mhurhangee/patent-ind-claim-en huggingface dataset:
A one-piece tag for identifying an animal comprising: - a head body , comprising a first straight channel starting from an open back end of said head body and adapted to receive an applicator pin , and - a head insert , located at a front end of said head body , comprising a pin end portion presenting an elliptic conical shape, adapted to pierce a portion of an animal's body, said pin end portion having an apex at a front end and an elliptic section at a rear end, with said apex and said first straight channel being located on a same axis, characterised by the major axis and the minor axis of the elliptic section having different lengths. - a head body , comprising a first straight channel starting from an open back end of said head body and adapted to receive an applicator pin , and - a head insert , located at a front end of said head body , comprising a pin end portion presenting an elliptic conical shape, adapted to pierce a portion of an animal's body, said pin end portion having an apex at a front end and an elliptic section at a rear end, with said apex and said first straight channel being located on a same axis, characterised by the major axis and the minor axis of the elliptic section having different lengths.
System for determining at least one pitch angle of a trailer relative to a towing vehicle to which the trailer is attached, the system comprising a camera mounted on the towing vehicle and capable of acquiring images of the trailer in which lines of the trailer parallel to the axis of the trailer are visible, and a computer , in which the computer is configured to implement the following steps: - implementing a line-detection algorithm on at least one image of the trailer acquired by the camera , - detecting in the image the lines of the trailer parallel to the trailer axis, corresponding to vanishing lines, and deducing from the vanishing lines a position of the vanishing point at the convergence of the vanishing lines, and - from the position of the vanishing point, determining at least one pitch angle of the trailer relative to the towing vehicle. - implementing a line-detection algorithm on at least one image of the trailer acquired by the camera , - detecting in the image the lines of the trailer parallel to the trailer axis, corresponding to vanishing lines, and deducing from the vanishing lines a position of the vanishing point at the convergence of the vanishing lines, and - from the position of the vanishing point, determining at least one pitch angle of the trailer relative to the towing vehicle.
Semiconductor module comprising a layer structure and at least one capacitive sensor , - wherein the layer structure comprises an upper electrode layer and a lower electrode layer and also an active layer , which is arranged between the electrode layers and is produced from a semiconductor material, - wherein the capacitive sensor comprises a measuring electrode integrated into the layer structure , - characterized in that the measuring electrode is formed from an upper part , which is a partial region of the upper electrode layer , and a lower part , which is a partial region of the lower electrode layer , - wherein the upper part and the lower part are electrically connected by means of a via through the active layer . - wherein the layer structure comprises an upper electrode layer and a lower electrode layer and also an active layer , which is arranged between the electrode layers and is produced from a semiconductor material, - wherein the capacitive sensor comprises a measuring electrode integrated into the layer structure , - characterized in that - wherein the upper part and the lower part are electrically connected by means of a via through the active layer .
An electronic switch (EPSW) for simulating a mechanical switch retaining its position, the electronic switch (EPSW) being configured to supply power to an electronic device (SD) using an input voltage (VIC), the electronic switch (EPSW) being characterized in that it comprises: a tact switch or a pulse switch (TS) for generation of a control signal (S1); a bi-stable circuit (BSW) whose output state depends on the control signal (S1); a switching circuit (PS) configured to open and to close a power supply line (IR, OR) supplying power to the electronic device (SD), the switching circuit (PS) comprising a semi-conductor switching element; a memory circuit (MC) configured to store, for at least a first duration, an open or a closed state of the power supply line (IR, OR), the memory circuit comprising a reservoir capacitor (CM), the first duration being dependent on a capacity of the reservoir capacitor; and the tact switch or the pulse switch (TS) being configured to control opening and closing of the switching circuit (PS). a tact switch or a pulse switch (TS) for generation of a control signal (S1); a bi-stable circuit (BSW) whose output state depends on the control signal (S1); a switching circuit (PS) configured to open and to close a power supply line (IR, OR) supplying power to the electronic device (SD), the switching circuit (PS) comprising a semi-conductor switching element; a memory circuit (MC) configured to store, for at least a first duration, an open or a closed state of the power supply line (IR, OR), the memory circuit comprising a reservoir capacitor (CM), the first duration being dependent on a capacity of the reservoir capacitor; and the tact switch or the pulse switch (TS) being configured to control opening and closing of the switching circuit (PS).
A database access method, wherein the method comprises: actively establishing, by a database access scheduling module in a local area network , a communication connection to a database access service engine in a public cloud by using an identifier of the database access service engine ; receiving, by the database access scheduling module , an access request sent by the database access service engine , wherein the access request carries an identifier of a database instance , and wherein the identifier of the database instance is an IP address of the database instance , or the identifier of the database instance is an IP address and a port number of the database instance ; and sending, by the database access scheduling module and according to the identifier of the database instance , the access request to the database instance of multiple database instances in the local area network . actively establishing, by a database access scheduling module in a local area network , a communication connection to a database access service engine in a public cloud by using an identifier of the database access service engine ; receiving, by the database access scheduling module , an access request sent by the database access service engine , wherein the access request carries an identifier of a database instance , and wherein the identifier of the database instance is an IP address of the database instance , or the identifier of the database instance is an IP address and a port number of the database instance ; and sending, by the database access scheduling module and according to the identifier of the database instance , the access request to the database instance of multiple database instances in the local area network .
A compound selected from a compound represented by following Chemical Formula 5, a pharmaceutically acceptable salt, an optical isomer, a hydrate and a solvate thereof: in Chemical Formula 5, wherein X 1 is N; X 2 is C(H); p is an integer of 1 to 3; L 6 is a direct bond; R 17 is represented by any one from Chemical Formulae a1, a2 and a4 to a8; in Chemical Formulae a1, a2 and a4 to a8, * is a bonding site; o is an integer of 0 to 2; R 23 can be selected from the group consisting of halogen, nitro group, C1~C6 alkyl group, C1~C6 alkoxy group, C6-C14 aryl group and heteroaryl group having nuclear atoms of 5 to 14, in case that the R 23 is plural, they can be the same as or different from each other. wherein X 1 is N; X 2 is C(H); p is an integer of 1 to 3; L 6 is a direct bond; R 17 is represented by any one from Chemical Formulae a1, a2 and a4 to a8; in Chemical Formulae a1, a2 and a4 to a8, * is a bonding site; o is an integer of 0 to 2; R 23 can be selected from the group consisting of halogen, nitro group, C1~C6 alkyl group, C1~C6 alkoxy group, C6-C14 aryl group and heteroaryl group having nuclear atoms of 5 to 14, in case that the R 23 is plural, they can be the same as or different from each other.
A refrigerator comprising: a body ; a storage compartment formed inside the body; a plurality of drawers provided inside the storage compartment ; a door slidably provided to open and close the storage compartment ; and characterized in that the refrigerator comprises a selective drawing device configured to: connect a first drawer selected by a user among the plurality of drawers to the door in a manner that the first drawer is drawn together with the door while a second drawer among the plurality of drawers is not drawn with the door , connect the second drawer selected by the user in a manner that the selected second drawer is drawn together with the door while the first drawer is not drawn with the door . a body ; a storage compartment formed inside the body; a plurality of drawers provided inside the storage compartment ; a door slidably provided to open and close the storage compartment ; and characterized in that the refrigerator comprises a selective drawing device configured to: connect a first drawer selected by a user among the plurality of drawers to the door in a manner that the first drawer is drawn together with the door while a second drawer among the plurality of drawers is not drawn with the door , connect the second drawer selected by the user in a manner that the selected second drawer is drawn together with the door while the first drawer is not drawn with the door . connect a first drawer selected by a user among the plurality of drawers to the door in a manner that the first drawer is drawn together with the door while a second drawer among the plurality of drawers is not drawn with the door , connect the second drawer selected by the user in a manner that the selected second drawer is drawn together with the door while the first drawer is not drawn with the door .
A method in a wireless Local Area Network, LAN, system, the method comprising: receiving, by a receiving station, STA, a Physical Protocol Data Unit, PPDU, through a broadband from a transmitting STA (S2710); and decoding, by the receiving STA, the PPDU (S2720), wherein the PPDU includes a control field and a data field, wherein the broadband is a 320 MHz band including a primary 160MHz channel and a secondary 160MHz channel, wherein the data field is received through first multiple resource units, RUs, in which 996RU and 484RU are aggregated, wherein the first multiple RUs are allocated within both the primary 160 MHz channel and the secondary 160 MHz channel, wherein the PPDU is transmitted based on an Orthogonal Frequency Division Multiple Access, OFDMA, scheme, and wherein a combination of the 996RU and the 484RU is allocated in both the primary 160 MHz channel and the secondary 160 MHz channel. receiving, by a receiving station, STA, a Physical Protocol Data Unit, PPDU, through a broadband from a transmitting STA (S2710); and decoding, by the receiving STA, the PPDU (S2720), wherein the PPDU includes a control field and a data field, wherein the broadband is a 320 MHz band including a primary 160MHz channel and a secondary 160MHz channel, wherein the data field is received through first multiple resource units, RUs, in which 996RU and 484RU are aggregated, wherein the first multiple RUs are allocated within both the primary 160 MHz channel and the secondary 160 MHz channel, wherein the PPDU is transmitted based on an Orthogonal Frequency Division Multiple Access, OFDMA, scheme, and wherein a combination of the 996RU and the 484RU is allocated in both the primary 160 MHz channel and the secondary 160 MHz channel.
A method of processing semiconductor wafers wherein lots of wafers are processed in a sequence of processing steps, comprising the steps of: the at least one epitaxy step performed in the same processing chamber for all lots, comprising growing an epitaxial silicon structure above the test recesses at the same time as die structures are epitaxially grown on each wafer in a lot under atmospheric pressure; a) prior to said epitaxy step, forming a pattern of recesses in an exposed surface of each wafer in a lot; b) including at least one recessed test structure in the pattern of recesses; c) determining at least one dimension of mutually perpendicular dimensions of the recessed test structure in a plane with respect to the exposed wafer surface, prior to said epitaxy step; d) measuring a corresponding dimension of an epitaxial structure grown above the recessed test structure in the epitaxy step; e) determining a deviation between the dimension determined in step c) and the dimension measured in step d); f) from the deviation determined in step e), determining the process temperature at which the epitaxy step was performed; g) in case the deviation determined in step f) exceeds a predetermined limit, adjusting the temperature in said processing chamber for a subsequent lot of wafers to be processed. a) prior to said epitaxy step, forming a pattern of recesses in an exposed surface of each wafer in a lot; b) including at least one recessed test structure in the pattern of recesses; c) determining at least one dimension of mutually perpendicular dimensions of the recessed test structure in a plane with respect to the exposed wafer surface, prior to said epitaxy step; d) measuring a corresponding dimension of an epitaxial structure grown above the recessed test structure in the epitaxy step; e) determining a deviation between the dimension determined in step c) and the dimension measured in step d); f) from the deviation determined in step e), determining the process temperature at which the epitaxy step was performed; g) in case the deviation determined in step f) exceeds a predetermined limit, adjusting the temperature in said processing chamber for a subsequent lot of wafers to be processed.
A levulinic acid composition A comprising: a. at least 98wt% of levulinic acid; b. between 5 wppm and 5000 wppm of formic acid; and c. less than 1000 wppm of angelica lactone, based on the total weight of the composition; wherein, when the amounts of levulinic acid, formic acid and angelica lactone in the composition are less than 98.6 wt%, based on the total weight of the composition, the balance of the composition is solvent. a. at least 98wt% of levulinic acid; b. between 5 wppm and 5000 wppm of formic acid; and c. less than 1000 wppm of angelica lactone, based on the total weight of the composition;
A seasoning product with a sheet of flexible burn resistant material and a composition of three layers disposed on one face of the sheet comprising a) animal fat, wherein the amount of fat is in the range of 15 to 30 % by weight of the composition; b) flavorings disposed on the animal fat; c) an oil coating of the flavorings, wherein the amount of oil is in the range of 9 to 20 % by weight of the composition; characterized that the animal fat having a total saturated fat content of 43 to 69 wt% (based on weight of total animal fat) and unsaturated fatty acids including poly, trans and mono-unsaturated fatty acids in the range of 20 to 45 wt% (based on weight of total animal fat) comprising the following key fatty acids C16:0 in the range of 21 to 47 wt% (based on weight of total animal fat) and C18:0 in the range of 9 to 36 wt% (based on weight of total animal fat). a) animal fat, wherein the amount of fat is in the range of 15 to 30 % by weight of the composition; b) flavorings disposed on the animal fat; c) an oil coating of the flavorings, wherein the amount of oil is in the range of 9 to 20 % by weight of the composition;
A conveyance device comprising: a rotating body including a main rotating portion and a sub rotating portion ; and a driving body in contact with the main rotating portion and the sub rotating portion , the driving body supplying a rotational force to at least the main rotating portion , wherein the main rotating portion is rotatable around a first rotation axis while the sub rotating portion is rotatable in a direction different from a rotation direction of the main rotating portion , wherein the orientation of the rotating body can be changed, and wherein the driving body is in contact with the main and the sub rotating portions regardless of the orientation of the rotating body; the conveyance device being characterized in that the sub rotating portion having a smaller diameter than that of the main rotating portion is configured not to contact an object to be conveyed while the main rotating portion is configured to contact and bias the object to be conveyed, the driving body is rotated by power around a second rotation axis , the second rotation axis having a direction intersecting with the first rotation axis , thereby supplying the rotational force to the main rotating portion to rotate the main rotating portion around the first rotation axis . a rotating body including a main rotating portion and a sub rotating portion ; and a driving body in contact with the main rotating portion and the sub rotating portion , the driving body supplying a rotational force to at least the main rotating portion , wherein the main rotating portion is rotatable around a first rotation axis while the sub rotating portion is rotatable in a direction different from a rotation direction of the main rotating portion , wherein the orientation of the rotating body can be changed, and wherein the driving body is in contact with the main and the sub rotating portions regardless of the orientation of the rotating body; the conveyance device being characterized in that the sub rotating portion having a smaller diameter than that of the main rotating portion is configured not to contact an object to be conveyed while the main rotating portion is configured to contact and bias the object to be conveyed, the driving body is rotated by power around a second rotation axis , the second rotation axis having a direction intersecting with the first rotation axis , thereby supplying the rotational force to the main rotating portion to rotate the main rotating portion around the first rotation axis .
A communication method, comprising: receiving (S201), by a terminal (UE), configuration information sent by a network device (eNB), wherein the configuration information is used to indicate a resource in a plurality of candidate resources of a common search space, and the candidate resources of the common search space are determined based on a cell identity; and receiving (S202), by the terminal (UE), common control information on the resource indicated by the configuration information, wherein a frequency domain resource start physical resource block, PRB, of the candidate resources of an m th common search space is calculated based on the following formula: k = k ̅ + ⌊ m − 1 ∗ N ss DL / M ⌋ ∗ N RB ss , where k is the frequency domain resource start PRB of the candidate resources of the m th common search space, M is a quantity of the candidate resources of the common search space, k ̅ = N RB ss / 2 ∗ n ID cell mod 2 ∗ N ss DL , N ss DL = N ̃ RB DL / N RB ss , N RB ss is a frequency domain bandwidth occupied by the common search space, N ̃ RB DL is a downlink bandwidth, and n ID cell is the cell identity. receiving (S201), by a terminal (UE), configuration information sent by a network device (eNB), wherein the configuration information is used to indicate a resource in a plurality of candidate resources of a common search space, and the candidate resources of the common search space are determined based on a cell identity; and receiving (S202), by the terminal (UE), common control information on the resource indicated by the configuration information,
Conductor rail ramp for current collectors of electrically operated trains, in particular city trains, underground trains and the like, comprising at least one base profile and at least one sliding surface profile , wherein the base profile has a profile foot , a profile head and a profile web connecting them, wherein the sliding surface profile is arranged on the base profile , wherein at least one guide device is arranged at at least one free end , wherein the guide device comprises at least one base and at least one guide element , wherein the base can be fixed to the profile web , wherein the guide element can be fixed to the profile head and/or to the profile web , wherein the guide element comprises at least one guide surface , one free end of which is arranged approximately flush with the upper face of the sliding surface profile , characterised in that the material of the guide device has a breakdown voltage of at least 3 kV measured in accordance with DIN EN 60243-1:2014-01, in that the material of the guide device has a dielectric strength of at least 6 kV/mm measured in accordance with DIN EN 60243-1:2014-01, and in that the guide device is made of an electrically non-conductive polymer material.
A flavor inhaler comprising: a housing ; a chamber contained in the housing and including a first opening via which a consumable is to be inserted and a tubular sidewall portion adapted to contain the consumable ; a heat insulation unit including a first end portion , and a second end portion opposite from the first end portion , and surrounding the chamber , the first end portion being positioned on the Z-axis negative direction side and the second end portion being positioned on the Z-axis positive side, the Z-axis positive direction being opposite to an insertion direction of the consumable ; and a first holding unit holding the first end portion of the heat insulation unit , the first holding unit including an inner first restriction unit located inside the heat insulation unit and an outer first restriction unit located outside the heat insulation unit, wherein the heat insulation unit includes a base portion and a heat insulation layer provided on an outer peripheral side of the base portion , characterized in that the base portion includes a protrusion portion on one end of the heat insulation unit , the protrusion portion protruding from the heat insulation layer in the axial direction, a space in a first direction perpendicular to the axial direction is formed between the inner first restriction unit and the outer first restriction unit, the protrusion portion is contained in the space, and the first holding unit holds the base portion of the heat insulation unit so as to be out of contact with the heat insulation layer . a housing ; a chamber contained in the housing and including a first opening via which a consumable is to be inserted and a tubular sidewall portion adapted to contain the consumable ; a heat insulation unit including a first end portion , and a second end portion opposite from the first end portion , and surrounding the chamber , the first end portion being positioned on the Z-axis negative direction side and the second end portion being positioned on the Z-axis positive side, the Z-axis positive direction being opposite to an insertion direction of the consumable ; and a first holding unit holding the first end portion of the heat insulation unit , the first holding unit including an inner first restriction unit located inside the heat insulation unit and an outer first restriction unit located outside the heat insulation unit, wherein the heat insulation unit includes a base portion and a heat insulation layer provided on an outer peripheral side of the base portion , characterized in that the base portion includes a protrusion portion on one end of the heat insulation unit , the protrusion portion protruding from the heat insulation layer in the axial direction, a space in a first direction perpendicular to the axial direction is formed between the inner first restriction unit and the outer first restriction unit, the protrusion portion is contained in the space, and the first holding unit holds the base portion of the heat insulation unit so as to be out of contact with the heat insulation layer .