mhurhangee/ep-ind-claims huggingface dataset:
A transport refrigeration unit for regulating the temperature of an enclosed volume, the transport refrigeration unit comprising: a refrigeration module operatively coupled to said enclosed volume, said refrigeration module including: a supply port to output air to said enclosed volume at a supply temperature; a return port to return air from to said enclosed volume to the refrigeration module at a return temperature; at least one cargo temperature sensor unit to provide a cargo temperature; and a controller coupled to regulate the operation of said refrigeration module responsive to said cargo temperature, wherein said controller to selectively operate said refrigeration module in a first mode of operation or in a second mode of operation responsive to said cargo temperature, said controller to selectively operate said refrigeration module in said first mode of operation responsive to said supply temperature and said return temperature, and said controller to selectively operate said refrigeration module in the second mode of operation responsive to said cargo temperature when said cargo temperature is Ts<Tc<Tr, where Ts is said supply temperature, Tr is said return temperature and Tc is said cargo temperature. a supply port to output air to said enclosed volume at a supply temperature; a return port to return air from to said enclosed volume to the refrigeration module at a return temperature; at least one cargo temperature sensor unit to provide a cargo temperature; and a controller coupled to regulate the operation of said refrigeration module responsive to said cargo temperature, wherein said controller to selectively operate said refrigeration module in a first mode of operation or in a second mode of operation responsive to said cargo temperature, said controller to selectively operate said refrigeration module in said first mode of operation responsive to said supply temperature and said return temperature, and said controller to selectively operate said refrigeration module in the second mode of operation responsive to said cargo temperature when said cargo temperature is Ts<Tc<Tr, where Ts is said supply temperature, Tr is said return temperature and Tc is said cargo temperature.
A method for batched compression molding of rubber and plastic products by means of multiple mold cavities, according to the method, alternate operation of a blank shuttle and a male mold that is in a bottle cap mold is controlled by means of engagement of two mutilated gear sets of a cable transmission mechanism; wherein the engagement process of the two mutilated gear sets, mold opening motion, isostatic pressing energy storage and spring energy storage are implemented by means of the engagement characteristic of the mutilated gear sets, and fast mold closing and compression molding are implemented by means of the non-engagement characteristic, isostatic pressing energy storage and pressurization of the mutilated gear sets. characterized in that: a three-bar linkage mechanism is disposed between the mutilated gear set and the blank shuttle, and the mutilated gear set uses the three-bar linkage mechanism to control the blank shuttle to quickly and synchronously convey a blank to a master mold in the bottle cap mold.
A first unit for treatment of a bioprocess liquid comprising a first lateral face, a second lateral face and a front face which meets the two said lateral faces; said front face comprising: - a plurality of valves adapted to receive and act upon one or more legs of a disposable flow path; - optionally one or more pumps adapted to receive and act upon one or more legs of said disposable flow path; - optionally one or more sensors adapted to receive and to measure one or more parameters in one or more legs of said disposable flow path; characterised in that: - said plurality of valves and optional pumps and sensors are vertically offset from each other to give all legs of a disposable flow path received by said valves and optional pumps and sensors a slope of at least 4.0 degrees from the horizontal plane (h), wherein the unit comprises a disposable flow path with legs connected by hose barb couplings, said first unit further comprising guides on said front face between said valves and optional pumps and sensors for installation of said disposable flow path, wherein said guides are essentially linear with slopes of at least 4.0 degrees from the horizontal plane. - a plurality of valves adapted to receive and act upon one or more legs of a disposable flow path; - optionally one or more pumps adapted to receive and act upon one or more legs of said disposable flow path; - optionally one or more sensors adapted to receive and to measure one or more parameters in one or more legs of said disposable flow path; characterised in that: - said plurality of valves and optional pumps and sensors are vertically offset from each other to give all legs of a disposable flow path received by said valves and optional pumps and sensors a slope of at least 4.0 degrees from the horizontal plane (h),
A method of accessing a data memory page in a data random access memory for a microcontroller comprising a linearized data random access memory which is divided into a plurality of data memory pages, the method comprising the steps of: mapping special function registers only to a single predefined page of said data memory pages; selecting one of said data memory pages by means of a page select register to provide data random access memory for said microcontroller; dedicating a bit in each op-code of at least numeric processing instructions of said microcontroller which when set forces said predefined page to be selected as data random access memory storing said special function registers and when not set accesses said selected one of said data memory page. mapping special function registers only to a single predefined page of said data memory pages; selecting one of said data memory pages by means of a page select register to provide data random access memory for said microcontroller; dedicating a bit in each op-code of at least numeric processing instructions of said microcontroller which when set forces said predefined page to be selected as data random access memory storing said special function registers and when not set accesses said selected one of said data memory page.
A composition comprising oxidized cellulose and glycerol, wherein (i) the ratio of glycerol to OC is at least about 0.5:1 w/w glycerol:OC; (ii) the total water content is less than about 8% w/w; and (iii) the composition is in the form of a paste at one or more temperature values selected from the group consisting of 10°C, 15°C, 20°C, 25°C, 30°C, 35°C, 37°C, and 40°C. (i) the ratio of glycerol to OC is at least about 0.5:1 w/w glycerol:OC; (ii) the total water content is less than about 8% w/w; and (iii) the composition is in the form of a paste at one or more temperature values selected from the group consisting of 10°C, 15°C, 20°C, 25°C, 30°C, 35°C, 37°C, and 40°C.
A piston machine, comprising a housing, in which at least one first piston is arranged which can be moved to and fro between two end positions in order to periodically increase and reduce the size of a working chamber adjoining a first end face of the at least one first piston, the at least one first piston having at least one guiding member, which is in engagement with a control curve which is formed on a curve member arranged in the housing, the curve member extending concentrically and circumferentially in the housing, all the way round an axis of revolution which is fixed relative to the housing, and being arranged radially to the outside of the piston in relation to the axis of revolution, a second piston being situated opposite the at least one first piston and performing opposing reciprocating movements relative to the first piston, the second piston having a second end face, which faces the first end face of the first piston, and the working chamber being situated between the end faces (30, 32), wherein the curve member is mounted in the housing in such a way that it can revolve about the axis of revolution, while the at least one first piston and the second piston cannot revolve about the axis of revolution, with the result that the at least one first piston and the second piston perform reciprocating movements in a plane of movement which is fixed relative to the axis of revolution when the curve member revolves about the axis of revolution, characterized in that there is a gas inlet and a gas outlet in the housing, at an end thereof in relation to the axis of revolution, the gas inlet and the gas outlet being opened and closed by means of a rotary slide valve, which has an opening and which revolves about the axis of revolution at the same rotational speed as the curve member.
A device for quantizing a LPC filter in the form of an input line spectral frequency vector, comprising: means for computing a first-stage approximation of the input LSF vector; means for subtracting the first-stage approximation from the input LSF vector to produce a residual vector; means for calculating a weighting function from the first-stage approximation; means for applying the weighting function to the residual vector; an algebraic vector quantizer for quantizing the weighted residual vector to supply a quantized weighted residual LSF vector; and a multiplexer of the first-stage approximation and the quantized weighted residual LSF vector into corresponding, multiplexed coded indices. means for computing a first-stage approximation of the input LSF vector; means for subtracting the first-stage approximation from the input LSF vector to produce a residual vector; means for calculating a weighting function from the first-stage approximation; means for applying the weighting function to the residual vector; an algebraic vector quantizer for quantizing the weighted residual vector to supply a quantized weighted residual LSF vector; and a multiplexer of the first-stage approximation and the quantized weighted residual LSF vector into corresponding, multiplexed coded indices.
Method for controlling a first vehicle, said method comprising the following steps: - reception of at least one image of at least one rear light (201, 202) of a second vehicle traveling in front of said first vehicle; - determination of a type of said second vehicle from said at least one image; - control of said first vehicle depending on the type of said second vehicle; said determination comprises a classification of said at least one rear light (201, 202) and a recognition of the type of vehicle associated with said at least one rear light (201, 202) from said at least one image. - reception of at least one image of at least one rear light (201, 202) of a second vehicle traveling in front of said first vehicle; - determination of a type of said second vehicle from said at least one image; - control of said first vehicle depending on the type of said second vehicle;
An oven comprising: a main body; a cooking chamber arranged inside the main body, the cooking chamber including a front that is open; a door arranged to open or close the front of the cooking chamber; a circulation fan arranged to circulate air in the cooking chamber; a suction port formed on a wall of the cooking chamber facing the circulation fan; a turntable arranged on a bottom plate of the cooking chamber, the turntable being rotatable around a rotating shaft; and characterized in that a discharging port formed on the bottom plate of the cooking chamber, the discharging port for discharging air that has passed through the suction port into the cooking chamber, the discharging port being located under the turntable. a main body; a cooking chamber arranged inside the main body, the cooking chamber including a front that is open; a door arranged to open or close the front of the cooking chamber; a circulation fan arranged to circulate air in the cooking chamber; a suction port formed on a wall of the cooking chamber facing the circulation fan; a turntable arranged on a bottom plate of the cooking chamber, the turntable being rotatable around a rotating shaft; and characterized in that a discharging port formed on the bottom plate of the cooking chamber, the discharging port for discharging air that has passed through the suction port into the cooking chamber, the discharging port being located under the turntable.
A method for transmitting data based on a relay mobile communication system, comprising: configuring at least two transmission planes on protocol stacks of Un interface of a relay device and an eNodeB; and the relay device and the eNodeB transmitting data over the at least two transmission planes configured on the protocol stacks of Un interface; characterized in that, wherein one Media Access Control, MAC, Protocol Data Unit, PDU, is generated respectively in each of the transmission planes, and the data is transmitted in the generated MAC PDU; and wherein the data is transmitted over the at least two transmission planes respectively through their own MAC layer entities, RLC layer entities and PDCP layer entities. configuring at least two transmission planes on protocol stacks of Un interface of a relay device and an eNodeB; and the relay device and the eNodeB transmitting data over the at least two transmission planes configured on the protocol stacks of Un interface; characterized in that, wherein one Media Access Control, MAC, Protocol Data Unit, PDU, is generated respectively in each of the transmission planes, and the data is transmitted in the generated MAC PDU; and wherein the data is transmitted over the at least two transmission planes respectively through their own MAC layer entities, RLC layer entities and PDCP layer entities.
Bone fixation device comprising A) a first bone implant in the form of a hollow intramedullary nail with a longitudinal cavity and with at least one through hole having two outer openings with the area A at the peripheral surface and two inner openings towards said cavity; B) at least one second bone implant with a head and a shaft for insertion into one or more of said through holes; and C) at least one closing cover for closing said outer opening of said through hole for preventing bone and soft tissue ingrowth and/or bacterial invasion into said through hole, characterized in that said closing cover is D) removably attachable to said first bone implant; and E) dimensioned and shaped in such a way that upon attachment to said first bone implant it is apt to cover at least the entire area A of said outer opening and to completely cover the head of said at least one second bone implant if inserted into said through hole. A) a first bone implant in the form of a hollow intramedullary nail with a longitudinal cavity and with at least one through hole having two outer openings with the area A at the peripheral surface and two inner openings towards said cavity; B) at least one second bone implant with a head and a shaft for insertion into one or more of said through holes; and C) at least one closing cover for closing said outer opening of said through hole for preventing bone and soft tissue ingrowth and/or bacterial invasion into said through hole, D) removably attachable to said first bone implant; and E) dimensioned and shaped in such a way that upon attachment to said first bone implant it is apt to cover at least the entire area A of said outer opening and to completely cover the head of said at least one second bone implant if inserted into said through hole.
A delivery system for use with a prosthetic heart valve having a stent frame to which a valve structure is attached, the system comprising: a shaft assembly including a distal end and a coupling structure is disposed near the distal end and configured to be coupled to a distal end of the prosthetic heart valve; a sheath assembly defining a lumen sized to slidably receive the shaft assembly; and wherein the delivery system is configured to transition from a loaded state in which the sheath assembly encompasses the prosthetic heart valve to a deployed state in which the sheath assembly is withdrawn from the prosthetic heart valve, and wherein the coupling structure is configured to provide a controlled expansion or contraction of the distal end of the prosthetic heart valve based on longitudinal movement of the distal end of the shaft assembly; wherein the coupling structure comprises a tubular base portion and a plurality of legs extending from the tubular base portion and wherein each of the legs includes a looped end portion that is configured to be releasably coupled to a hook on the distal end of the prosthetic heart valve; characterised in that the coupling structure has a natural state and a compressed state and wherein the legs are perpendicular or substantially perpendicular to a longitudinal axis of the tubular base portion in the natural state of the coupling structure and wherein the legs are bent towards the tubular base portion in the compressed state. a shaft assembly including a distal end and a coupling structure is disposed near the distal end and configured to be coupled to a distal end of the prosthetic heart valve; a sheath assembly defining a lumen sized to slidably receive the shaft assembly; and wherein the delivery system is configured to transition from a loaded state in which the sheath assembly encompasses the prosthetic heart valve to a deployed state in which the sheath assembly is withdrawn from the prosthetic heart valve, and wherein the coupling structure is configured to provide a controlled expansion or contraction of the distal end of the prosthetic heart valve based on longitudinal movement of the distal end of the shaft assembly; wherein the coupling structure comprises a tubular base portion and a plurality of legs extending from the tubular base portion and wherein each of the legs includes a looped end portion that is configured to be releasably coupled to a hook on the distal end of the prosthetic heart valve; characterised in that the coupling structure has a natural state and a compressed state and wherein the legs are perpendicular or substantially perpendicular to a longitudinal axis of the tubular base portion in the natural state of the coupling structure and wherein the legs are bent towards the tubular base portion in the compressed state.
A method of producing a brewer's wort comprising adding to a mash, a glucoamylase that is at least 90% identical to the sequence shown in SEQ ID NO: 1, and wherein the mash comprises malted and unmalted grain.
A cooling ring for externally cooling a tubular film of thermoplastic material, the cooling ring comprising: at least one cooling gas ring (25, 26) with at least one annular nozzle (29, 30, 37) open towards the tubular film for blowing out cooling gas against the tubular film, and at least one contact cooling ring which has a contact surface which is to be arranged in direct contact with the tubular film, a temperature control device (23, 24) being provided which extends over the circumference of the contact cooling ring and by means of which the surface temperature of the contact surface can be adjusted, characterized in that the at least one cooling gas ring (25, 26) and the at least one contact cooling ring are combined to form a common structural unit, and that the cooling ring has an adjusting mechanism with which the distance of the cooling ring from a film blowing head can be adjusted. at least one cooling gas ring (25, 26) with at least one annular nozzle (29, 30, 37) open towards the tubular film for blowing out cooling gas against the tubular film, and at least one contact cooling ring which has a contact surface which is to be arranged in direct contact with the tubular film, a temperature control device (23, 24) being provided which extends over the circumference of the contact cooling ring and by means of which the surface temperature of the contact surface can be adjusted, characterized in that the at least one cooling gas ring (25, 26) and the at least one contact cooling ring are combined to form a common structural unit, and that the cooling ring has an adjusting mechanism with which the distance of the cooling ring from a film blowing head can be adjusted.
A method for identifying individual structural elements of a structural pattern, which is projected onto a scene, in camera images, wherein a projector is used to project the structural pattern onto the scene and wherein a first camera and at least one second camera (H, V) are used to pick up the structural pattern, which is projected onto the scene, wherein the first camera and the at least one second camera (H; V) are positioned at a distance from one another, and wherein the projector is positioned outside a straight connecting line (26, 28) of the first and at least one second camera (M, H, V) at a distance from the first camera and from the at least one second camera (H, V), wherein, with respect to a structural element that is to be identified in the camera image of the first camera, that structural element is determined in the camera image of the at least one second camera (V, H) which can be associated one-to-one with the structural element that is to be identified in the camera image of the first camera, by way of calibration data which for the individual structural elements has in each case combinations of first parameters, which correlate the respective structural element with the location and orientation of the first camera and of the projector, and of at least second parameters, which correlate the respective structural element with the location and orientation of the at least one second camera (H, V) and of the projector, which calibration data is obtained using the first and at least one second camera (M, H, V) by way of recording calibration images (76, 78) of the structural pattern that is projected by the projector, characterized in that the first parameters for the individual structural elements comprise gradients (StM) and points of intersection with a first reference axis of first illumination epipolar lines related to the first camera, and the at least second parameters for the individual structural elements comprise gradients (StH, StV) and points of intersection (SPH, SPV) with a second reference axis of illumination epipolar lines related to the at least one second camera (H, V), wherein the illumination epipolar lines are located in the image plane of the respective camera, and wherein each imaged structural element is always located on the same illumination epipolar line and its site on this illumination epipolar line depends on the distance of the respective projected structural element from the camera.
A method for transmitting data signals in accordance with an applied transmission protocol, within at least one first and one second transmission phase (TP1, TP2), which follow one another synchronously or asynchronously, between a first communication unit and at least one second communication unit, which comprises a central processor unit and a memory unit, in which an operating program is stored, characterised in that the second communication unit comprises at least one first event generator, which monitors signal sequences (SL, SLZ) transmitted via a transmission line between the two communication units (L, Z) independently of the central processor unit and generates event notifications (e1, e2) for events during the data transmission, which occur in accordance with the applied transmission protocol, which event notifications are transmitted to the central processor unit and/or to at least one first event user.