mhurhangee/patent-ind-claim-en huggingface dataset:
Method for operating an electronic device having a display and compass sensor, such as a tablet or smartphone, for interacting with a set of objects , each of the objects incorporating a magnet, said method comprising: obtaining an initial reading of the compass sensor signal ; obtaining a current reading of the compass sensor signal once the compass sensor signal stabilizes; deducting from the obtained current reading of the compass sensor signal the initial reading of the compass sensor signal to obtain a difference; determining if the difference obtained in the previous step matches one of a plurality of predetermined compass sensor signals corresponding to respective combinations of two or more of said objects in specific spatial arrangements relative to the electronic device, and, in case of a match, triggering an action comprising emitting a sound or displaying an image, animation or film according to the combination of two or more of said objects in a specific spatial arrangement relative to the electronic device associated with the matched predetermined compass sensor signal, wherein each object incorporates a magnet in a specific position and in a specific orientation, such that each said predetermined compass sensor signal uniquely identifies a predetermined combination and spatial arrangement of two or more objects. obtaining an initial reading of the compass sensor signal ; obtaining a current reading of the compass sensor signal once the compass sensor signal stabilizes; deducting from the obtained current reading of the compass sensor signal the initial reading of the compass sensor signal to obtain a difference; determining if the difference obtained in the previous step matches one of a plurality of predetermined compass sensor signals corresponding to respective combinations of two or more of said objects in specific spatial arrangements relative to the electronic device, and, in case of a match, triggering an action comprising emitting a sound or displaying an image, animation or film according to the combination of two or more of said objects in a specific spatial arrangement relative to the electronic device associated with the matched predetermined compass sensor signal, wherein each object incorporates a magnet in a specific position and in a specific orientation, such that each said predetermined compass sensor signal uniquely identifies a predetermined combination and spatial arrangement of two or more objects.
A glove dispensing apparatus comprising: - a glove donning module for providing a glove to be donned by a user; - a glove storage module for storing gloves, the glove storage module being arranged next to the glove donning module and comprising a glove container with holders for holding the gloves in the container , - wherein the glove container comprises: - a wall with an opening for dispensing the gloves therethrough from the glove storage module to the glove donning module , and - a glove pressing system for pressing the gloves held in the container against the wall with the opening , characterized in that : - the apparatus further comprises an arm swingably mounted near the opening of the wall of the container , said arm being configured to, by means of a swing movement of the arm within the glove donning module : - grab a cuff of the glove held in the container through the opening , and - spread the grabbed cuff of the glove within the glove donning module . - a glove donning module for providing a glove to be donned by a user; - a glove storage module for storing gloves, the glove storage module being arranged next to the glove donning module and comprising a glove container with holders for holding the gloves in the container , - wherein the glove container comprises: - a wall with an opening for dispensing the gloves therethrough from the glove storage module to the glove donning module , and - a glove pressing system for pressing the gloves held in the container against the wall with the opening , - a wall with an opening for dispensing the gloves therethrough from the glove storage module to the glove donning module , and - a glove pressing system for pressing the gloves held in the container against the wall with the opening , - the apparatus further comprises an arm swingably mounted near the opening of the wall of the container , said arm being configured to, by means of a swing movement of the arm within the glove donning module : - grab a cuff of the glove held in the container through the opening , and - spread the grabbed cuff of the glove within the glove donning module . - grab a cuff of the glove held in the container through the opening , and - spread the grabbed cuff of the glove within the glove donning module .
A block assembly for use in locking a toothed gear in position within a frame , said block assembly comprising: a body shaped to couple to a portion of the frame adjacent to the gear for translation in a first direction parallel to an axis of the gear ; a locking block coupled to said body , said locking block comprising at least one locking tooth shaped complementary to at least one gear tooth of the gear ; and an adjustment mechanism operable, when said body is coupled to the frame , to move said locking block in a second direction that is substantially orthogonal to the axis of the gear , such that said at least one locking tooth is received between a circumferentially spaced pair of the gear teeth to prevent movement of the gear. a body shaped to couple to a portion of the frame adjacent to the gear for translation in a first direction parallel to an axis of the gear ; a locking block coupled to said body , said locking block comprising at least one locking tooth shaped complementary to at least one gear tooth of the gear ; and an adjustment mechanism operable, when said body is coupled to the frame , to move said locking block in a second direction that is substantially orthogonal to the axis of the gear , such that said at least one locking tooth is received between a circumferentially spaced pair of the gear teeth to prevent movement of the gear.
A resource configuration method, applied to a non-cellular system, NCS, wherein the NCS comprises a plurality of transmission points, TPs,, a time-frequency resource of each TP can be dynamically divided, and the method comprises: a) determining (S201) a tracking resource in the time-frequency resource of each TP, wherein time-frequency resources of all the TPs are the same, and tracking resources determined for all the TPs are the same; b) generating (S202) tracking resource configuration information based on a time-frequency resource occupied by the tracking resource; and c) sending (S203) the tracking resource configuration information to each TP, so that each TP detects, on the tracking resource, a sounding reference signal, SRS, sent by a terminal. a) determining (S201) a tracking resource in the time-frequency resource of each TP, wherein time-frequency resources of all the TPs are the same, and tracking resources determined for all the TPs are the same; b) generating (S202) tracking resource configuration information based on a time-frequency resource occupied by the tracking resource; and c) sending (S203) the tracking resource configuration information to each TP, so that each TP detects, on the tracking resource, a sounding reference signal, SRS, sent by a terminal.
A multiple tube burner for synthesizing a glass porous material in which three or more glass tubes are arranged coaxially with one another, the glass tubes having a substantially circular shape on a cross section perpendicular to a longitudinal direction, wherein out of the three or more glass tubes, a first glass tube and a second glass tube that is arranged on an outer side of the first glass tube are connected with each other on a gas introducing side, and a thickness near a first joint portion of the second glass tube connected with the first glass tube is thicker than a thickness of the second glass tube on the gas spouting side, wherein a third glass tube is arranged on an outer side of the second glass tube , coaxially with the second glass tube , the second glass tube and the third glass tube are connected with each other on the gas introducing side, and a gas introducing branch tube is arranged between the first joint portion of the second glass tube connected with the first glass tube and a second joint portion of the second glass tube connected with the third glass tube , the gas introducing branch tube being arranged such that a longitudinal direction thereof is substantially perpendicular to a longitudinal direction of the second glass tube so as to communicate therewith, characterised in that a thickness of a portion from the first joint portion of the second glass tube connected with the first glass tube up to the second joint portion connected with the third glass tube is thicker than a thickness thereof on the gas spouting side. out of the three or more glass tubes, a first glass tube and a second glass tube that is arranged on an outer side of the first glass tube are connected with each other on a gas introducing side, and a thickness near a first joint portion of the second glass tube connected with the first glass tube is thicker than a thickness of the second glass tube on the gas spouting side, wherein a third glass tube is arranged on an outer side of the second glass tube , coaxially with the second glass tube , the second glass tube and the third glass tube are connected with each other on the gas introducing side, and a gas introducing branch tube is arranged between the first joint portion of the second glass tube connected with the first glass tube and a second joint portion of the second glass tube connected with the third glass tube , the gas introducing branch tube being arranged such that a longitudinal direction thereof is substantially perpendicular to a longitudinal direction of the second glass tube so as to communicate therewith, characterised in that a thickness of a portion from the first joint portion of the second glass tube connected with the first glass tube up to the second joint portion connected with the third glass tube is thicker than a thickness thereof on the gas spouting side.
Crane , in particular a bridge crane or gantry crane, having at least one horizontally extending crane girder designed as a lattice girder having a plurality of struts , on which crane girder a crane trolley with a hoist can travel, wherein at least some of the struts have a sheetlike flat design and the flat struts each comprise a planar main surface which extends in each case transversely to a longitudinal direction (LR) of the crane girder , characterised in that at least one first strut and one second strut form a strut pair and are arranged in an X shape with respect to one another as seen transversely to the longitudinal direction (LR) of the crane girder .
An elongate foot engagement element for a flip-flop footwear article , said foot engagement element having an outer surface with a transfer pattern applied thereto, said foot engagement element comprising: two elongate portions each having a first surface for engagement with at least the upper surface of the foot of a user, and a second surface opposed to the first surface, and wherein the two elongate portions have a first end each of which converge at a first end of the foot engagement element , and wherein the elongate portions diverge at a second end thereof; wherein said foot engagement element is formed from an elastic polymeric or rubberized material having elastic properties and is deformable and flexurally resilient so as to return to an initial state upon being flexed, wherein the foot engagement element is a shape-formed element having been formed in the shape of the foot engagement element and has said elastic properties; and wherein the transfer pattern is a hydrographics immersion pattern covering the entire foot engagement element . two elongate portions each having a first surface for engagement with at least the upper surface of the foot of a user, and a second surface opposed to the first surface, and wherein the two elongate portions have a first end each of which converge at a first end of the foot engagement element , and wherein the elongate portions diverge at a second end thereof; wherein said foot engagement element is formed from an elastic polymeric or rubberized material having elastic properties and is deformable and flexurally resilient so as to return to an initial state upon being flexed, wherein the foot engagement element is a shape-formed element having been formed in the shape of the foot engagement element and has said elastic properties; and wherein the transfer pattern is a hydrographics immersion pattern covering the entire foot engagement element .
Rapier rod for weaving machines, comprising: - a holder profile , which delimits a mounting cavity with a bottom and side walls that are erected with respect to the bottom; - a gear rack with several teeth , which is mounted in the mounting cavity and which is made of a thermoplastic material; wherein - the holder profile is made of a thermoplastic material that is compatible with the thermoplastic material of the gear rack ; and wherein the gear rack is bonded chemically to the holder profile , characterized in that the thermoplastic material is reinforced with reinforcing fibres that extend mainly in the longitudinal direction of the holder profile and that the gear rack comprises several tooth units , wherein each tooth unit comprises one or more teeth of the gear rack and each tooth unit is bonded chemically to the holder profile . - a holder profile , which delimits a mounting cavity with a bottom and side walls that are erected with respect to the bottom; - a gear rack with several teeth , which is mounted in the mounting cavity and which is made of a thermoplastic material; wherein - the holder profile is made of a thermoplastic material that is compatible with the thermoplastic material of the gear rack ;
A tensor permutation engine, TPE, comprising: a read address generation unit, AGU, to generate a plurality of read addresses for the plurality of tensor data elements in a first storage; a write AGU to generate a plurality of write addresses for the plurality of tensor data elements in the first storage; and a shuffle register bank, SRB, comprising: a parallel input register to read a first subset of the plurality of tensor data elements from the plurality of read addresses generated by the read AGU ; a first register bank with a plurality of banks to receive the first subset of the plurality of tensor data elements; and a shift register to receive a tensor data element from each bank in the first register bank, each tensor data element in the shift register to be written to a write address from the plurality of write addresses generated by the write AGU , wherein the SRB includes the first register bank and a second register bank, and wherein when the first register bank is filled with the first subset of the plurality of tensor data elements, the shift register connects to the first register bank and outputs the first subset of the plurality of tensor data elements while a second subset of the plurality of tensor data elements is read into a second register bank through the parallel input register . a read address generation unit, AGU, to generate a plurality of read addresses for the plurality of tensor data elements in a first storage; a write AGU to generate a plurality of write addresses for the plurality of tensor data elements in the first storage; and a shuffle register bank, SRB, comprising: a parallel input register to read a first subset of the plurality of tensor data elements from the plurality of read addresses generated by the read AGU ; a first register bank with a plurality of banks to receive the first subset of the plurality of tensor data elements; and a shift register to receive a tensor data element from each bank in the first register bank, each tensor data element in the shift register to be written to a write address from the plurality of write addresses generated by the write AGU , a parallel input register to read a first subset of the plurality of tensor data elements from the plurality of read addresses generated by the read AGU ; a first register bank with a plurality of banks to receive the first subset of the plurality of tensor data elements; and a shift register to receive a tensor data element from each bank in the first register bank, each tensor data element in the shift register to be written to a write address from the plurality of write addresses generated by the write AGU , wherein the SRB includes the first register bank and a second register bank, and wherein when the first register bank is filled with the first subset of the plurality of tensor data elements, the shift register connects to the first register bank and outputs the first subset of the plurality of tensor data elements while a second subset of the plurality of tensor data elements is read into a second register bank through the parallel input register .
A method performed by a User Equipment, UE, of a wireless communication network for transmitting signals in uplink, wherein an uplink signal structure defines subframes divided into symbols, the method comprising: receiving a control information message from a Base Station, BS, of the wireless communication network, the control information message comprising uplink scheduling information for a short scheduling interval assigned to the UE, the short scheduling interval being shorter in time than a subframe and comprising at least one symbol, the uplink scheduling information indicating: a length of the short scheduling interval in number of symbols; and a position of one or more symbols occupied by a reference signal in the short scheduling interval; and transmitting the reference signal in the short scheduling interval according to the received control information message. receiving a control information message from a Base Station, BS, of the wireless communication network, the control information message comprising uplink scheduling information for a short scheduling interval assigned to the UE, the short scheduling interval being shorter in time than a subframe and comprising at least one symbol, the uplink scheduling information indicating: a length of the short scheduling interval in number of symbols; and a position of one or more symbols occupied by a reference signal in the short scheduling interval; and transmitting the reference signal in the short scheduling interval according to the received control information message.
Photolithographic illumination device, including: - a light beam source , - a condenser , - an optical homogenizing system , comprising two microlens arrays (L3, L4), disposed upstream from the condenser in such a way that the image focal plane of the optical homogenizing system is positioned in the object focal plane of the condenser , - a shutter , disposed in the object focal plane of the optical homogenizing system , and the illuminator being characterised in that the spacing of the two microlens arrays, as well as the arrangement and orientation of the microlenses, are adapted so that the optical homogenizing system has, in two directions (X,Y) orthogonal to the optical axis, merged image focal planes and merged object focal planes. - a light beam source , - a condenser , - an optical homogenizing system , comprising two microlens arrays (L3, L4), disposed upstream from the condenser in such a way that the image focal plane of the optical homogenizing system is positioned in the object focal plane of the condenser , - a shutter , disposed in the object focal plane of the optical homogenizing system , and
A non-transitory computer-readable medium storing instructions that, when executed by one or more processors, cause the one or more processors to: receive, at a producer server 106, a job specification for a construction composition , the job specification specifying one or more performance requirements for the construction composition (202-250); accessing a set of inputs affecting one or more properties of the construction composition; providing the job specification and set of inputs to a predictive model ; programmatically determining, using the predictive model, a plurality of construction compositions that meet or approximate the performance requirements of the job specification given the set of inputs wherein each construction composition comprises a plurality of raw materials mixed in a determined ratio, the determining comprising eliminating from consideration at least one construction composition that does not meet or approximate the performance requirements of the job specification according to the predictive model; outputting the plurality of construction compositions approximating the performance requirements of the job specification; running a simulation on each of the plurality of compositions to predict an expected performance of each respective construction composition; and outputting the expected performance of each respective construction composition. receive, at a producer server 106, a job specification for a construction composition , the job specification specifying one or more performance requirements for the construction composition (202-250); accessing a set of inputs affecting one or more properties of the construction composition; providing the job specification and set of inputs to a predictive model ; programmatically determining, using the predictive model, a plurality of construction compositions that meet or approximate the performance requirements of the job specification given the set of inputs wherein each construction composition comprises a plurality of raw materials mixed in a determined ratio, the determining comprising eliminating from consideration at least one construction composition that does not meet or approximate the performance requirements of the job specification according to the predictive model; outputting the plurality of construction compositions approximating the performance requirements of the job specification; running a simulation on each of the plurality of compositions to predict an expected performance of each respective construction composition; and outputting the expected performance of each respective construction composition.
A compound of formula : wherein R 1 is a monovalent organic group containing a polyether chain of the formula: -(OC 6 F 12 ) m11 -(OC 5 F 10 ) m12 -(OC 4 F 8 ) m13 -(OC 3 X 10 6 ) m14 -(OC 2 F 4 ) m15 -(OCF 2 ) m16 - wherein m11 to ml6 each individually are an integer of ≥ 0; the sum of m11 to ml6 is an integer of 10 or greater; X 10 each individually is H, F, or Cl; the repeating units are present in any order; and R 1 excludes a monovalent organic group containing a urethane bond; and X 1 and X 2 each individually are a monovalent group. R 1 is a monovalent organic group containing a polyether chain of the formula: -(OC 6 F 12 ) m11 -(OC 5 F 10 ) m12 -(OC 4 F 8 ) m13 -(OC 3 X 10 6 ) m14 -(OC 2 F 4 ) m15 -(OCF 2 ) m16 - wherein m11 to ml6 each individually are an integer of ≥ 0; the sum of m11 to ml6 is an integer of 10 or greater; X 10 each individually is H, F, or Cl; the repeating units are present in any order; and R 1 excludes a monovalent organic group containing a urethane bond; and X 1 and X 2 each individually are a monovalent group.