of: introducing the predetermined fluid into at least one fluid communication passageway (120, 330, 730, 930) in the annulus of the flexible pipe (100, 203, 900); and via the passageway (120, 330, 730, 930), communicating the fluid into the void space of the annulus at a plurality of axially spaced apart locations; characterised in that the fluid is communicated into the void space of the annulus at a pressure of less than about around 551.58 kPa (80 psi), and in that the method further comprises substantially filling the void space with the predetermined fluid. introducing the predetermined fluid into at least one fluid communication passageway (120, 330, 730, 930) in the annulus of the flexible pipe (100, 203, 900); and via the passageway (120, 330, 730, 930), communicating the fluid into the void space of the annulus at a plurality of axially spaced apart locations; characterised in that the fluid is communicated into the void space of the annulus at a pressure of less than about around 551.58 kPa (80 psi), and in that the method further comprises substantially filling the void space with the predetermined fluid.
A sensor module comprising: a light emitting unit configured to emit visible light and infrared light of a plurality of different wavelength bands to a sheet; a filter configured to include a visible-light bandpass filter region that passes visible light of a predetermined wavelength band, and an infrared-light bandpass filter region that passes infrared light of a predetermined wavelength band; and a light receiving unit configured to detect light from the sheet via the filter, wherein a timing when the light emitting unit emits the visible light overlaps with a timing when the light emitting unit emits the infrared light. a light emitting unit configured to emit visible light and infrared light of a plurality of different wavelength bands to a sheet; a filter configured to include a visible-light bandpass filter region that passes visible light of a predetermined wavelength band, and an infrared-light bandpass filter region that passes infrared light of a predetermined wavelength band; and a visible-light bandpass filter region that passes visible light of a predetermined wavelength band, and an infrared-light bandpass filter region that passes infrared light of a predetermined wavelength band; and a light receiving unit configured to detect light from the sheet via the filter, wherein a timing when the light emitting unit emits the visible light overlaps with a timing when the light emitting unit emits the infrared light.
System for remote control displays and controls of truck functions, characterised in that it comprises: - a remote control device with: - - a display with display control means for at least two user interfaces, each user interface corresponding to a predetermined set of truck functions, - - wireless transmission and reception means, and - - input means for selecting a function proposed on the display - actuation means corresponding to the proposed truck functions, - at least a sensor (100, 200, 300, 400, 500) for detecting a position of a person and/or of the remote control device, characterized in that the display control means are configured to propose functions on the display depending on the information received from the at least one sensor (100, 200, 300, 400, 500) for detecting a position. - a remote control device with: - - a display with display control means for at least two user interfaces, each user interface corresponding to a predetermined set of truck functions, - - wireless transmission and reception means, and - - input means for selecting a function proposed on the display - - a display with display control means for at least two user interfaces, each user interface corresponding to a predetermined set of truck functions, - - wireless transmission and reception means, and - - input means for selecting a function proposed on the display - actuation means corresponding to the proposed truck functions, - at least a sensor (100, 200, 300, 400, 500) for detecting a position of a person and/or of the remote control device,
Continuous casting plant comprising a vertically oriented strip guide arranged below a mould, wherein means (4, 5) for driving the cast strip and bending thereof into the horizontal are arranged below the strip guide, a means for exclusive driving of the cast strip is arranged below the lower end of the strip guide, and a means for exclusive bending of the cast strip is arranged below the means for driving, the continuous casting plant comprising a cooling device, which is in the form of a cooling chamber, in the region of the strip guide, characterised in that the means for exclusive driving and the means for exclusive bending of the cast strip are divided into separate elements, wherein the means for exclusive driving is arranged in the cooling chamber and consists of a single pair of driven rollers (7, 8) accommodated at least partly in a cassette, the cassette being detachably arranged within the continuous casting plant.
A mobile computing device for utilization of an article, comprising: a first image capture device that captures a first real-time video image of the article; a memory component that stores a first computer application, the first computer application causing the mobile computing device to perform at least the following: identify the article from the first real-time video image; identify an action to be performed on the article including determining whether the action includes treating the article; and alter the first real-time video image to create an altered first real-time video image; and a display device for displaying the altered first real-time video image wherein altering the first real-time video image includes highlighting the article in the altered first real-time video image and providing a predicted image of the article if treatment is performed; wherein the first computer application further causes the mobile computing device to recommend a product for treating the article; and wherein the mobile computing device is configured to determine past selections to make product recommendations. a first image capture device that captures a first real-time video image of the article; a memory component that stores a first computer application, the first computer application causing the mobile computing device to perform at least the following: identify the article from the first real-time video image; identify an action to be performed on the article including determining whether the action includes treating the article; and alter the first real-time video image to create an altered first real-time video image; and identify the article from the first real-time video image; identify an action to be performed on the article including determining whether the action includes treating the article; and alter the first real-time video image to create an altered first real-time video image; and a display device for displaying the altered first real-time video image wherein altering the first real-time video image includes highlighting the article in the altered first real-time video image and providing a predicted image of the article if treatment is performed; wherein the first computer application further causes the mobile computing device to recommend a product for treating the article; and wherein the mobile computing device is configured to determine past selections to make product recommendations.
Process to treat carbonatitic non-sulfidic ores with a collector composition that comprises a phosphate compound of the formula I wherein R is linear or branched, saturated or unsaturated hydrocarbon group containing 8 to 24 carbon atoms, A is an alkylene oxide unit; Y is H, Na, K or an ammonium or alkylated ammonium, n is 1 - 3, p is 0 - 25, X is chosen from the same groups as R-Ap or Y, or when n is 2 or 3, the -O-X and an -O-Y may be a single -O- bound to give a cyclic phosphate.