mhurhangee/patent-ind-claim-en huggingface dataset:
An end plate for a battery module, characterized in that the end plate comprises: an end plate body , which has an inner surface and an outer surface that are opposed to each other in a thickness direction (X) of the end plate body , wherein the outer surface is engaged with a fixing band for the battery module; and a limiting assembly, which is disposed on the outer surface , wherein the limiting assembly includes a fixed clamping member and a movable clamping member which are spaced apart from each other in a height direction (Y) of the end plate body and are used in cooperation with each other, a clamping space for receiving the fixing band is formed between the fixed clamping member and the movable clamping member , and the movable clamping member can make room for the fixing band so that the fixing band enters the clamping space by the movable clamping member and is limited within the clamping space . an end plate body , which has an inner surface and an outer surface that are opposed to each other in a thickness direction (X) of the end plate body , wherein the outer surface is engaged with a fixing band for the battery module; and a limiting assembly, which is disposed on the outer surface , wherein the limiting assembly includes a fixed clamping member and a movable clamping member which are spaced apart from each other in a height direction (Y) of the end plate body and are used in cooperation with each other, a clamping space for receiving the fixing band is formed between the fixed clamping member and the movable clamping member , and the movable clamping member can make room for the fixing band so that the fixing band enters the clamping space by the movable clamping member and is limited within the clamping space .
A refrigeration cycle apparatus comprising: a partition plate that partitions an inside of a housing of an outdoor unit into a blower chamber and a machine chamber ; a reactor attached to the partition plate on a side of the machine chamber ; a fixing member that fixes the reactor to the partition plate ; and a plate-like first heat transfer member provided between the reactor and the partition plate , wherein the first heat transfer member is provided between the partition plate and the reactor , thermal resistance of the first heat transfer member is smaller than thermal resistance of the fixing member , characterized in that grooves wider than the first heat transfer member are formed in a portion of the partition plate facing the first heat transfer member . a partition plate that partitions an inside of a housing of an outdoor unit into a blower chamber and a machine chamber ; a reactor attached to the partition plate on a side of the machine chamber ; a fixing member that fixes the reactor to the partition plate ; and a plate-like first heat transfer member provided between the reactor and the partition plate , wherein the first heat transfer member is provided between the partition plate and the reactor , thermal resistance of the first heat transfer member is smaller than thermal resistance of the fixing member , characterized in that grooves wider than the first heat transfer member are formed in a portion of the partition plate facing the first heat transfer member .
A radar bracket for a vehicle comprising: a central portion configured to receive a radar module so that said radar module is exposed on a front side of said radar bracket, wherein said front side of said radar bracket being configured to face away from said vehicle; and a side wall encircling and extending laterally from said central portion, said side wall comprising a non-conductive material; wherein at least of a portion of a backside of said side wall is covered by a radar absorbing material having a dielectric constant higher than a dielectric constant of said side wall, said backside of said side wall being configured to face said vehicle, and wherein said portion of said side wall being covered by said radar absorbing material has a thickness d w defined as d w = 2 m + 1 ε w λ 0 4 , ε abs ≈ ε w 2 where λ 0 is the wavelength in air of a center frequency of said radar module, ε abs is the dielectric constant of said radar absorbing material, ε w is the dielectric constant of said side wall and m = 0 ...N. a central portion configured to receive a radar module so that said radar module is exposed on a front side of said radar bracket, wherein said front side of said radar bracket being configured to face away from said vehicle; and a side wall encircling and extending laterally from said central portion, said side wall comprising a non-conductive material; wherein at least of a portion of a backside of said side wall is covered by a radar absorbing material having a dielectric constant higher than a dielectric constant of said side wall, said backside of said side wall being configured to face said vehicle, and wherein said portion of said side wall being covered by said radar absorbing material has a thickness d w defined as d w = 2 m + 1 ε w λ 0 4 , ε abs ≈ ε w 2 where λ 0 is the wavelength in air of a center frequency of said radar module, ε abs is the dielectric constant of said radar absorbing material, ε w is the dielectric constant of said side wall and m = 0 ...N.
A printing system comprising an order receiving system , an information processing apparatus , and one or more production systems according to claim 9, wherein the order receiving system includes: order receiving means for receiving print data; generating means for generating quality requirement data; and sending means for sending the print data and the quality requirement data to the information processing apparatus , and wherein the information processing apparatus includes: deciding means for deciding a production system to be used on the basis of at least the quality requirement data received from the order receiving system; and submitting means (609, 610; 522) for generating a print job to which is assigned identification information of a quality verification process for verifying, with the decided production system, whether or not a quality required by the quality requirement data is satisfied, and submitting the print job to the decided production system. order receiving means for receiving print data; generating means for generating quality requirement data; and sending means for sending the print data and the quality requirement data to the information processing apparatus , and wherein the information processing apparatus includes: deciding means for deciding a production system to be used on the basis of at least the quality requirement data received from the order receiving system; and submitting means (609, 610; 522) for generating a print job to which is assigned identification information of a quality verification process for verifying, with the decided production system, whether or not a quality required by the quality requirement data is satisfied, and submitting the print job to the decided production system. deciding means for deciding a production system to be used on the basis of at least the quality requirement data received from the order receiving system; and submitting means (609, 610; 522) for generating a print job to which is assigned identification information of a quality verification process for verifying, with the decided production system, whether or not a quality required by the quality requirement data is satisfied, and submitting the print job to the decided production system.
A display device (DA) for electronic equipment (EE) comprising an antenna (AR) adapted to receive radio waves, said device (DA) comprising a touch screen (ET) provided with a printed circuit board (CC) configured to control display means of the touch screen (ET) and emitting in operation electromagnetic waves, characterized in that it further comprises a conductive wire (FC) having a first end coupled to a ground of said printed circuit board (CC) and a second end free, and defining an auxiliary antenna configured to capture at least part of the energy of said electromagnetic waves generated by the printed circuit board (CC) of the display, so as to reduce electromagnetic disturbances caused by said electromagnetic waves, said conductive wire (FC) having a diameter of between 1 mm and 4 mm and a length of between 30 cm and 70 cm, said conductive wire (FC) being connected to a ground pin of a connector attached to said printed circuit board (CC).
A portable slot water-injection toilet, comprising: a toilet pool having a receiving cavity for receiving clean water, the toilet pool has a pool tapered from top to bottom, the bottom of the pool is a discharge outlet , the top of the pool is a tapered annular platform , the tapered annular platform consists of a wide part and a narrow part , above the tapered annular platform is a slot flush nozzle for shunting water currents, and the toilet pool is further provided with a clean water supply means that can supply the clean water in the receiving cavity to the slot flush nozzle , characterized in that , a first choke shunt cone and a second choke shunt cone that shunt water currents of a nozzle water inlet are formed on the slot flush nozzle , whereby the shunts implemented by the slot flush nozzle are evenly distributed on a surface of the pool under the guide of the tapered annular platform , whereby a part of a first shunt shunted by the first choke shunt cone flows from the wide part of the tapered annular platform to the narrow part of the tapered annular platform along a first transverse direction , and the other part flows down along a surface of the pool like a fan along a downward direction; a part of a second shunt shunted by the second choke shunt cone flows from the wide part of the tapered annular platform to the narrow part of the tapered annular platform along a second transverse direction , and the other part flows down along the surface of the pool like a fan along a downward direction; and the first transverse direction is opposite to the second transverse direction .
An image acquiring apparatus comprising: sample storage means for storing a plurality of samples (S): macro image acquiring means for acquiring a macro image of each of the plurality of samples ; and micro image acquiring means for acquiring a micro image of each of the plurality of samples (S) and characterized by control means including macro image acquisition control means for controlling an operation to acquire the macro image by the macro image acquiring means , image pickup condition setting means for setting an image pickup condition for the micro image of the sample (S) with reference to the macro image, and micro image acquisition control means for controlling an operation to acquire the micro image by the micro image acquiring means wherein each of the plurality of samples (S) is a sample slide in which a biological sample is enclosed, and the control means includes session managing means for defining a session in accordance with a sample group consisting of the plurality of sample slides stored in the sample storage means and managing a data group including data of the macro image, the image pickup condition, and data of the micro image for each of the samples (S) as session data associated with the sample group for each session. macro image acquiring means for acquiring a macro image of each of the plurality of samples ; and micro image acquiring means for acquiring a micro image of each of the plurality of samples (S) and characterized by control means including macro image acquisition control means for controlling an operation to acquire the macro image by the macro image acquiring means , image pickup condition setting means for setting an image pickup condition for the micro image of the sample (S) with reference to the macro image, and micro image acquisition control means for controlling an operation to acquire the micro image by the micro image acquiring means wherein each of the plurality of samples (S) is a sample slide in which a biological sample is enclosed, and the control means includes session managing means for defining a session in accordance with a sample group consisting of the plurality of sample slides stored in the sample storage means and managing a data group including data of the macro image, the image pickup condition, and data of the micro image for each of the samples (S) as session data associated with the sample group for each session.
A cleaning composition comprising a surfactant and an endo-β-mannanase polypeptide comprising an amino acid sequence having at least 90% identity to an amino acid sequence selected from SEQ ID NO: 8, 10, 12, 42, 43, 44, 46, 47, 48, 50, 51 and 52, or an active fragment thereof, wherein said polypeptide or active fragment thereof has mannanase activity in the presence of a surfactant.
A policy and charging rules apparatus , comprising: receiving means configured to receive a request including an address of an access network entity providing a user with a packet data connection from a packet data connection gateway over a Gx reference point; determining means configured to determine a contact address of a broadband policy control entity from the address of the access network entity ; and transmitting means configured to transmit a request to the broadband policy control entity to trigger the broadband policy control entity to establish a control session towards the policy and charging rules apparatus . receiving means configured to receive a request including an address of an access network entity providing a user with a packet data connection from a packet data connection gateway over a Gx reference point; determining means configured to determine a contact address of a broadband policy control entity from the address of the access network entity ; and transmitting means configured to transmit a request to the broadband policy control entity to trigger the broadband policy control entity to establish a control session towards the policy and charging rules apparatus .
Distributor for spreading material, in particular fertilizer spreader, having: - at least one centrifugal disc that is drivable in rotation; - one or more adjustable guide elements , which are configured to guide the spreading material transferred onto the centrifugal disc ; - a drive shaft , which has a clearance extending in an axial direction through the drive shaft and is configured to drive the centrifugal disc in rotation; and - an adjusting device , which is configured to adjust the one or more guide elements , wherein the adjusting device comprises an actuating member , which is movable at least partially in the axial direction within the clearance in the drive shaft and via which the one or more guide elements are adjustable, characterized in that the clearance in the drive shaft is coupled to a hydraulic connection , wherein the actuating member is in the form of a piston that is movable in the axial direction within the clearance in the drive shaft by application of hydraulic pressure. - at least one centrifugal disc that is drivable in rotation; - one or more adjustable guide elements , which are configured to guide the spreading material transferred onto the centrifugal disc ; - a drive shaft , which has a clearance extending in an axial direction through the drive shaft and is configured to drive the centrifugal disc in rotation; and - an adjusting device , which is configured to adjust the one or more guide elements , wherein the adjusting device comprises an actuating member , which is movable at least partially in the axial direction within the clearance in the drive shaft and via which the one or more guide elements are adjustable, characterized in that the clearance in the drive shaft is coupled to a hydraulic connection , wherein the actuating member is in the form of a piston that is movable in the axial direction within the clearance in the drive shaft by application of hydraulic pressure.
A metallized multi-layer film having ultra-high oxygen and moisture barrier properties, said film having an optical density in excess of 2.6 as measured by a densitometer, and comprising a core layer, a sealant layer on one side of said core layer, a metal bonding layer on a side of the core layer opposed to said one side, characterized in that said bonding layer including a preponderance, by weight, of a propylene/butene-1 copolymer and being free of particulates, said metal bonding layer having a thickness less than 1 micron, one surface adhered to a first surface of said core layer and an opposed, oxidatively treated surface, a metal coating adhered to said opposed, oxidatively treated surface of said metal bonding layer, said sealant layer comprising an ethylene/propylene/butene-1 terpolymer, 6-20% by weight of a synthetic silica masterbatch including 2% of a nonmigratory, antiblock agent being a non-spherical 4.5 micron synthetic silica, and 6-10% by weight of a polymethylmethacrylate masterbatch including 5% of a non-migratory slip agent being a spherical 4 micron cross-linked polymethylmethacrylate, said film having an oxygen barrier of less than 15 cc/m 2 /day as measured by ASTM D3985 and a water barrier of less than 0.1 grams/m 2 /day as measured by ASTM F1249.
An apparatus to facilitate dynamic selection of avatars for use in software applications, comprising: reception and capturing logic module to capture, by a camera in real-time, an image of a user; detection/tracking logic module to determine facial features of the user based on the user image ; an avatar selection module comprising: a user recognition module to recognize user attributes based on the user facial features; a ranking module to receive user attribute data and rank available avatar models based on similarity scores between user attributes and avatar attributes, for each available avatar model; an avatar recommendation module to recommend an avatar based on the ranked available avatar models and generate a list of ranked available avatar models for display on a display device. reception and capturing logic module to capture, by a camera in real-time, an image of a user; detection/tracking logic module to determine facial features of the user based on the user image ; an avatar selection module comprising: a user recognition module to recognize user attributes based on the user facial features; a ranking module to receive user attribute data and rank available avatar models based on similarity scores between user attributes and avatar attributes, for each available avatar model; an avatar recommendation module to recommend an avatar based on the ranked available avatar models and generate a list of ranked available avatar models for display on a display device. a user recognition module to recognize user attributes based on the user facial features; a ranking module to receive user attribute data and rank available avatar models based on similarity scores between user attributes and avatar attributes, for each available avatar model; an avatar recommendation module to recommend an avatar based on the ranked available avatar models and generate a list of ranked available avatar models for display on a display device.
A battery connection module used to connect a battery unit array , the battery connection module comprising: a plurality of busbars used to connect the battery unit array ; a plurality of sampling assemblies , each sampling assembly comprising a first flexible circuit board , an adapting circuit board and a second flexible circuit board , the first flexible circuit board connecting the plurality of busbars , the first flexible circuit board being constituted by folding at least two sub flexible circuit boards , a rear end of the first flexible circuit board comprising a turning portion , the turning portion being connected to the adapting circuit board which is positioned in a plane different from a plane where the first flexible circuit board is presented, a front end of the second flexible circuit board being connected to the adapting circuit board , a rear end of the second flexible circuit board comprising at least one electrical connector , wherein the adapting circuit board has a wire jumper construction. a plurality of busbars used to connect the battery unit array ; a plurality of sampling assemblies , each sampling assembly comprising a first flexible circuit board , an adapting circuit board and a second flexible circuit board , the first flexible circuit board connecting the plurality of busbars , the first flexible circuit board being constituted by folding at least two sub flexible circuit boards , a rear end of the first flexible circuit board comprising a turning portion , the turning portion being connected to the adapting circuit board which is positioned in a plane different from a plane where the first flexible circuit board is presented, a front end of the second flexible circuit board being connected to the adapting circuit board , a rear end of the second flexible circuit board comprising at least one electrical connector , wherein the adapting circuit board has a wire jumper construction.
A device for producing a continuous thread from a synthetic polymer melt, comprising a spinning apparatus for extruding and cooling a plurality of filament strands , a device for applying a spinning preparation , a winding apparatus and a drafting zone for drawing the filament strands that is provided between the spinning apparatus and the winding apparatus , wherein the drafting zone is formed by a feed roller pair and four to six successive drafting roller pairs , characterized in that a total drafting of 3 to 8 times is provided in the drafting zone, that the first drafting roller pairs are provided with a heating apparatus and the last drafting roller pair is provided with a cooling apparatus , wherein the filament strands are guided multiple times over the cooling apparatus of the last drafting roller pair , that a surface temperature of the roller of the last drafting roller pair , which is provided with the cooling apparatus , is provided to be less than 100°C, preferably less than 60°C, that at least one of the two rollers of each drafting roller pair provided with a heating apparatus is provided with the heating apparatus , and that both rollers of the last draft roller pair are provided with a cooling apparatus .
A computer-implemented method of managing inputs , the method comprising: receiving a first input from an input device, wherein the first input is directed to a user interface control ; receiving a second input from the input device or another input device, wherein the second input is directed to the user interface control ; identifying whether a capture status is assigned to the user interface control ; determining , based at least in part on the identification, whether or not to capture the first input to the user interface control ; and determining, based at least in part on the identification, whether or not to capture the second input to the user interface control , characterized in that : when it is determined to capture the first and the second input to the user interface control , the second input is captured to the user interface control simultaneously with the first input. receiving a first input from an input device, wherein the first input is directed to a user interface control ; receiving a second input from the input device or another input device, wherein the second input is directed to the user interface control ; identifying whether a capture status is assigned to the user interface control ; determining , based at least in part on the identification, whether or not to capture the first input to the user interface control ; and determining, based at least in part on the identification, whether or not to capture the second input to the user interface control , characterized in that : when it is determined to capture the first and the second input to the user interface control , the second input is captured to the user interface control simultaneously with the first input.