mhurhangee/patent-ind-claim-en huggingface dataset:
Construction unit for building up a frame , wherein the frame comprises at least two girders extending opposite one another and multiple uprights interconnecting these girders , wherein the construction unit comprises a first construction profile , a second construction profile and a third construction profile , wherein the second and the third construction profile are each respectively connected to an end part of the first construction profile and wherein the first construction profile is provided to serve as an upright and the second and the third construction profile are each provided to be part of a respective girder , wherein the construction unit comprises only one said first construction profile , one said second construction profile and one said third construction profile so that each construction unit is provided to form only one upright of a frame , the second and the third construction profile each comprising a first and a second end extending opposite each other, wherein, in use, each said first end extends at a distance from the first construction profile and multiple such construction units are provided to be successively interconnected so that the first end of the second construction profile of a said construction unit is connected to the second end of the second construction profile of a successive said construction unit and the first end of the third construction profile of the first-mentioned construction unit is connected to the second end of the third construction profile of the said successive construction unit , so that the first construction profiles of successive construction units extend at a distance from one another, wherein the first construction profile is elongated and comprises two profile parts slidable relative to each other in the longitudinal direction of the first construction profile , so that the length of the first construction profile is settable, and wherein the ends of the second construction profile are built up such that respective ends of second construction profiles of successive construction units are engageable into one another for connection of the successive construction units , characterized in that the second construction profile is hingeably connected to the first construction profile between at least a first position, wherein the second construction profile virtually extends according to the first construction profile and the second position, wherein the second construction profile virtually makes an angle of 90° to the first construction profile .
A user terminal that supports device-to-device , D2D, communication, comprising: a controller configured to perform repetition of same control information in D2D communication using first and second control resources allocated continuously or discontinuously in a time direction, in a control region having a predetermined time length and a predetermined frequency bandwidth, wherein the controller is configured to determine positions of the first and second control resources in the time direction, and characterized in that the controller is configured to determine positions of the first and second control resources in a frequency direction, wherein the second control resource is shifted by one-half of the predetermined frequency bandwidth than the first control resource. a controller configured to perform repetition of same control information in D2D communication using first and second control resources allocated continuously or discontinuously in a time direction, in a control region having a predetermined time length and a predetermined frequency bandwidth, wherein the controller is configured to determine positions of the first and second control resources in the time direction, and characterized in that the controller is configured to determine positions of the first and second control resources in a frequency direction, wherein the second control resource is shifted by one-half of the predetermined frequency bandwidth than the first control resource.
A method of preparing a ready-to-eat food product comprising a binding agent and a food substrate, the method comprising mixing a wheat protein isolate with flour and water, thus forming a binding agent having at least about 10% by weight of wheat protein isolate; and subsequently mixing the binding agent with a particulate food substrate comprising a plurality of pieces, thereby adhering the pieces together and forming a food product.
A method for manufacturing a microelectronic device comprising a plurality of resistive memories a first part of these resistive memories being configured to form an unclonable physical function, better known as the acronym PUF, the resistive memories of said first part of resistive memories being said PUF memories, a second part of resistive memories being to provide a memory function to the microelectronic device , the resistive memories of the second part being called storage memories, the manufacturing method comprising the following successive steps of: - providing a support comprising a plurality of first metal electrodes, - for each first electrode , forming a dielectric layer portion comprising a first contact surface facing the corresponding first electrode and a second surface opposite to the first contact surface , the dielectric layer portions for forming the PUF memories having, on at least one of the first contact surface and the second surface , a surface roughness greater than that of the same surface of the dielectric layer portions for forming the storage memories, - for each dielectric layer portion , forming a second electrode facing the second surface , said second surface then being a second contact surface facing the second electrode and the dielectric layer portion being interposed between the first and second electrodes , the resistive memories being thus formed. - providing a support comprising a plurality of first metal electrodes, - for each first electrode , forming a dielectric layer portion comprising a first contact surface facing the corresponding first electrode and a second surface opposite to the first contact surface , the dielectric layer portions for forming the PUF memories having, on at least one of the first contact surface and the second surface , a surface roughness greater than that of the same surface of the dielectric layer portions for forming the storage memories, - for each dielectric layer portion , forming a second electrode facing the second surface , said second surface then being a second contact surface facing the second electrode and the dielectric layer portion being interposed between the first and second electrodes , the resistive memories being thus formed.
Use of a host microorganism in the production of adipic acid as a product or an intermediate, the microorganism comprising an exogenous nucleic acid encoding an enzyme having 2-enoate reductase activity, wherein the enzyme comprises an amino acid sequence that is at least 80% identical to the amino acid sequence of SEQ ID NO: 1 or 2, or a fragment thereof having 2-enoate reductase activity.
Screw-in wrench for introducing a threaded rod into a foundation in axial direction, wherein the threaded rod has profiling in the form of wrench surfaces at its outer circumference in axial direction and wherein the screw-in wrench engages by means of rollers on the wrench surfaces of the threaded rod and rotates the latter about an axis of rotation , wherein the rollers have profiling for positive engagement on the wrench surfaces of the threaded rod , characterised in that the rollers are mounted to be rotatable such that they roll on the threaded rod during a movement of the threaded rod in axial direction.
A device for separating biological entities comprising: a soft magnetic center pole having a bottom end and a tapered tip end ; first and second soft magnetic side poles disposed on opposite sides of the soft magnetic center pole and respectively having first and second bottom ends , the first and second soft magnetic side poles respectively having first and second top ends that are bent towards the soft magnetic center pole and are positioned above the tapered tip end ; a channel for receiving a sample fluid containing the biological entities for separation, the channel being disposed in a gap formed between the tapered tip end , the first top end , and the second top end ; and one or more magnetic source(s) , wherein: a first magnetic source of the one or more magnetic source(s) is connected to the bottom end of the soft magnetic center pole the bottom end of the first soft magnetic side pole is connected to a magnetic source of the one or more magnetic sources ; the bottom end of the second soft magnetic side pole is connected to a magnetic source of the one or more magnetic sources ; and a magnetic flux is thereby generated in the soft magnetic center pole and the first and second soft magnetic side poles . a soft magnetic center pole having a bottom end and a tapered tip end ; first and second soft magnetic side poles disposed on opposite sides of the soft magnetic center pole and respectively having first and second bottom ends , the first and second soft magnetic side poles respectively having first and second top ends that are bent towards the soft magnetic center pole and are positioned above the tapered tip end ; a channel for receiving a sample fluid containing the biological entities for separation, the channel being disposed in a gap formed between the tapered tip end , the first top end , and the second top end ; and one or more magnetic source(s) , wherein: a first magnetic source of the one or more magnetic source(s) is connected to the bottom end of the soft magnetic center pole the bottom end of the first soft magnetic side pole is connected to a magnetic source of the one or more magnetic sources ; the bottom end of the second soft magnetic side pole is connected to a magnetic source of the one or more magnetic sources ; and a magnetic flux is thereby generated in the soft magnetic center pole and the first and second soft magnetic side poles . a first magnetic source of the one or more magnetic source(s) is connected to the bottom end of the soft magnetic center pole the bottom end of the first soft magnetic side pole is connected to a magnetic source of the one or more magnetic sources ; the bottom end of the second soft magnetic side pole is connected to a magnetic source of the one or more magnetic sources ; and a magnetic flux is thereby generated in the soft magnetic center pole and the first and second soft magnetic side poles .
A reeling device that can be mounted to a head rail for suspending a curtain or a blind, said reeling device comprising - a bracket component comprising a base part provided with a first bracket at a first base part end and a second bracket at a second base part end , - a reel component having a main reel body , a first reel end protruding axially from the main reel body and being rotational journaled at the first bracket , and a second reel end protruding axially from the main reel body opposite the first reel end and being rotational journaled at the second bracket , - the reel component has a lengthwise shaft hole for receiving a rotational drive shaft for winding and unwinding a lift string (L) on and off the main reel body , - a coupling component adapted to secure the bracket component with the reel component to the head rail , and - the coupling component has a shaft that extends between a handle part and a coupling flange , characterized in that the shaft extends through an opening arranged at substantial equal distance from the first base part end and the second base part end in a centre section of the base part of the bracket component so that the coupling component is turnable coupled to the base part of said bracket component (2 wherein the reeling device is securable to the head rail without screws. - a bracket component comprising a base part provided with a first bracket at a first base part end and a second bracket at a second base part end , - a reel component having a main reel body , a first reel end protruding axially from the main reel body and being rotational journaled at the first bracket , and a second reel end protruding axially from the main reel body opposite the first reel end and being rotational journaled at the second bracket , - the reel component has a lengthwise shaft hole for receiving a rotational drive shaft for winding and unwinding a lift string (L) on and off the main reel body , - a coupling component adapted to secure the bracket component with the reel component to the head rail , and - the coupling component has a shaft that extends between a handle part and a coupling flange , characterized in that the shaft extends through an opening arranged at substantial equal distance from the first base part end and the second base part end in a centre section of the base part of the bracket component so that the coupling component is turnable coupled to the base part of said bracket component (2 wherein the reeling device is securable to the head rail without screws.
A method of forming a microelectronic assembly, comprising: providing a protective layer on one or both surfaces of a first substrate ; fixing the first substrate onto a carrier ; singulating the first substrate into a quantity of dies fixed to the carrier ; processing at least a first surface of the dies while the dies are fixed to the carrier ; cutting the carrier around a perimeter of a first die , the cutting forming a portion of the carrier fixed to a second surface of the first die ; removing the first die from the quantity of dies while the portion of the carrier is fixed to the second surface of the first die ; and attaching the first die to a prepared surface of a second substrate , the first surface of the first die being attached to the prepared surface of the second substrate ; characterized by stretching the carrier to form gaps between the dies fixed to the carrier , and in that said cutting comprises forming perforations in the carrier along the gaps . providing a protective layer on one or both surfaces of a first substrate ; fixing the first substrate onto a carrier ; singulating the first substrate into a quantity of dies fixed to the carrier ; processing at least a first surface of the dies while the dies are fixed to the carrier ; cutting the carrier around a perimeter of a first die , the cutting forming a portion of the carrier fixed to a second surface of the first die ; removing the first die from the quantity of dies while the portion of the carrier is fixed to the second surface of the first die ; and attaching the first die to a prepared surface of a second substrate , the first surface of the first die being attached to the prepared surface of the second substrate ; characterized by stretching the carrier to form gaps between the dies fixed to the carrier , and in that said cutting comprises forming perforations in the carrier along the gaps .
Hydraulic valve block for a hydraulic unit provided to be used in a closed hydraulic circuit application, comprising a high pressure port , a low pressure port , a pilot valve having a pilot valve spool , and a bypass valve having a bypass valve spool , wherein - the pilot valve is connected with a pilot valve inlet to the high pressure port , with a discharge port to a discharge area and with a control outlet to a control line , the pilot valve spool is held in an initial position in which the control line is connected to the discharge area by means of a pilot valve spring acting on its first front face , wherein the pilot valve spool can slide into a shifted position and pressure from the pilot valve inlet can be conducted to the control line by means of a force, whose strength of force depends on the pressure level at the low pressure port acting on the second front face of the pilot valve spool against the force of the pilot valve spring ; - the bypass valve spool comprises a first opening front face connected to the high pressure port and a closing front face to which the control line is connected to and on which a bypass valve spring acts in closing direction, wherein the bypass valve can be switched from a closed position in which a fluid connection between the high pressure port and low pressure port is disabled, to an open position in which a fluid connection between the high pressure port and the low pressure port is enabled, if an opening force exerted by the high pressure on the first opening front face of the bypass valve spool is higher than the sum of closing forces on the closing front face exerted by the pressure in the control line and the force of the bypass valve spring . - the pilot valve is connected with a pilot valve inlet to the high pressure port , with a discharge port to a discharge area and with a control outlet to a control line , the pilot valve spool is held in an initial position in which the control line is connected to the discharge area by means of a pilot valve spring acting on its first front face , wherein the pilot valve spool can slide into a shifted position and pressure from the pilot valve inlet can be conducted to the control line by means of a force, whose strength of force depends on the pressure level at the low pressure port acting on the second front face of the pilot valve spool against the force of the pilot valve spring ; - the bypass valve spool comprises a first opening front face connected to the high pressure port and a closing front face to which the control line is connected to and on which a bypass valve spring acts in closing direction,
A method of operation in a processor-based food preparation guidance system , the method comprising: causing , by at least one processor, a cooking program to be generated, the cooking program including at least one of instructions or data usable by a cooking appliance to perform a cooking process for a food product; controlling , by the at least one processor, the cooking appliance to perform the cooking process which cooks the food product according to the cooking program; from time-to-time, receiving , by the at least one processor, state information data from the cooking appliance; and sending , by the at least one processor, the received state information data to a plurality of user computing devices over at least one data communications channel; receiving , by the at least one processor, a modification to the cooking program from a first user computing device of the plurality indirectly via a second user computing device of the plurality over the at least one data communications channel; responsive to receiving the modification to the cooking program, modifying the generated cooking program; and controlling , by the at least one processor, the cooking appliance to perform the cooking process for the food product according to the modified cooking program. causing , by at least one processor, a cooking program to be generated, the cooking program including at least one of instructions or data usable by a cooking appliance to perform a cooking process for a food product; controlling , by the at least one processor, the cooking appliance to perform the cooking process which cooks the food product according to the cooking program; from time-to-time, receiving , by the at least one processor, state information data from the cooking appliance; and sending , by the at least one processor, the received state information data to a plurality of user computing devices over at least one data communications channel; receiving , by the at least one processor, state information data from the cooking appliance; and sending , by the at least one processor, the received state information data to a plurality of user computing devices over at least one data communications channel; receiving , by the at least one processor, a modification to the cooking program from a first user computing device of the plurality indirectly via a second user computing device of the plurality over the at least one data communications channel; responsive to receiving the modification to the cooking program, modifying the generated cooking program; and controlling , by the at least one processor, the cooking appliance to perform the cooking process for the food product according to the modified cooking program.
A moving body tracking method of tracking a position of a moving body in each of images of a plurality of frames configuring a sports image obtained by capturing a game of a sports, by a processor , the method comprising: estimating (S404, S1004) a size of the moving body in each of the images of the frames; updating (S405, S411, S412, S1005, S1011, S1012) a template feature amount to a feature amount generated from a template image corresponding to the estimated size of the moving body, based on the estimated size of the moving body; and comparing (S804, S904) a feature amount of a candidate region that is a candidate of a region where the moving body is present in each of the images of the frames with the template feature amount corresponding to the estimated size of the moving body, and determining (S805, S905) whether or not the moving body is positioned in the candidate region based on the comparison result, characterized by updating the template feature amount used for the comparison according to a group to which the estimated size of the moving body belongs, among a plurality of groups. estimating (S404, S1004) a size of the moving body in each of the images of the frames; updating (S405, S411, S412, S1005, S1011, S1012) a template feature amount to a feature amount generated from a template image corresponding to the estimated size of the moving body, based on the estimated size of the moving body; and comparing (S804, S904) a feature amount of a candidate region that is a candidate of a region where the moving body is present in each of the images of the frames with the template feature amount corresponding to the estimated size of the moving body, and determining (S805, S905) whether or not the moving body is positioned in the candidate region based on the comparison result, characterized by updating the template feature amount used for the comparison according to a group to which the estimated size of the moving body belongs, among a plurality of groups.
An illumination device, comprising: a plurality of emitter modules (100-105) spaced apart from each other and arranged in a line, wherein each emitter module (100-105) comprises an array of at least two different colors of light emitting diodes (LEDs) , which are mounted on a substrate and encapsulated within a shallow dome , and wherein a flattened shape of the shallow dome allows a greater portion of light emitted by the array of LEDs to emanate sideways from the emitter module (100-105) than a hemispherical shaped dome; and a reflector comprising a plurality of louvers (110- 115), wherein each louver (110-115) is centered upon and suspended a spaced distance above a different one of the emitter modules (100-105) to focus a majority of light emitted by that emitter module (100-105) into an output beam, and wherein each louver (110-115) is configured to reflect the portion of the light that emanates sideways from adjacent emitter modules (100-105) to improve color mixing in the output beam. a plurality of emitter modules (100-105) spaced apart from each other and arranged in a line, wherein each emitter module (100-105) comprises an array of at least two different colors of light emitting diodes (LEDs) , which are mounted on a substrate and encapsulated within a shallow dome , and wherein a flattened shape of the shallow dome allows a greater portion of light emitted by the array of LEDs to emanate sideways from the emitter module (100-105) than a hemispherical shaped dome; and a reflector comprising a plurality of louvers (110- 115), wherein each louver (110-115) is centered upon and suspended a spaced distance above a different one of the emitter modules (100-105) to focus a majority of light emitted by that emitter module (100-105) into an output beam, and wherein each louver (110-115) is configured to reflect the portion of the light that emanates sideways from adjacent emitter modules (100-105) to improve color mixing in the output beam.