mhurhangee/patent-ind-claim-en huggingface dataset:
Valve , in particular acceleration valve, for establishing and interrupting a fluidic connection of a main air line (HLL) to the atmosphere (EX), having: - a housing with an inlet opening and an outlet opening which are fluidically connected to each other, - an actuation direction , - a first valve element which is configured to establish or interrupt the fluidic connection between the inlet opening and the outlet opening , - a second valve element which is configured to come into sealing contact with the first valve element in order to interrupt the fluidic connection, - a locking element which is configured to lock the second valve element in a standby position and to block said valve element in at least one direction parallel to the actuation direction until a release condition is met, wherein the second valve element has a control sleeve which forms a part of the fluidic connection between the inlet opening and the outlet opening , characterised in that the second valve element has a guide element which is formed integrally with or separately from the control sleeve , wherein when configured separately, a connection is formed between the control sleeve and the guide element which allows a limited relative movement between the control sleeve and the guide element parallel to the actuation direction , and the locking element has a locking pin which is configured to come into contact with the second valve element for locking purposes, the locking pin is loaded with a spring force which brings it into contact with the guide element . - a housing with an inlet opening and an outlet opening which are fluidically connected to each other, - an actuation direction , - a first valve element which is configured to establish or interrupt the fluidic connection between the inlet opening and the outlet opening , - a second valve element which is configured to come into sealing contact with the first valve element in order to interrupt the fluidic connection, - a locking element which is configured to lock the second valve element in a standby position and to block said valve element in at least one direction parallel to the actuation direction until a release condition is met, wherein the second valve element has a control sleeve which forms a part of the fluidic connection between the inlet opening and the outlet opening , characterised in that the second valve element has a guide element which is formed integrally with or separately from the control sleeve , wherein when configured separately, a connection is formed between the control sleeve and the guide element which allows a limited relative movement between the control sleeve and the guide element parallel to the actuation direction , and the locking element has a locking pin which is configured to come into contact with the second valve element for locking purposes, the locking pin is loaded with a spring force which brings it into contact with the guide element .
A method of selecting and enriching biological samples for desirable attributes by forming sample pools; determining some of said desirable attributes for pooled samples; and selecting samples appearing to have one or more desirable attributes, the process comprising: determining, for at least one of the desirable attributes, the preferred number, "d", of samples per pool by setting d to the integer value which produces the maximum or a value near the maximum of the product of: d times the number of sample pools expected to be unambiguous for the at least one of the attributes; dividing the plurality of samples into subsets, each comprising approximately d samples per subset such that each of the plurality of samples is included in at least one subset, and, forming unique pools with aliquots from different sample subsets; forming, in the pools, attribute-specific reaction products for the constituent samples, each product having a marker-tag identifying a desired attribute and optionally a source-tag identifying the pool; identifying pools that are unambiguous for one or more of a first set of the desirable attributes or ambiguous for one or more of a second set of the desirable attributes wherein all samples in said unambiguous pools have an attribute in said first set or no samples do; and wherein at least one of the samples in each of said ambiguous pools has an attribute of said second set, but not all samples do; and identifying and selecting samples from the unambiguous or ambiguous pools to form a sample set that is enriched for said desirable attributes. determining, for at least one of the desirable attributes, the preferred number, "d", of samples per pool by setting d to the integer value which produces the maximum or a value near the maximum of the product of: d times the number of sample pools expected to be unambiguous for the at least one of the attributes; dividing the plurality of samples into subsets, each comprising approximately d samples per subset such that each of the plurality of samples is included in at least one subset, and, forming unique pools with aliquots from different sample subsets; forming, in the pools, attribute-specific reaction products for the constituent samples, each product having a marker-tag identifying a desired attribute and optionally a source-tag identifying the pool; identifying pools that are unambiguous for one or more of a first set of the desirable attributes or ambiguous for one or more of a second set of the desirable attributes wherein all samples in said unambiguous pools have an attribute in said first set or no samples do; and wherein at least one of the samples in each of said ambiguous pools has an attribute of said second set, but not all samples do; and identifying and selecting samples from the unambiguous or ambiguous pools to form a sample set that is enriched for said desirable attributes.
A drill head for electro-pulse-boring of a borehole, comprising • a high-voltage pulse generator enclosed in a hermetically sealed container such that the container is fillable with an electrically insulating fluid, and wherein said container comprises i) a circumferential wall extending along a central axis (Z) coaxial with a drilling axis of the drill head and ii) a first and a second axial cover for sealingly closing respectively a first and a second end of said circumferential wall , • a drill bit mechanically coupled to said container and wherein said drill bit comprises an electrode assembly electrically coupled with said high-voltage pulse generator for receiving high-voltage pulses, • a supply pipe for supplying drill liquid to said drill bit such that when in operation a borehole bottom portion is filled with drill liquid so as to immerse said drill bit with drill liquid, characterized in that said drill head comprises • a circumferential seal for separating drill liquid in the borehole bottom portion from a stabilisation liquid that is filing up the borehole up to a surface, and wherein at least a portion of said circumferential seal is surrounding a part of said circumferential wall , • one or more return pipes for evacuation of excavated matter mixed with drill liquid from the borehole bottom portion, and wherein said one or more return pipes are mechanically coupled to said container . • a high-voltage pulse generator enclosed in a hermetically sealed container such that the container is fillable with an electrically insulating fluid, and wherein said container comprises i) a circumferential wall extending along a central axis (Z) coaxial with a drilling axis of the drill head and ii) a first and a second axial cover for sealingly closing respectively a first and a second end of said circumferential wall , • a drill bit mechanically coupled to said container and wherein said drill bit comprises an electrode assembly electrically coupled with said high-voltage pulse generator for receiving high-voltage pulses, • a supply pipe for supplying drill liquid to said drill bit such that when in operation a borehole bottom portion is filled with drill liquid so as to immerse said drill bit with drill liquid, • a circumferential seal for separating drill liquid in the borehole bottom portion from a stabilisation liquid that is filing up the borehole up to a surface, and wherein at least a portion of said circumferential seal is surrounding a part of said circumferential wall , • one or more return pipes for evacuation of excavated matter mixed with drill liquid from the borehole bottom portion, and wherein said one or more return pipes are mechanically coupled to said container .
Use of an air duct in an air heating or air conditioning system, wherein said air duct is in connection with a voltage source and has a wall comprising electrically conductive reinforcement elements integrated with the wall and arranged in separate parallel coils distributed at a distance of each other along the pitch of the air duct , wherein the air duct wall comprises electrically conductive fibers distributed in the wall between the coils, wherein a first coil is configured as an cathode and a second coil is configured as an anode to allow realization of an electric field therebetween, across the fibers ; characterized in that said use is for prevention of thermal loss over the wall of said air duct , wherein by means of said voltage source an electric field is applied over the electrically conductive element generating heat in the air duct wall in which the electrically conductive element is integrated; wherein said heat prevents heat loss from the inside of the air duct to the outside, in case the inside air in the air duct is warmer than the surroundings; or wherein said heat prevents heat entry from the outside of the air duct to the inside, in case the inside air in the air duct is colder than the surroundings. for prevention of thermal loss over the wall of said air duct , wherein by means of said voltage source an electric field is applied over the electrically conductive element generating heat in the air duct wall in which the electrically conductive element is integrated; wherein said heat prevents heat loss from the inside of the air duct to the outside, in case the inside air in the air duct is warmer than the surroundings; or wherein said heat prevents heat entry from the outside of the air duct to the inside, in case the inside air in the air duct is colder than the surroundings.
A mandrel for use in a printing apparatus, the mandrel comprising: - a substantially cylindrical mandrel shaft extending along a mandrel shaft axis (A); - a locking assembly, comprising: ~ a stop ring ; ~ a locking ring ; ~ a plurality of deformable rings (14; 14, 14') which are slidably and coaxially mounted on the mandrel shaft , wherein the deformable rings are mounted between the stop ring and the locking ring , and wherein the locking assembly has a locked position in which the locking ring is positioned closer to the stop ring than in an unlocked position, wherein in the locked position an outer diameter of the deformable rings is larger than in the unlocked position of the locking assembly, wherein each deformable ring has a cross-sectional profile in a cross-sectional plane in which the mandrel shaft axis (A) extends, characterized in that the cross-sectional profile comprises a first arm and a second arm which are integrally connected to each other at a first connection point , wherein the first connection point is at a first diameter (D1) which is between an inner diameter (Di) and an outer diameter (Do) of the deformable ring , and wherein, viewed perpendicular to the cross-sectional plane, the first arm and the second arms respectively extend in a first direction (L1) and a second direction (L2) which first and second directions (L1, L2) include an angle which is sharper in the unlocked position than in the locked position of the locking assembly, wherein the first arm has an first-arm-end remote from the first connection point which first-arm-end defines the outer diameter (Do) of the deformable ring , wherein the second arm has a second-arm-end remote from the first connection point which second-arm-end defines the inner diameter (Di) of the deformable ring . - a substantially cylindrical mandrel shaft extending along a mandrel shaft axis (A); - a locking assembly, comprising: ~ a stop ring ; ~ a locking ring ; ~ a plurality of deformable rings (14; 14, 14') which are slidably and coaxially mounted on the mandrel shaft , ~ a stop ring ; ~ a locking ring ; ~ a plurality of deformable rings (14; 14, 14') which are slidably and coaxially mounted on the mandrel shaft ,
Filter device for filtering electric currents or electromagnetic interference, in particular common-mode interference, having a soft-magnetic core with a passage , a circuit board with a plurality of electronic components and a reception section , wherein the reception section of the circuit board is able to be passed through by the passage , wherein the passage is designed such that the reception section and the electronic components arranged on the reception section are able to be passed through the passage , characterized in that - the circuit board has a first and a second capacitor that are electrically connected to one another and interact with the core for filtering purposes, - the first and the second capacitor are arranged on the circuit board so as each to enclose the core on its end sides and - the first capacitor is arranged on the reception section and the second capacitor is arranged next to the reception section . - the circuit board has a first and a second capacitor that are electrically connected to one another and interact with the core for filtering purposes, - the first and the second capacitor are arranged on the circuit board so as each to enclose the core on its end sides and - the first capacitor is arranged on the reception section and the second capacitor is arranged next to the reception section .
An electronic device comprising: a capturer configured to acquire an image comprising at least a part of a user's body; a controller configured to extract biometric information of a user from the acquired image , recognize a segment of a character password from the biometric information in case a predetermined password is the character password, wherein the character password includes at least one of a character and a symbol, and acquire a password hint based on the recognized segment of the character password and the predetermined password; and a display configured to overlap and display the password hint and the acquired image such that a synthesized character password is displayed. a capturer configured to acquire an image comprising at least a part of a user's body; a controller configured to extract biometric information of a user from the acquired image , recognize a segment of a character password from the biometric information in case a predetermined password is the character password, wherein the character password includes at least one of a character and a symbol, and acquire a password hint based on the recognized segment of the character password and the predetermined password; and a display configured to overlap and display the password hint and the acquired image such that a synthesized character password is displayed.
A method for performing transmission by a device in a wireless communication system, the method comprising: receiving a plurality of transmit power control, TPC, commands; determining a transmit power of a physical uplink shared channel, PUSCH, using one of the plurality of TPC commands, based on a corresponding PUSCH type; and transmitting the PUSCH based on the determined transmit power, wherein each one of the plurality of TPC commands is related with a respective one of PUSCH types, and the PUSCH types are related with PUSCH lengths, wherein the PUSCH time lengths include a time length shorter than a single subframe. receiving a plurality of transmit power control, TPC, commands; determining a transmit power of a physical uplink shared channel, PUSCH, using one of the plurality of TPC commands, based on a corresponding PUSCH type; and transmitting the PUSCH based on the determined transmit power, wherein each one of the plurality of TPC commands is related with a respective one of PUSCH types, and the PUSCH types are related with PUSCH lengths, wherein the PUSCH time lengths include a time length shorter than a single subframe.
Inner unit of a laundry treatment machine, in particular an inner unit, which is suspended such that it can vibrate, of a laundry treatment machine, comprising a washing tub , a rotatably mounted laundry drum in the washing tub, an electric motor for driving the laundry drum , and a motor electronics system for actuating the electric motor , characterized in that the washing tub has a shaped portion and the motor electronics system is received in this shaped portion and mounted directly on the washing tub by way of the said shaped portion, wherein the shaped portion is also designed for shielding the motor electronics system from moisture and for protecting the motor electronics system against mechanical effects.
A radiation imaging apparatus, comprising: a radiation detector including a pixel array in which a plurality of pixels being capable of detecting radiation as electric signals are arranged, the radiation transmitted through an AEC sensor used for performing automatic exposure control of radiation irradicated from a radiation generating apparatus; a notifying unit configured to perform threshold value reached notification to the radiation generating apparatus, if a dose value of the radiation incident on the pixel array reaches a threshold value; and characterized in that the apparatus further comprises: a threshold value setting unit configured to set the threshold value in second radiation imaging in which automatic exposure control of the radiation by the radiation detector is performed after first radiation imaging in which the automatic exposure control of the radiation by the AEC sensor is performed, based on pixel values related to the electric signals detected by the plurality of pixels in the first radiation imaging. a radiation detector including a pixel array in which a plurality of pixels being capable of detecting radiation as electric signals are arranged, the radiation transmitted through an AEC sensor used for performing automatic exposure control of radiation irradicated from a radiation generating apparatus; a notifying unit configured to perform threshold value reached notification to the radiation generating apparatus, if a dose value of the radiation incident on the pixel array reaches a threshold value; and characterized in that the apparatus further comprises: a threshold value setting unit configured to set the threshold value in second radiation imaging in which automatic exposure control of the radiation by the radiation detector is performed after first radiation imaging in which the automatic exposure control of the radiation by the AEC sensor is performed, based on pixel values related to the electric signals detected by the plurality of pixels in the first radiation imaging.
Transport device of a textile machine comprising: - at least one drafting roller ; - a wiper group comprising: - a pair of supports , each having a seat ; - a band extending mainly along the rotation axis of the drafting roller , able to lie against the surface of the drafting roller , at least partially lodged in said seats , wherein the supports are supported in an oscillating manner to absorb the interference on the band of the residues accumulated on the drafting roller; - a pair of flanges attached to the body of the textile machine, said supports being respectively hinged to the flange , distanced along the rotation axis of the drafting roller; characterised in that said at least one drafting roller is coupled to a pressure roller and in that said band is lodged in the seats of said supports with play in the direction of the thickness inside the seat . - at least one drafting roller ; - a wiper group comprising: - a pair of supports , each having a seat ; - a band extending mainly along the rotation axis of the drafting roller , able to lie against the surface of the drafting roller , at least partially lodged in said seats , wherein the supports are supported in an oscillating manner to absorb the interference on the band of the residues accumulated on the drafting roller; - a pair of flanges attached to the body of the textile machine, said supports being respectively hinged to the flange , distanced along the rotation axis of the drafting roller; characterised in that said at least one drafting roller is coupled to a pressure roller and in that said band is lodged in the seats of said supports with play in the direction of the thickness inside the seat . - a pair of supports , each having a seat ; - a band extending mainly along the rotation axis of the drafting roller , able to lie against the surface of the drafting roller , at least partially lodged in said seats , wherein the supports are supported in an oscillating manner to absorb the interference on the band of the residues accumulated on the drafting roller; - a pair of flanges attached to the body of the textile machine, said supports being respectively hinged to the flange , distanced along the rotation axis of the drafting roller; characterised in that said at least one drafting roller is coupled to a pressure roller and in that said band is lodged in the seats of said supports with play in the direction of the thickness inside the seat .
A heat chamfering apparatus comprising: a heated body configured to peel an edge of a glass panel by applying thermal shock to the glass panel while being in contact with the edge of the glass panel ; and a heater heating the heated body , wherein the heated body comprises a heated region and a contact region in a longitudinal direction thereof, the heated region being heated by the heater , and the contact region being configured to be in contact with the glass panel , and the cross-sectional area of the contact region is smaller than the cross-sectional area of the heated region ; characterized in that the contact region has a closest point (p1) located most adjacently to the glass panel and a farthest point (p2) located farthest from the glass panel , and the contact region comprises a first cross-section portion to which the closest point (p1) belongs and a second cross-section portion to which the farthest point (p2) belongs, divided by a perpendicular bisector (Lb) of a line segment connecting the closest point (p1) and the farthest point (p2), a cross-sectional area of the first cross-section portion being smaller than a cross-sectional area of the second cross-section portion. a heated body configured to peel an edge of a glass panel by applying thermal shock to the glass panel while being in contact with the edge of the glass panel ; and a heater heating the heated body , wherein the heated body comprises a heated region and a contact region in a longitudinal direction thereof, the heated region being heated by the heater , and the contact region being configured to be in contact with the glass panel , and the cross-sectional area of the contact region is smaller than the cross-sectional area of the heated region ; characterized in that the contact region has a closest point (p1) located most adjacently to the glass panel and a farthest point (p2) located farthest from the glass panel , and the contact region comprises a first cross-section portion to which the closest point (p1) belongs and a second cross-section portion to which the farthest point (p2) belongs, divided by a perpendicular bisector (Lb) of a line segment connecting the closest point (p1) and the farthest point (p2), a cross-sectional area of the first cross-section portion being smaller than a cross-sectional area of the second cross-section portion.