mhurhangee/ep-ind-claims huggingface dataset:
A cooling system for a supercharged internal combustion engine, preferably in a motor vehicle, - with a charge air cooling circuit, in which a low-temperature coolant circulates and which has a low-temperature charge air cooler for cooling the charge air and a low-temperature coolant cooler for cooling the low-temperature coolant, - with a refrigerant circuit, in which a refrigerant circulates and which has a vaporiser for vaporising the refrigerant and a condenser for condensing the refrigerant, - with a coupling heat exchanger for the fluidically separated, heat-transmitting coupling of the charge air cooling circuit with the refrigerant circuit, which is arranged on the one hand in a vaporiser bypass of the refrigerant circuit, bypassing the vaporiser, and on the other hand in a coupling branch of the charge air cooling circuit, - wherein the coupling branch branches off via a branching-off point from a feed of the charge air cooling circuit leading from the low-temperature coolant cooler to the low-temperature charge air cooler, - wherein the coupling branch contains a cryogenic charge air cooler for cooling the charge air, characterized in, - that the coupling branch is directed back via a feedback point which is arranged in a return of the charge air cooling circuit leading from the low-temperature charge air cooler to the low-temperature coolant cooler. - with a charge air cooling circuit, in which a low-temperature coolant circulates and which has a low-temperature charge air cooler for cooling the charge air and a low-temperature coolant cooler for cooling the low-temperature coolant, - with a refrigerant circuit, in which a refrigerant circulates and which has a vaporiser for vaporising the refrigerant and a condenser for condensing the refrigerant, - with a coupling heat exchanger for the fluidically separated, heat-transmitting coupling of the charge air cooling circuit with the refrigerant circuit, which is arranged on the one hand in a vaporiser bypass of the refrigerant circuit, bypassing the vaporiser, and on the other hand in a coupling branch of the charge air cooling circuit, - wherein the coupling branch branches off via a branching-off point from a feed of the charge air cooling circuit leading from the low-temperature coolant cooler to the low-temperature charge air cooler, - wherein the coupling branch contains a cryogenic charge air cooler for cooling the charge air, characterized in, - that the coupling branch is directed back via a feedback point which is arranged in a return of the charge air cooling circuit leading from the low-temperature charge air cooler to the low-temperature coolant cooler.
A wireless power transfer system comprising a power transmitter and a power receiver for receiving a power transfer from the power transmitter via an electromagnetic signal; the power receiver comprising: a power receiver coil for extracting power from the electromagnetic signal; a load controller (305, 309) arranged to disconnect a load of the power receiver coil during a foreign object detection interval; the power receiver characterized by further comprising: a power controller (307, 311) for transmitting power control messages to the power transmitter during the foreign object detection interval, the power control messages reflecting a difference between a level of an induced signal in the power receiver coil and a reference level; a message transmitter (307, 313) for transmitting a predetermined loading indication for the reference level to the power transmitter, the predetermined loading indication being indicative of a predetermined amount of power being extracted from the electromagnetic signal by the power receiver when the load is disconnected and the induced signal in the power receiver coil is at the reference level; and the power transmitter comprising: a power transmitter coil for generating the electromagnetic signal; the power transmitter characterized by further comprising: a message receiver for receiving the power control messages and the predetermined loading indication from the power receiver; a power loop controller for controlling a power level of the electromagnetic signal in response to the power control messages; a foreign object detector for, during the foreign object detection interval, performing a foreign object detection in response to a comparison of the power level of the electromagnetic signal and the predetermined loading indication. a power receiver coil for extracting power from the electromagnetic signal; a load controller (305, 309) arranged to disconnect a load of the power receiver coil during a foreign object detection interval; a power controller (307, 311) for transmitting power control messages to the power transmitter during the foreign object detection interval, the power control messages reflecting a difference between a level of an induced signal in the power receiver coil and a reference level; a message transmitter (307, 313) for transmitting a predetermined loading indication for the reference level to the power transmitter, the predetermined loading indication being indicative of a predetermined amount of power being extracted from the electromagnetic signal by the power receiver when the load is disconnected and the induced signal in the power receiver coil is at the reference level; a message receiver for receiving the power control messages and the predetermined loading indication from the power receiver; a power loop controller for controlling a power level of the electromagnetic signal in response to the power control messages; a foreign object detector for, during the foreign object detection interval, performing a foreign object detection in response to a comparison of the power level of the electromagnetic signal and the predetermined loading indication.
Method for storing a counter in at least two pages of nonvolatile memory, comprising: a step of initializing the at least two pages (P0, P1, PN) with an initial erasure value, a step (43, 43') of storing in a portion of one of the two pages an initial value of the counter; then at each updating of the value of the counter, a step of storing, in the said one of the two pages, an operation code (OPi) and an operand associated with this operation code, chosen from among a set of operation codes, the current value of the counter being given by applying successive updating operations to the initial value of the counter stored in the said one of the two pages, these operations being designated by the operation codes and the associated operands stored in the said one of the two pages. a step of initializing the at least two pages (P0, P1, PN) with an initial erasure value, a step (43, 43') of storing in a portion of one of the two pages an initial value of the counter; then at each updating of the value of the counter, a step of storing, in the said one of the two pages, an operation code (OPi) and an operand associated with this operation code, chosen from among a set of operation codes, the current value of the counter being given by applying successive updating operations to the initial value of the counter stored in the said one of the two pages, these operations being designated by the operation codes and the associated operands stored in the said one of the two pages.
Silanes having oxamidoester groups that are of the general formula where R 1 may be identical or different and represents monovalent, optionally substituted, SiC-attached hydrocarbon radicals that may be interrupted by heteroatoms, R 2 may be identical or different and represents a hydrogen atom or monovalent, optionally substituted hydrocarbon radicals that may be interrupted by heteroatoms, R 3 represents monovalent, optionally substituted hydrocarbon radicals that may be interrupted by oxygen atoms, R x represents a hydrogen atom or optionally substituted hydrocarbon radicals, Y represents divalent, optionally substituted hydrocarbon radicals that may be interrupted by oxygen atoms or nitrogen atoms, and s is 1 or 2. R 1 may be identical or different and represents monovalent, optionally substituted, SiC-attached hydrocarbon radicals that may be interrupted by heteroatoms, R 2 may be identical or different and represents a hydrogen atom or monovalent, optionally substituted hydrocarbon radicals that may be interrupted by heteroatoms, R 3 represents monovalent, optionally substituted hydrocarbon radicals that may be interrupted by oxygen atoms, R x represents a hydrogen atom or optionally substituted hydrocarbon radicals, Y represents divalent, optionally substituted hydrocarbon radicals that may be interrupted by oxygen atoms or nitrogen atoms, and s is 1 or 2.
A process for obtaining an adapted strain of Pseudomonas, comprising the following steps: • Deleting the genes ExoS, ExoT, aroA and LasI in an initial Pseudomonas strain cultivated in a LB medium, • Progressively changing the culture medium from LB medium to a chemically defined medium comprising magnesium and calcium, and • Selecting the adapted strains presenting a doubling time inferior to 60 minutes when cultivated in said chemically defined medium. • Deleting the genes ExoS, ExoT, aroA and LasI in an initial Pseudomonas strain cultivated in a LB medium, • Progressively changing the culture medium from LB medium to a chemically defined medium comprising magnesium and calcium, and • Selecting the adapted strains presenting a doubling time inferior to 60 minutes when cultivated in said chemically defined medium.
Method for the inspection of containers whereby image data of a container to be inspected are recorded as ACTUAL images by way of at least one optical recording unit of an inspection unit and passed to an evaluation and control unit of the inspection module which compares the ACTUAL images with DESIRED images, whereby the evaluation and control unit comprises at least one main processor and at least one graphics card, whereby a comparison of ACTUAL with DESIRED images is effected on the at least one graphics card and calculations associated with the comparison are effected in parallel by at least two graphic processors of the graphics card and the graphics card passes the evaluated data to the at least one main processor, characterised in that ACTUAL images and DESIRED images are aligned and two-dimensionally stretched, compressed, displaced, equalised, distorted and subsequently superimposed.
Apparatus for identifying an object, wherein a receiving unit is present for receiving a searched object, wherein a camera is provided for generating an electronic image of an object inserted into the receiving unit, together with a reference object, wherein communications means are provided for transmitting the electronic image to an evaluation unit, wherein communications means are provided for receiving identification information determined by the evaluation unit concerning the electronic image, wherein a storage unit is present, in which objects are stored, wherein means are configured for selecting an object from the storage unit and means are configured for outputting the searched object, wherein a method for identifying the object can be carried out, wherein in a first method step the at least one electronic image of the object to be identified is transmitted to the evaluation unit, wherein the electronic image in the evaluation unit is compared in respect of matches with at least one electronic image, which is stored in a database, of the object to be identified or of at least one object which is identical in shape or similar in shape, and wherein the evaluation unit subsequently outputs the data which were stored in the database with respect to the at least one image recognised as being a sufficient match, wherein in the evaluation unit a pre-selection is made on the basis of coins or folding rulers which are additionally imaged in the transmitted image and serve as reference objects, wherein the coins or folding rulers serving as reference objects can be identified with the aid of an impression which in each case is applied to the surface thereof and is formed as lettering and/or a pattern, wherein the characteristic data of each coin serving as a reference object comprise at least one length measurement stored as a diameter of the respective coin or the characteristic data of each folding ruler serving as a reference object comprise at least one stored length measurement, wherein the evaluation unit automatically identifies on the image the coin serving as a reference object or the folding ruler serving as a reference object and derives characteristic data of the imaged object from the characteristic data, which are stored in a second database, of this identified reference object and from the transmitted electronic image, and subsequently identifies the imaged object in the first database with the aid of the derived characteristic data of this object.
A self-supporting insulating case (3, 7) intended for thermal insulation of a fluid-storage tank and comprising: - a base panel and a cover panel spaced apart in a thickness direction of the case (3, 7); - a plurality of bearing webs interposed between the base panel and cover panel and extending in the thickness direction so as to define a plurality of compartments, said bearing webs having a composite structure comprising a central core extending in the thickness direction, and two external skins surrounding said central core in the manner of a sandwich; and - a heat-insulating lining extending inside said compartments arranged between the bearing webs; wherein: - the outer skins comprise a matrix of fiber-reinforced thermoplastic polymer; - the central core comprises a matrix of thermoplastic polymer; and The self-supporting insulating case (3, 7) being characterize in that the said central core has a thermal conductivity lower than that of the outer skins and in that the outer skins and the central core are connected by fusion of the thermoplastic matrices of the outer skins and the central core. - a base panel and a cover panel spaced apart in a thickness direction of the case (3, 7); - a plurality of bearing webs interposed between the base panel and cover panel and extending in the thickness direction so as to define a plurality of compartments, said bearing webs having a composite structure comprising a central core extending in the thickness direction, and two external skins surrounding said central core in the manner of a sandwich; and - a heat-insulating lining extending inside said compartments arranged between the bearing webs; - the outer skins comprise a matrix of fiber-reinforced thermoplastic polymer; - the central core comprises a matrix of thermoplastic polymer; and
A printer, comprising: a print head configured to print on a print media; a sensor configured to sense indicia on the print media, the indicia comprising a top-of-form mark and at least one data segment; a processor in operative communication with the sensor; a memory in operative communication with the processor, the memory storing a set of instructions, which, when executed by the processor, cause the processor to execute a method of operating the printer, comprising: receiving, from the sensor, signals corresponding to the a top-of-form mark and the at least one data segment (110a, 110b); determining, from the signals, a top-of-form location of the print media and at least one printer operational property; moving the top-of-form location of the print media to a predetermined position with respect to the print head; and configuring the printer utilizing the at least one printer operational property; characterized in that: the indicia on the print media comprises at least one data segment encoding a number of sheets or a number of remaining sheets. a print head configured to print on a print media; a sensor configured to sense indicia on the print media, the indicia comprising a top-of-form mark and at least one data segment; a processor in operative communication with the sensor; a memory in operative communication with the processor, the memory storing a set of instructions, which, when executed by the processor, cause the processor to execute a method of operating the printer, comprising: receiving, from the sensor, signals corresponding to the a top-of-form mark and the at least one data segment (110a, 110b); determining, from the signals, a top-of-form location of the print media and at least one printer operational property; moving the top-of-form location of the print media to a predetermined position with respect to the print head; and configuring the printer utilizing the at least one printer operational property; characterized in that: the indicia on the print media comprises at least one data segment encoding a number of sheets or a number of remaining sheets. receiving, from the sensor, signals corresponding to the a top-of-form mark and the at least one data segment (110a, 110b); determining, from the signals, a top-of-form location of the print media and at least one printer operational property; moving the top-of-form location of the print media to a predetermined position with respect to the print head; and configuring the printer utilizing the at least one printer operational property;
A method of identifying components present in a preparation of virus particles, the method comprising: a) ionizing virus particles in the preparation of virus particles; b) subjecting the ionized virus particles to single-particle mass spectrometry to determine a mass of each of the ionized virus particles; and c) identifying the components based on the determined masses of the ionized virus particles; wherein the identified components comprise each of full genome-containing virus particles, partial genome-containing virus particles and genome-free virus particles, and the virus particles comprise an impurity and the identified components comprise the impurity. a) ionizing virus particles in the preparation of virus particles; b) subjecting the ionized virus particles to single-particle mass spectrometry to determine a mass of each of the ionized virus particles; and c) identifying the components based on the determined masses of the ionized virus particles;
Laser cutting machine for cutting a workpiece (2a, 2b) having a first thickness (D1, D2) by means of a first processing laser beam having a first laser beam characteristic (D FK1) and a workpiece having a different second thickness by means of at least a second processing laser beam having a different second laser beam characteristic (D FK2), comprising a laser source, in particular a solid-state laser, for producing a raw laser beam having a laser wavelength of less than 4 μm, a processing head and a device which forms from the raw laser beam the processing laser beams (3a, 3b) having the first and the second laser beam characteristic (D FK1, D FK2), and a control unit which controls the device in dependence on the thickness (D1, D2) of the workpiece (2a, 2b) to be cut, characterized in that the device is formed by an adjustable optical deflection unit and a multiple fibre (23; 25) having a plurality of individual parallel fibres (24; 26, 27) with full cross-sectional areas and/or full cross-section shapes of different sizes, with the raw laser beam being able to be coupled at one fibre end of the multiple fibre (23; 25) by the optical deflection unit selectively into one or more individual fibres (24; 26, 27) and to be decoupled at the other fibre end as a processing laser beam (3a, 3b) having a different laser beam characteristic (D FK1, D FK2).
A method for specifying a media access control, MAC, address, comprising: binding a first MAC address to a network interface of a mobile computing device; determining a first network address linked with the first MAC address; determining a socket connection linked with the first network address for at least one application executing on the mobile computing device; determining a second MAC address based upon a first event trigger; binding the second MAC address to the network interface; determining a second network address linked with the second MAC address; upon expiration of a migration timer, closing each socket connection linked with the first network address for each at least one application connected with the first network address; determining, for each application connected with each socket connection, a socket connection linked with the second network address; and releasing the first MAC address and the first network address from the network interface of the mobile computing device. binding a first MAC address to a network interface of a mobile computing device; determining a first network address linked with the first MAC address; determining a socket connection linked with the first network address for at least one application executing on the mobile computing device; determining a second MAC address based upon a first event trigger; binding the second MAC address to the network interface; determining a second network address linked with the second MAC address; upon expiration of a migration timer, closing each socket connection linked with the first network address for each at least one application connected with the first network address; determining, for each application connected with each socket connection, a socket connection linked with the second network address; and releasing the first MAC address and the first network address from the network interface of the mobile computing device.
A surgical device, comprising: an instrument and a surgical end effector selectively attachable to and detachable from the instrument, the instrument comprising: a) an elongate shaft defining a longitudinal axis, the shaft comprising a distal end, a proximal end and a first mating feature adapted to mate with a first feature on the surgical end effector; b) an arm comprising a second mating feature adapted to mate with a second feature on the surgical end effector, wherein the arm is adapted to be axially slideable relative to the elongate shaft and to be medially deflectable; and c) an elongate pin positioned medially relative to the arm, the elongate pin being axially slideable relative to the arm between a locked position preventing medial deflection of the arm and an unlocked position allowing medial deflection of the arm, wherein the surgical end effector is adapted to be selectively attacheable in vivo to and detacheable in vivo from the second mating feature of the arm by medial deflection of the arm. an instrument and a surgical end effector selectively attachable to and detachable from the instrument, the instrument comprising: a) an elongate shaft defining a longitudinal axis, the shaft comprising a distal end, a proximal end and a first mating feature adapted to mate with a first feature on the surgical end effector; b) an arm comprising a second mating feature adapted to mate with a second feature on the surgical end effector, wherein the arm is adapted to be axially slideable relative to the elongate shaft and to be medially deflectable; and c) an elongate pin positioned medially relative to the arm, the elongate pin being axially slideable relative to the arm between a locked position preventing medial deflection of the arm and an unlocked position allowing medial deflection of the arm, a) an elongate shaft defining a longitudinal axis, the shaft comprising a distal end, a proximal end and a first mating feature adapted to mate with a first feature on the surgical end effector; b) an arm comprising a second mating feature adapted to mate with a second feature on the surgical end effector, wherein the arm is adapted to be axially slideable relative to the elongate shaft and to be medially deflectable; and c) an elongate pin positioned medially relative to the arm, the elongate pin being axially slideable relative to the arm between a locked position preventing medial deflection of the arm and an unlocked position allowing medial deflection of the arm, wherein the surgical end effector is adapted to be selectively attacheable in vivo to and detacheable in vivo from the second mating feature of the arm by medial deflection of the arm.