mhurhangee/patent-ind-claim-en huggingface dataset:
A sub-beam aperture array for forming a plurality of sub-beams (22; 510) from one or more charged particle beams , the sub-beam aperture array comprising one or more beam areas , characterized by each beam area comprising a plurality of sub-beam apertures arranged in a non-regular hexagonal pattern, the hexagonal pattern being non-regular in that each sub-beam aperture is arranged such that it is not equi-distant from all its six neighbouring sub-beam apertures , and the sub-beam apertures are distributed so that, when projected in a first direction (Y) onto a line parallel to a second direction (X), the sub-beam apertures are uniformly spaced along the line, and wherein the first direction (Y) is different from the second direction (X).
A dishwasher comprising: a tub having a space for accommodating an object to the washed; a sump provided at a lower part of the tub for storing wash water; and a pair of main arms provided in the sump for spraying wash water received from the sump to the object, a pair of auxiliary arms for spraying wash water to the object, mounted on the main arms , characterized in that said pair of auxiliary arms extend in a direction which forms a predetermined angle with respect to the main arms and in that said pair of auxiliary arms is rotatable about an axis defined by a direction in which the auxiliary arms extend; and in that the dishwasher further comprises a power transfer assembly for transferring rotary forces of the main arms to the auxiliary arms , wherein the power transfer assembly comprises: a fixed gear unit fixed to the sump ; a rotary gear unit rotatably mounted on the main arms so as to be rotated while being engaged with the fixed gear unit by rotation of the main arms ; and a link member connected to the rotary gear unit and the auxiliary arms , the link member being configured to be reciprocated by rotation of the rotary gear unit , wherein a rotation shaft of the rotary gear unit is formed at one of the main arms . a tub having a space for accommodating an object to the washed; a sump provided at a lower part of the tub for storing wash water; and a pair of main arms provided in the sump for spraying wash water received from the sump to the object, a pair of auxiliary arms for spraying wash water to the object, mounted on the main arms , characterized in that said pair of auxiliary arms extend in a direction which forms a predetermined angle with respect to the main arms and in that said pair of auxiliary arms is rotatable about an axis defined by a direction in which the auxiliary arms extend; and in that the dishwasher further comprises a power transfer assembly for transferring rotary forces of the main arms to the auxiliary arms , wherein the power transfer assembly comprises: a fixed gear unit fixed to the sump ; a rotary gear unit rotatably mounted on the main arms so as to be rotated while being engaged with the fixed gear unit by rotation of the main arms ; and a link member connected to the rotary gear unit and the auxiliary arms , the link member being configured to be reciprocated by rotation of the rotary gear unit , wherein a rotation shaft of the rotary gear unit is formed at one of the main arms . a fixed gear unit fixed to the sump ; a rotary gear unit rotatably mounted on the main arms so as to be rotated while being engaged with the fixed gear unit by rotation of the main arms ; and a link member connected to the rotary gear unit and the auxiliary arms , the link member being configured to be reciprocated by rotation of the rotary gear unit , wherein a rotation shaft of the rotary gear unit is formed at one of the main arms .
A method by a terminal in a wireless communication system, the method comprising: identifying a slot type of the terminal from a first slot type and a second slot type; in case that the slot type is the first slot type, determining that a first demodulation reference signal, DMRS, is positioned on a third symbol or a fourth symbol of a slot in a downlink based on a master information block, MIB, received on a physical broadcast channel, PBCH; in case that the slot type is the second slot type, determining that the first DMRS is positioned on a first symbol of a scheduled data resource; and receiving the first DMRS based on the determined position from a base station. identifying a slot type of the terminal from a first slot type and a second slot type; in case that the slot type is the first slot type, determining that a first demodulation reference signal, DMRS, is positioned on a third symbol or a fourth symbol of a slot in a downlink based on a master information block, MIB, received on a physical broadcast channel, PBCH; in case that the slot type is the second slot type, determining that the first DMRS is positioned on a first symbol of a scheduled data resource; and receiving the first DMRS based on the determined position from a base station.
A propulsion system comprising: an AC generator configured to produce electrical current; a plurality of propulsors configured to receive the electrical current from the AC generator and provide thrust based on the electrical current from the AC generator; characterized in that an AC drive circuit configured to deliver a first portion of the electrical current to a first group of propulsors from the plurality of propulsors; and a DC circuit configured to simultaneously deliver a second portion of the electrical current to a second group of propulsors from the plurality of propulsors, different from the first group of propulsors . an AC generator configured to produce electrical current; a plurality of propulsors configured to receive the electrical current from the AC generator and provide thrust based on the electrical current from the AC generator; characterized in that an AC drive circuit configured to deliver a first portion of the electrical current to a first group of propulsors from the plurality of propulsors; and a DC circuit configured to simultaneously deliver a second portion of the electrical current to a second group of propulsors from the plurality of propulsors, different from the first group of propulsors .
A heat exchanger , comprising: a plurality of sets of heat exchange tubes positioned adjacent each other, each set of heat exchange tubes fluidly coupled to a header at an end thereof; a sensor grid positioned amongst the plurality of sets of heat exchange tubes , the sensor grid including a plurality of sensors , each sensor including a sensor lead extending therefrom; and a tube restraint for positioning at least one of the plurality of sets of heat exchange tubes relative to an enclosure , the tube restraint including a tube opening for each of the heat exchange tubes of a respective set of heat exchange tubes and a sensor lead opening , wherein at least one sensor lead of the sensor grid extends through the sensor lead opening , characterized in that an end of the header of a first set of heat exchange tubes includes a baffle extending therefrom, and further comprising a conduit extending through the baffle , the conduit including a plurality of sensor leads of the sensor grid extending therein. a plurality of sets of heat exchange tubes positioned adjacent each other, each set of heat exchange tubes fluidly coupled to a header at an end thereof; a sensor grid positioned amongst the plurality of sets of heat exchange tubes , the sensor grid including a plurality of sensors , each sensor including a sensor lead extending therefrom; and a tube restraint for positioning at least one of the plurality of sets of heat exchange tubes relative to an enclosure , the tube restraint including a tube opening for each of the heat exchange tubes of a respective set of heat exchange tubes and a sensor lead opening , wherein at least one sensor lead of the sensor grid extends through the sensor lead opening ,
Tongue for a sports shoe, preferably a ski boot, in particular an inner shoe of the ski boot, comprising an upper portion and a foot portion , a front part having a front face for coming into contact with the sports shoe, and a rear face and a rear part having a rear face for coming into contact with the leg of a user and a front face , wherein a connection between the rear face of the front part and the front face of the rear part is provided at least in portions along a periphery , wherein the connection between the rear face of the front part and the front face of the rear part is releasable along a lifting portion by means of reclosable connecting elements , wherein the lifting portion is arranged at least in the foot portion , wherein the connection is non-destructively non-releasable along the fixing portion , wherein the fixing portion has at least one upper edge of the periphery of the front face of the rear part .
Electronic board comprising a printed circuit , a power supply device , a microcontroller supplied with electricity by the power supply device and a first communication means which is able to communicate by radiofrequency in a first frequency band, the power supply device , the microcontroller and the first communication means being arranged on the printed circuit , the electronic board comprising a second communication means which is able to communicate by radiofrequency in a second frequency band which is distinct and/or disjoint from the first frequency band, characterized in that the printed circuit comprises a first outer conductive layer , a second outer conductive layer and at least one inner conductive layer , preferably at least two inner conductive layers , which is/are arranged between the first outer conductive layer and the second outer conductive layer , the printed circuit further comprising a first outer dielectric layer which is positioned between the first outer conductive layer and the inner conductive layer or the inner conductive layer which is adjacent to the first outer conductive layer , a second outer dielectric layer which is positioned between the second outer conductive layer and the inner conductive layer or the inner conductive layer which is adjacent to the second outer conductive layer , and at least one inner dielectric layer which is positioned between two adjacent inner conductive layers , the power supply device , the microcontroller and the communication device being arranged on the first outer conductive layer and/or on the second outer conductive layer , in that the first outer conductive layer , the second outer conductive layer and the one or more inner conductive layers have a first thickness, the first outer dielectric layer and the second outer dielectric layer having a second thickness, the one or more inner dielectric layers having a third thickness, the first thickness being less than the second thickness and the third thickness being greater than the second thickness, and in that the first thickness corresponds to a thickness between 25 μm and 35 μm, preferably about 30 μm, the second thickness corresponds to a thickness between 60 μm and 70 μm, preferably about 62 μm and the third thickness corresponds to a thickness between 250 μm and 800 μm, preferably about 500 μm.
An applicator comprising: opposed arms that are connected to one another at a proximal end, wherein each opposed arm includes: an inner portion configured to be gripped by a user; and an outer portion having a concave shape formed between a first end and a second end of the outer portion, the first end being nearer the proximal end and the second end being further from the proximal end, the concave shape configured to become substantially flush with a convex shape of a tightline of an eyelid, where the outer portions of the opposed arms are arranged to engage one another when the opposed arms are pressed toward one another by the user for grasping one or more lash fusions; wherein the applicator comprises a middle portion between the inner portion and the outer portion including another concave shape . opposed arms that are connected to one another at a proximal end, wherein each opposed arm includes: an inner portion configured to be gripped by a user; and an outer portion having a concave shape formed between a first end and a second end of the outer portion, the first end being nearer the proximal end and the second end being further from the proximal end, the concave shape configured to become substantially flush with a convex shape of a tightline of an eyelid, where the outer portions of the opposed arms are arranged to engage one another when the opposed arms are pressed toward one another by the user for grasping one or more lash fusions; wherein the applicator comprises a middle portion between the inner portion and the outer portion including another concave shape . an inner portion configured to be gripped by a user; and an outer portion having a concave shape formed between a first end and a second end of the outer portion, the first end being nearer the proximal end and the second end being further from the proximal end, the concave shape configured to become substantially flush with a convex shape of a tightline of an eyelid, where the outer portions of the opposed arms are arranged to engage one another when the opposed arms are pressed toward one another by the user for grasping one or more lash fusions; wherein the applicator comprises a middle portion between the inner portion and the outer portion including another concave shape .
A refrigerator comprising: - an apparatus for air purification and freshness preservation installed in a cooling channel formed separately from a storage space of the refrigerator and communicating with the storage space through an inlet and an outlet , the apparatus comprising: - a photocatalytic filter disposed in the vicinity of the outlet of the cooling channel , the photocatalytic filter being formed with a plurality of cells constituting vent holes in an air flow direction in the cooling channel ; and - a UV LED disposed in the cooling channel to emit UV light toward the cells of the photocatalytic filter , characterized in that an air discharge direction through the outlet is perpendicular to a direction in which the vent holes of the photocatalytic filter extend. - an apparatus for air purification and freshness preservation installed in a cooling channel formed separately from a storage space of the refrigerator and communicating with the storage space through an inlet and an outlet , the apparatus comprising: - a photocatalytic filter disposed in the vicinity of the outlet of the cooling channel , the photocatalytic filter being formed with a plurality of cells constituting vent holes in an air flow direction in the cooling channel ; and - a UV LED disposed in the cooling channel to emit UV light toward the cells of the photocatalytic filter , - a photocatalytic filter disposed in the vicinity of the outlet of the cooling channel , the photocatalytic filter being formed with a plurality of cells constituting vent holes in an air flow direction in the cooling channel ; and - a UV LED disposed in the cooling channel to emit UV light toward the cells of the photocatalytic filter ,
A printing device for writing information into and printing on an RFID sheet having an RFID tag , the printing device comprising: an information reading/writing unit adapted to write information into the RFID tag ; characterized in that the information reading/writing unit is further adapted to detect, during a plurality of steps of a procedure for writing information into the RFID tag by the information reading/writing unit , if one or more of a read error, a writing error or verified error has occurred; an error type pattern storage unit adapted to store each of error type patterns at respective steps of the procedure for writing information into the RFID tag at which the errors have been detected by the information reading/writing unit ; and a printing control unit adapted to read the error type patterns corresponding to the step at which the error has been detected, from the error type pattern storage unit when an error is detected by the information reading/writing unit , and further adapted to print the error type pattern on the RFID sheet . an information reading/writing unit adapted to write information into the RFID tag ; characterized in that the information reading/writing unit is further adapted to detect, during a plurality of steps of a procedure for writing information into the RFID tag by the information reading/writing unit , if one or more of a read error, a writing error or verified error has occurred; an error type pattern storage unit adapted to store each of error type patterns at respective steps of the procedure for writing information into the RFID tag at which the errors have been detected by the information reading/writing unit ; and a printing control unit adapted to read the error type patterns corresponding to the step at which the error has been detected, from the error type pattern storage unit when an error is detected by the information reading/writing unit , and further adapted to print the error type pattern on the RFID sheet .
A composition for the production of hydrogen by decomposition of water, comprising : - a silicon powder and - a corrosion agent in solid and water-soluble form, characterised in that it also comprises at least one additive which inhibits the spontaneous corrosion reaction of the silicon powder on contact with the corrosion agent, this inhibiting additive being chosen from zinc oxide and tin oxide. - a silicon powder and - a corrosion agent in solid and water-soluble form,
A battery management system for detecting an abnormality of each of a plurality of battery cells (BC 1 -BC n ) connected in series, comprising; a voltage measurement circuit configured to generate a voltage signal indicating a cell voltage of each battery cell; and a control unit configured to determine an observation matrix including a plurality of observation voltage vectors indicating a voltage history of each of the plurality of battery cells (BC 1 -BC n ) measured multiple times in time series in a moving window having a predetermined size based on the voltage signal, characterised in that the control unit is configured to: determine a recovery matrix including a plurality of recovery voltage vectors corresponding to the plurality of observation voltage vectors in a one-to-one relationship, determine a plurality of absolute error vectors indicating a difference between the plurality of observation voltage vectors and the plurality of recovery voltage vectors, and detect an abnormality of each of the plurality of battery cells (BC 1 -BC n ) based on the plurality of absolute error vectors. a voltage measurement circuit configured to generate a voltage signal indicating a cell voltage of each battery cell; and a control unit configured to determine an observation matrix including a plurality of observation voltage vectors indicating a voltage history of each of the plurality of battery cells (BC 1 -BC n ) measured multiple times in time series in a moving window having a predetermined size based on the voltage signal, characterised in that the control unit is configured to: determine a recovery matrix including a plurality of recovery voltage vectors corresponding to the plurality of observation voltage vectors in a one-to-one relationship, determine a plurality of absolute error vectors indicating a difference between the plurality of observation voltage vectors and the plurality of recovery voltage vectors, and detect an abnormality of each of the plurality of battery cells (BC 1 -BC n ) based on the plurality of absolute error vectors. determine a recovery matrix including a plurality of recovery voltage vectors corresponding to the plurality of observation voltage vectors in a one-to-one relationship, determine a plurality of absolute error vectors indicating a difference between the plurality of observation voltage vectors and the plurality of recovery voltage vectors, and detect an abnormality of each of the plurality of battery cells (BC 1 -BC n ) based on the plurality of absolute error vectors.
A recliner chair , comprising: a recline chair mechanism providing a reclining movement, the recline chair mechanism having a recline base ; a seat and a back connected to the recline chair mechanism , with the back being effectively connected relative to the seat ; a cradle assembly , including: a cradle base ; rear standoffs on the cradle base with aligned rear pivot axes ; rear links having first ends pivotably connected to respective ones of the rear standoffs at the rear pivot axes and second ends pivotably connected to respective ones of rear pivot connections on the recline base ; front standoffs on the cradle base with aligned front pivot axes ; front links having first ends pivotably connected to respective ones of the front standoffs at the front pivot axes and second ends pivotably connected to respective ones of front pivot connections on the recline base ; an actuator mount connected to the cradle base ; a cradle actuator connected between the actuator mount on the cradle base and the recline base ; and a controller that controls movement of the cradle actuator ; characterized in that the front pivot axes are located at a distance above the rear pivot axes , and the rear pivot connections located on rear uprights of the recline base are located above the front pivot connections in a non-actuated position of the cradle assembly in order to provide a cradling movement when the cradle actuator is actuated to move the recline base forward relative to the cradle base . a recline chair mechanism providing a reclining movement, the recline chair mechanism having a recline base ; a seat and a back connected to the recline chair mechanism , with the back being effectively connected relative to the seat ; a cradle assembly , including: a cradle base ; rear standoffs on the cradle base with aligned rear pivot axes ; a cradle base ; rear standoffs on the cradle base with aligned rear pivot axes ; rear links having first ends pivotably connected to respective ones of the rear standoffs at the rear pivot axes and second ends pivotably connected to respective ones of rear pivot connections on the recline base ; front standoffs on the cradle base with aligned front pivot axes ; front links having first ends pivotably connected to respective ones of the front standoffs at the front pivot axes and second ends pivotably connected to respective ones of front pivot connections on the recline base ; an actuator mount connected to the cradle base ; a cradle actuator connected between the actuator mount on the cradle base and the recline base ; and a controller that controls movement of the cradle actuator ; characterized in that the front pivot axes are located at a distance above the rear pivot axes , and the rear pivot connections located on rear uprights of the recline base are located above the front pivot connections in a non-actuated position of the cradle assembly in order to provide a cradling movement when the cradle actuator is actuated to move the recline base forward relative to the cradle base .
A compound of formula I, or a pharmaceutically acceptable salt thereof, wherein: Ring A is Ring B is R 1 is -CF 3 or -CN; R 3 is hydrogen or C 1-6 aliphatic; X is C(R 4 ) 2 with one R 4 being -H and the other R 4 being k is 0 or 1; n is 0; p is 0 or 1; r is 0; and t is 0. Ring A is Ring B is R 1 is -CF 3 or -CN; R 3 is hydrogen or C 1-6 aliphatic; X is C(R 4 ) 2 with one R 4 being -H and the other R 4 being k is 0 or 1; n is 0; p is 0 or 1; r is 0; and t is 0.