mhurhangee/patent-ind-claim-en huggingface dataset:
A work vehicle, comprising: a console box disposed on a side of an operator's seat , the console box being able to rotate in the forward and backward direction around a first rotary shaft (A) running in a left and right direction between an operation position (P1) in which the console box is disposed horizontally and a retracted position (P2) in which the console box is rotated rearward from the operation position (P1); and a bellows having a lower end fixed on a floor side of the operator's seat , and an upper end linked to the console box rotatably in the forward and backward direction around a second rotary shaft (B) running in the left and right direction, characterized in that the console box has a pair of linking components that are formed opposite each other in the left and right direction and that link to the upper end of the bellows , a pair of first through-holes that are opposite each other in the left and right direction are formed in the linking components , a pair of second through-holes that are opposite each other in the left and right direction are formed in the upper end of the bellows , a pin is inserted into each of the left and right of the first through-hole and the second through-hole . a console box disposed on a side of an operator's seat , the console box being able to rotate in the forward and backward direction around a first rotary shaft (A) running in a left and right direction between an operation position (P1) in which the console box is disposed horizontally and a retracted position (P2) in which the console box is rotated rearward from the operation position (P1); and a bellows having a lower end fixed on a floor side of the operator's seat , and an upper end linked to the console box rotatably in the forward and backward direction around a second rotary shaft (B) running in the left and right direction, characterized in that the console box has a pair of linking components that are formed opposite each other in the left and right direction and that link to the upper end of the bellows , a pair of first through-holes that are opposite each other in the left and right direction are formed in the linking components , a pair of second through-holes that are opposite each other in the left and right direction are formed in the upper end of the bellows , a pin is inserted into each of the left and right of the first through-hole and the second through-hole .
A work head unit comprising: a component holding section configured to hold a component (P) and be rotatable around a rotational axis; and a detection section provided at a position facing the component holding section and configured to detect the orientation of the component holding section , wherein the component holding section includes a collecting member having a cylindrical tube section that is configured to collect a component (P), and a syringe member configured such that the collecting member is able to be attached to and removed from the syringe member , characterized in that the detection section is provided at a position facing the cylindrical tube section of the collecting member from an outer circumferential side of the component holding section . a component holding section configured to hold a component (P) and be rotatable around a rotational axis; and a detection section provided at a position facing the component holding section and configured to detect the orientation of the component holding section , wherein the component holding section includes a collecting member having a cylindrical tube section that is configured to collect a component (P), and a syringe member configured such that the collecting member is able to be attached to and removed from the syringe member , characterized in that the detection section is provided at a position facing the cylindrical tube section of the collecting member from an outer circumferential side of the component holding section .
A blank for constructing a medication booklet , said blank comprising: a plurality of panels coupled together along a plurality of fold lines, said plurality of panels comprising: an inner front panel comprising a plurality of front cutouts defined therein; an outer front panel comprising a sequential tab assembly including a plurality of pull tabs arranged end to end; and a back panel comprising a plurality of back cutouts defined therein through which medication is dispensable from a medication blister card when the medication booklet is formed from said blank; wherein each pull tab of said plurality of pull tabs is disposed against a respective front surface of an associated front cutout of said plurality of front cutouts , when the medication booklet is formed from said blank such that removal of each pull tab exposes a corresponding front cutout, and wherein each pull tab of said plurality of pull tabs is aligned with an associated back cutout of said plurality of back cutouts along a direction normal to said inner front panel and said back panel when the medication booklet is formed from said blank. a plurality of panels coupled together along a plurality of fold lines, said plurality of panels comprising: an inner front panel comprising a plurality of front cutouts defined therein; an outer front panel comprising a sequential tab assembly including a plurality of pull tabs arranged end to end; and a back panel comprising a plurality of back cutouts defined therein through which medication is dispensable from a medication blister card when the medication booklet is formed from said blank; an inner front panel comprising a plurality of front cutouts defined therein; an outer front panel comprising a sequential tab assembly including a plurality of pull tabs arranged end to end; and a back panel comprising a plurality of back cutouts defined therein through which medication is dispensable from a medication blister card when the medication booklet is formed from said blank; wherein each pull tab of said plurality of pull tabs is disposed against a respective front surface of an associated front cutout of said plurality of front cutouts , when the medication booklet is formed from said blank such that removal of each pull tab exposes a corresponding front cutout, and wherein each pull tab of said plurality of pull tabs is aligned with an associated back cutout of said plurality of back cutouts along a direction normal to said inner front panel and said back panel when the medication booklet is formed from said blank.
A plate for a microwave oven , comprising: - a substrate layer configured for supporting food items to be heated or cooked or thawed, in particular to be heated or cooked or thawed in said microwave oven , and - at least a coating layer at least partially juxtaposed and in contact with the substrate layer , wherein the coating layer is configured, in use, to be heated by means of an electromagnetic radiation, in particular by means of an electromagnetic radiation irradiated by the microwave oven , wherein the coating layer is a multilayer coating comprising at least a first layer and a second layer (1c"), characterised in that the first layer comprises a boron nitride compound and the second layer (1c") comprises a ferritic material. - a substrate layer configured for supporting food items to be heated or cooked or thawed, in particular to be heated or cooked or thawed in said microwave oven , and - at least a coating layer at least partially juxtaposed and in contact with the substrate layer , wherein the coating layer is configured, in use, to be heated by means of an electromagnetic radiation, in particular by means of an electromagnetic radiation irradiated by the microwave oven , wherein the coating layer is a multilayer coating comprising at least a first layer and a second layer (1c"), characterised in that the first layer comprises a boron nitride compound and the second layer (1c") comprises a ferritic material.
A method, comprising: receiving , by a device, an integer and prime information associated with the integer, the integer to be used in a cryptographic protocol, wherein the prime information comprises a linked list of potential prime integers that were used to generate the integer; processing the prime information to identify the list of potential prime integers, wherein the list of potential prime integers indicates, for a potential prime integer included in the list, a generator associated with the potential prime integer and a quantity of primes used to generate the potential prime integer; determining whether the potential prime integers included in the list of potential prime integers are prime using a primality test or a lookup operation based on a set of proven prime integers and a quantity of primes used to generate the potential prime integers included in the list of potential prime integers; determining a prime validation status of the integer for the cryptographic protocol based on determining whether each potential prime integer included in the list of potential prime integers is prime using the primality test or the lookup operation; and using , by the device and when the prime validation status of the integer indicates that the integer is a validated prime integer, the integer in the cryptographic protocol. receiving , by a device, an integer and prime information associated with the integer, the integer to be used in a cryptographic protocol, wherein the prime information comprises a linked list of potential prime integers that were used to generate the integer; processing the prime information to identify the list of potential prime integers, wherein the list of potential prime integers indicates, for a potential prime integer included in the list, a generator associated with the potential prime integer and a quantity of primes used to generate the potential prime integer; determining whether the potential prime integers included in the list of potential prime integers are prime using a primality test or a lookup operation based on a set of proven prime integers and a quantity of primes used to generate the potential prime integers included in the list of potential prime integers; determining a prime validation status of the integer for the cryptographic protocol based on determining whether each potential prime integer included in the list of potential prime integers is prime using the primality test or the lookup operation; and using , by the device and when the prime validation status of the integer indicates that the integer is a validated prime integer, the integer in the cryptographic protocol.
Method for parameterizing a field device with at least one parameter, wherein the parameter (SCUP) is input into the field device (Fx) by means of an operating unit or transferred to the field device (Fx) via a first logical interface (Sl) and deposited in a memory of the field device (Fx), wherein the field device (Fx) calculates, at least on the basis of the deposited parameter (SCUP) and a device ID (SN) of the field device (Fx), a first checking characteristic (PI), the first checking characteristic is also deposited in the memory and transferred via a second logical interface (Sl) to an engineering system where it is output on a display , characterised in that the parameter (SCUP) is transferred by the field device (Fx) via a third logical interface (S2) that is data-diverse with respect to the first interface to the engineering system where it is output on the display , that the device ID (SN) is transferred by the field device (Fx) to the engineering system and where it is output on the display , that a first checking characteristic (P1') input by a user after visual checking of the parameter (SCUP) and the device ID (SN) on the engineering system in a predefined format is transferred via a fourth interface (S2) that is data-diverse with respect to the second interface to the field device (Fx) and that for validation of the parameter (SCUP), the received first checking characteristic (P1') is compared with the calculated first checking characteristic (P1) by the field device (Fx).
A mobile station provided with a radio link control unit for outputting or inputting data which are transmitted to or received from a base station via a radio channel to or from a higher-level protocol layer , a media access control unit for outputting or inputting said data via a logical channel (LOGch) to or from said radio link control unit , a physical layer control unit for outputting or inputting said data via a transport channel (TRch) to or from said media access control unit , and for controlling radio communications with said base station , and a radio resource control unit for outputting or inputting control data to or from said radio link control unit , said media access control unit , and said physical layer control unit , characterized in that said media access control unit multiplexes data amount information to be transmitted to the base station into a channel (E-DCH), which transmits packet data, so as to transmit the data amount information to the base station , wherein the data amount information is indicative of the amount of data yet-to-be-transmitted to the base station .
A rotor for an electrical rotating machine, extending along a longitudinal axis (X), comprising: - an assembly of magnetic sheets forming salient poles , two salient poles defining between them an interpolar region (E), the rotor being characterized in that it comprises between 3 to 15 internal cooling channels formed in the assembly of magnetic sheets in each interpolar region (E), the cooling channels being made in an extension in the form of a right angle, with sides parallel to the faces opposite the pole shoes of the salient poles . - an assembly of magnetic sheets forming salient poles , two salient poles defining between them an interpolar region (E),
A method for generating electrical energy from wind, comprising: capturing wind in an intake on an exterior surface of a structure; directing, via a duct , the wind from the intake to a centrifugal fan ; while directing the wind from the intake to the centrifugal fan , compressing and accelerating the wind in the duct ; receiving, in the centrifugal fan , the wind from the duct ; rotating, via the received wind , a fan blade assembly in the centrifugal fan ; and generating electrical energy, via a generator , based on the rotation of the fan blade assembly ; exhausting the wind from the centrifugal fan in a direction that is perpendicular to a direction in which the wind is received in the centrifugal fan and coaxial with an axis of rotation of the fan blade assembly . capturing wind in an intake on an exterior surface of a structure; directing, via a duct , the wind from the intake to a centrifugal fan ; while directing the wind from the intake to the centrifugal fan , compressing and accelerating the wind in the duct ; receiving, in the centrifugal fan , the wind from the duct ; rotating, via the received wind , a fan blade assembly in the centrifugal fan ; and generating electrical energy, via a generator , based on the rotation of the fan blade assembly ; exhausting the wind from the centrifugal fan in a direction that is perpendicular to a direction in which the wind is received in the centrifugal fan and coaxial with an axis of rotation of the fan blade assembly .
A display substrate, comprising a base , the base comprising an upper surface and a lower surface which are opposite to each other, the lower surface of the base being formed with a scattering microstructure , and the upper surface of the base being formed with a layer structure comprising a polarizing layer and an array layer on the polarizing layer , wherein an insulation layer is formed between the array layer and the polarizing layer , wherein the scattering microstructure comprises protrusions and grooves spaced apart from each other on the base to allow an incident light from the lower surface or from a lateral side of the base to become a surface light source after being irradiated onto and scattered by the grooves and the protrusions , each of the protrusions and the grooves has a shape of a hemisphere or a shape of a cone, and a vertex angle of the cone is ranged from 90° to 132° to allow light to be directly emitted from the upper surface of the base without any further reflection being reflected by the protrusions and the grooves .
A method performed by a transmitting user equipment, TX UE, the method comprising: receiving information from a network device indicating a plurality of resources for sidelink transmission and a plurality of resources for feedback; transmitting sidelink data using the plurality of resources for sidelink transmission; and transmitting feedback to the network device using the plurality of resources for feedback based on the transmission of the sidelink data, wherein transmitting the feedback comprises: in response to the TX UE determining that sidelink feedback is not being used for the transmission of the sidelink data, transmitting only a negative acknowledgment on a first at least one resource of the plurality of resources for feedback except a last resource in time; and in response to the TX UE determining that sidelink feedback is being used for the transmission of the sidelink data, transmitting only a positive acknowledgment or no acknowledgment on a second at least one resource of the plurality of resources for feedback except a first resource in time. receiving information from a network device indicating a plurality of resources for sidelink transmission and a plurality of resources for feedback; transmitting sidelink data using the plurality of resources for sidelink transmission; and transmitting feedback to the network device using the plurality of resources for feedback based on the transmission of the sidelink data, wherein transmitting the feedback comprises: in response to the TX UE determining that sidelink feedback is not being used for the transmission of the sidelink data, transmitting only a negative acknowledgment on a first at least one resource of the plurality of resources for feedback except a last resource in time; and in response to the TX UE determining that sidelink feedback is being used for the transmission of the sidelink data, transmitting only a positive acknowledgment or no acknowledgment on a second at least one resource of the plurality of resources for feedback except a first resource in time.
A tyre comprising a tread portion comprising at least one longitudinal groove extending in a tyre circumferential direction, wherein the longitudinal groove has a groove bottom surface and a pair of groove wall surfaces extending outwardly in a tyre radial direction from the groove bottom surface, the groove bottom surface is provided with a groove bottom protruding portion protruding outwardly in the tyre radial direction, and at least one of the pair of the groove wall surfaces is provided with a groove wall protruding portion protruding toward a side of a groove center of the longitudinal groove , wherein the groove wall protruding portion extends to a ground contacting surface of a land region of the tread portion and the groove wall protruding portion is formed in a rib shape extending in the tyre radial direction and is formed in a rectangular shape in a cross section taken along the longitudinal direction of a respective one of the longitudinal grooves , wherein a protruding length (d) of each of the groove wall protruding portions is in the range of from 0.5 to 5 mm, and wherein a length (t) in the tyre circumferential direction of each of the groove wall protruding portions is in the range of from 0.5 to 5 mm, wherein the or each groove bottom protruding portion includes a first inclined surface inclined so that a groove depth decreases toward one side in the tyre circumferential direction and a second inclined surface connected with the first inclined surface and inclined so that the groove depth increases toward the one side in the tyre circumferential direction.
An intervertebral implant with a support portion (1.1) and with a proximal contact portion (1.3) adjoined thereto in the longitudinal direction, wherein an upper side (1.6) and a lower side (1.7) are formed symmetrically relative to a horizontal center plane (L-Q), characterized in that a concave transition area (U) is formed between the support portion (1.1) and the contact portion (1.3), that the height of the support portion (1.1) between the transition area (U) to the contact portion (1.3) and a distal end face (1.2) remote from the contact portion (1.3) is greater than the height at the transition area (U) and at the distal end face (1.2) and that the greatest height is formed in the middle between the transition area (U) to the contact area (1.3) and the distal end face (1.2) remote therefrom.
Method by which a first device (D1, HSM, 150) shares a secret (S) with a second device (D2, M, 110), the secret being transmitted by the first device to the second device in a form encrypted by means of a symmetric encryption key, the second device being supposed to store a predefined piece of software, characterized in that the first device performs the following steps: - obtaining a list of random addresses (L@) from among a set of addresses corresponding to the piece of software that the second device is supposed to store and retrieving the supposed content of the random addresses on said list by using a reference piece of software (SW) corresponding to the piece of software that the second device is supposed to store; - computing the symmetric encryption key by applying a predefined hash function to the retrieved content; and - transmitting the list of random addresses to the second device in addition to the secret encrypted by means of the computed encryption key. - obtaining a list of random addresses (L@) from among a set of addresses corresponding to the piece of software that the second device is supposed to store and retrieving the supposed content of the random addresses on said list by using a reference piece of software (SW) corresponding to the piece of software that the second device is supposed to store; - computing the symmetric encryption key by applying a predefined hash function to the retrieved content; and - transmitting the list of random addresses to the second device in addition to the secret encrypted by means of the computed encryption key.
An air conditioner comprising: a housing having an inlet and an outlet ; a main path formed in the housing between the inlet and the outlet ; a main fan arranged in the main path to draw air into the housing through the inlet and to discharge air from the housing through the outlet ; and characterised by : an auxiliary fan arranged to draw air from the main path and to discharge the air, drawn from the main path, from the air conditioner so as to change a direction of the air discharged from the housing through the outlet by the main fan by blowing air around the outlet to change the pressure, the air conditioner further comprising: a guide path branched from the main path to guide the air drawn by the auxiliary fan . a housing having an inlet and an outlet ; a main path formed in the housing between the inlet and the outlet ; a main fan arranged in the main path to draw air into the housing through the inlet and to discharge air from the housing through the outlet ; and characterised by : an auxiliary fan arranged to draw air from the main path and to discharge the air, drawn from the main path, from the air conditioner so as to change a direction of the air discharged from the housing through the outlet by the main fan by blowing air around the outlet to change the pressure, the air conditioner further comprising: a guide path branched from the main path to guide the air drawn by the auxiliary fan . an auxiliary fan arranged to draw air from the main path and to discharge the air, drawn from the main path, from the air conditioner so as to change a direction of the air discharged from the housing through the outlet by the main fan by blowing air around the outlet to change the pressure, the air conditioner further comprising: a guide path branched from the main path to guide the air drawn by the auxiliary fan .