mhurhangee/patent-ind-claim-en huggingface dataset:
A method for transmitting a signal at a base station, BS, to a mobile station, MS, in a millimeter wave communication system supporting orthogonal frequency division multiplex, OFDM, modulation in a frequency band, the method comprising: transmitting a data modulation symbol generated by modulating a data signal using the OFDM according to a data modulation symbol length; and transmitting reference modulation symbols generated by modulating respective reference signals using the OFDM according to a reference modulation symbol length, wherein the reference modulation symbol length is shorter than the data modulation symbol length, and a number of reference modulation symbols to be transmitted during a period for the reference modulation symbols is determined, wherein a total length of the reference modulation symbols is equal to the data modulation symbol length, wherein each reference signal corresponds to one transmission and reception beam combination to be selected by the MS, wherein a same size guard interval is added before each OFDM symbol that is transmitted in the same cell. transmitting a data modulation symbol generated by modulating a data signal using the OFDM according to a data modulation symbol length; and transmitting reference modulation symbols generated by modulating respective reference signals using the OFDM according to a reference modulation symbol length, wherein the reference modulation symbol length is shorter than the data modulation symbol length, and a number of reference modulation symbols to be transmitted during a period for the reference modulation symbols is determined, wherein a total length of the reference modulation symbols is equal to the data modulation symbol length, wherein each reference signal corresponds to one transmission and reception beam combination to be selected by the MS, wherein a same size guard interval is added before each OFDM symbol that is transmitted in the same cell.
Device for hot dip coating a metal strip , having a continuous furnace for directing and heating the metal strip ; having a vessel which in the running direction (L) of the metal strip is disposed behind the continuous furnace and is filled with a melt (11.1); having a nozzle pipe which for directing and introducing the metal strip into the melt (11.1) in the vessel is disposed between the continuous furnace and the vessel , wherein the nozzle pipe comprises a blower/suction unit having at least one injecting unit (14.1) and at least one suctioning unit (14.2) which are disposed on at least one wall (13.1) of the nozzle pipe , wherein the at least one suctioning unit (14.2) in the running direction (L) of the metal strip is disposed behind the at least one injecting unit (14.1), wherein the at least one injecting unit (14.1) has at least one slot opening (14.11) for injecting gas into the nozzle pipe , and the at least one suctioning unit (14.2) has at least one slot opening (14.21) for suctioning gas from the nozzle pipe , wherein the at least one slot opening (14.11, 14.21) extends so as to be transverse to the running direction (L) of the metal strip , characterized in that the at least one slot opening (14.11, 14.21) of the injecting unit (14.1) and/or of the suctioning unit (14.2) are/is disposed in such a manner that said slot opening (14.11, 14.21) ends so as to be flush with the wall (13.1) of the nozzle pipe and/or is disposed so as to be aligned with the wall (13.1).
A platform for supporting a production-line component comprising; a base for supporting the platform on a floor surface, a load bearing surface for supporting a production-line component, a cable tray between the load bearing surface and the base, and connecting means for connecting the platform to a second identical platform to form an array, characterized in that ; the cable tray runs around the perimeter of the platform, in that when the platform is connected to a second identical platform in a tessellating arrangement, the load bearing surfaces of the platforms define an opening through which cables may be introduced into, and removed from, the cable trays, and in that the load bearing surface comprises a portion which overhangs at least a portion of the cable tray. a base for supporting the platform on a floor surface, a load bearing surface for supporting a production-line component, a cable tray between the load bearing surface and the base, and connecting means for connecting the platform to a second identical platform to form an array, characterized in that ; the cable tray runs around the perimeter of the platform, in that when the platform is connected to a second identical platform in a tessellating arrangement, the load bearing surfaces of the platforms define an opening through which cables may be introduced into, and removed from, the cable trays, and in that the load bearing surface comprises a portion which overhangs at least a portion of the cable tray. the cable tray runs around the perimeter of the platform, in that when the platform is connected to a second identical platform in a tessellating arrangement, the load bearing surfaces of the platforms define an opening through which cables may be introduced into, and removed from, the cable trays, and in that the load bearing surface comprises a portion which overhangs at least a portion of the cable tray.
Antenna module for a motor vehicle , wherein the antenna module comprises at least one AM-FM antenna and a DAB antenna , wherein the antenna module has an antenna unit comprising the combined AM-FM antenna and the DAB antenna , wherein the antenna unit has at least one first circuit board having a first height in a first direction (z) and a first width in a second direction (x) that is perpendicular to the first direction (z), wherein helical antenna turns of the AM-FM antenna and/or DAB antenna , at least part of which is in the form of a planar helical antenna, are arranged on the at least one first circuit board , wherein the helical antenna turns , at least for the most part, run in the second direction (x), wherein the antenna module has at least one first LTE 5G telephone antenna arranged on a second circuit board having a second height in the first direction (z) and a second width in a third direction (y) that is different from the first and second directions (x), in particular wherein the third direction (y) is at an angle with respect to the first and second directions (z, x) that is between 80° and 100°, and that is preferably 90°, characterized in that the at least one first LTE 5G telephone antenna has a first antenna arm , which is associated with a first frequency range, in particular for frequencies greater than 1 GHz, and a second antenna arm , which is associated with a second frequency range, in particular for frequencies less than 1 GHz, wherein the first and the second antenna arm are capacitively coupled to one another and are galvanically isolated from one another. the antenna module has an antenna unit comprising the combined AM-FM antenna and the DAB antenna , wherein the antenna unit has at least one first circuit board having a first height in a first direction (z) and a first width in a second direction (x) that is perpendicular to the first direction (z), wherein helical antenna turns of the AM-FM antenna and/or DAB antenna , at least part of which is in the form of a planar helical antenna, are arranged on the at least one first circuit board , wherein the helical antenna turns , at least for the most part, run in the second direction (x), wherein the antenna module has at least one first LTE 5G telephone antenna arranged on a second circuit board having a second height in the first direction (z) and a second width in a third direction (y) that is different from the first and second directions (x), in particular wherein the third direction (y) is at an angle with respect to the first and second directions (z, x) that is between 80° and 100°, and that is preferably 90°, characterized in that the at least one first LTE 5G telephone antenna has a first antenna arm , which is associated with a first frequency range, in particular for frequencies greater than 1 GHz, and a second antenna arm , which is associated with a second frequency range, in particular for frequencies less than 1 GHz, wherein the first and the second antenna arm are capacitively coupled to one another and are galvanically isolated from one another.
Method for controlling the drying process of hides, or similar products, in the tanning industry, wherein in a drying environment a plurality of support means each suitable for receiving one or more hides (P), having a known moisture content, are provided, said method being characterized in that, through weight sensors associated with one or more of said support means , the weight of said hides (P) is substantially continuously detected, the detected weight values being substantially continuously transmitted to a control unit which, depending thereon and on the value of said known moisture content of said hides (P), substantially continuously calculates the instantaneous moisture value of said hides (P) during the drying process and based thereon automatically controls at least one of the following working parameters: the temperature of the air in the drying environment, the relative humidity of the air in the drying environment, the drying time, the speed of an air flow over the surface of said hides (P) in said drying environment.
A light curtain having a transmitter strip comprising a plurality of transmitters emitting light beams , each having a transmitter axis, and a receiver strip comprising a plurality of receivers receiving light beams , each having a receiver axis, wherein the number of transmitters corresponds to the number of receivers , each transmitter forms a light scanner with a receiver associated therewith, and the transmitter axis and the receiver axis of the light scanner converge at an angle of less than 180°, characterised in that an inclination adjustment is provided for the transmitter strip and the receiver strip , the inclination adjustment being designed to adapt the light curtain to the detection of objects with specific object heights.
A method for evaluating the risk of developing a drug hypersensitivity reaction in a patient comprising the step of detecting the presence of HLA-B*1301 allele, wherein the presence of the HLA-B*1301 allele indicates the patient has a higher risk of developing drug hypersensitivity reaction compared to a subject without the HLA-B*1301 allele, wherein the drug is sulfamethoxazole and the drug hypersensitivity reaction is severe cutaneous adverse drug reactions (SCAR), maculopapular eruption or fixed drug eruption.
Method for manufacturing fibre composite components, by an infusion method for infusing matrix material, wherein the method for manufacturing comprises the following steps: - providing a dry fibre composite preform of the component, - in a first step providing a semi-permeable membrane which is gas-permeable and matrix-material-impermeable arranged at least around one side of the fibre composite preform , matrix being feedable around the preform and inside the semi-permeable membrane , and - providing curing tools onto the semi-permeable membrane such that the semi-permeable membrane is located between the curing tools and the preform , the curing tools being adjusted to the preform , - afterwards creating vacuum inside the semi-permeable membrane , and - removing the curing tools from the semi-permeable membrane , - in a second step providing a vacuum bag which is impermeable to gaseous material and matrix material arranged around the semi-permeable membrane , and - providing the curing tools onto the vacuum bag , such that the vacuum bag and the semi-permeable membrane are located between the curing tools and the preform , the curing tools being adjusted to the preform , - afterwards generating vacuum inside the semi-permeable membrane and the vacuum bag , - communicating the inside of the semi-permeable membrane with a matrix material reservoir which is infused into the preform , - curing the preform , - demoulding the cured preform from the curing tools . - providing a dry fibre composite preform of the component, - in a first step providing a semi-permeable membrane which is gas-permeable and matrix-material-impermeable arranged at least around one side of the fibre composite preform , matrix being feedable around the preform and inside the semi-permeable membrane , and - providing curing tools onto the semi-permeable membrane such that the semi-permeable membrane is located between the curing tools and the preform , the curing tools being adjusted to the preform , - afterwards creating vacuum inside the semi-permeable membrane , and - removing the curing tools from the semi-permeable membrane , - in a second step providing a vacuum bag which is impermeable to gaseous material and matrix material arranged around the semi-permeable membrane , and - providing the curing tools onto the vacuum bag , such that the vacuum bag and the semi-permeable membrane are located between the curing tools and the preform , the curing tools being adjusted to the preform , - afterwards generating vacuum inside the semi-permeable membrane and the vacuum bag , - communicating the inside of the semi-permeable membrane with a matrix material reservoir which is infused into the preform , - curing the preform , - demoulding the cured preform from the curing tools .
Drying system comprising at least one first tube comprising a heating wire in the form of an ohmic heater and a heat-conducting liquid, the first tube further comprising extensions in the form of sleeves or tubes which can be introduced into a masonry and which are provided for drying the masonry and which are in heat connection at least with the first tube, characterized in that the projections in the form of sleeves or tubes are provided for drying the masonry and which are in heat connection at least with the first tube.
Method for filtering a platinum bath by electrodialysis, the platinum bath (B) containing Cl - ions and Na + ions, the method comprising consecutive steps of: - extracting fluid from the platinum bath (B) by means of an extraction current ; - filtering the fluid extracted during the extraction step, carried out by electrodialysis in a filtering device comprising an electrodialysis reactor (R); - supplying the platinum bath (B) with the fluid from the filtering step, by means of a filtered bath current ; all of these steps being carried out in a continuous flow, and the filtering step being carried out when the concentration of Cl - ions in the platinum bath (B) is greater than or equal to a first predetermined threshold value, or the concentration of Na + ions in the platinum bath (B) is greater than or equal to a second predetermined threshold value. - extracting fluid from the platinum bath (B) by means of an extraction current ; - filtering the fluid extracted during the extraction step, carried out by electrodialysis in a filtering device comprising an electrodialysis reactor (R); - supplying the platinum bath (B) with the fluid from the filtering step, by means of a filtered bath current ;
Temporo-mandibular prosthesis comprising a glenoid part and a condylar part intended to be articulated relative to the glenoid part in a service position in which said glenoid part and condylar part are rigidly fixed to a temporal bone and a mandible of a patient, respectively, said glenoid part comprising : - a glenoid support made in a metallic material; and - a glenoid insert made in a non-metallic material, preferably in a polymeric material, and defining a seat for a head of said condylar part to define said articulation, wherein the glenoid support defines a housing having an opening through which said glenoid insert is insertable into said housing, said opening opening on an external side (E) of said glenoid support , the external side being the side of said glenoid support which is oriented towards the skin of the patient in the service position, characterised in that the glenoid support comprises a tab configurable in a passive position and in an active position in which said tab allows and forbids, respectively, the insertion and the extraction, respectively, of said glenoid insert into and out of said housing, respectively. - a glenoid support made in a metallic material; and - a glenoid insert made in a non-metallic material, preferably in a polymeric material, and defining a seat for a head of said condylar part to define said articulation, wherein the glenoid support defines a housing having an opening through which said glenoid insert is insertable into said housing, said opening opening on an external side (E) of said glenoid support , the external side being the side of said glenoid support which is oriented towards the skin of the patient in the service position, characterised in that the glenoid support comprises a tab configurable in a passive position and in an active position in which said tab allows and forbids, respectively, the insertion and the extraction, respectively, of said glenoid insert into and out of said housing, respectively.
Luminaire , comprising: a light guide plate having two planar sides which are interconnected by an end face , and lamps for coupling light into the light guide plate via the end face , wherein the light guide plate has a plurality of through openings connecting the two planar sides in order to deflect the light coupled into the light guide plate per lamp in the light guide plate , the through openings are through gaps which have an elongate shape when viewed in a plan view of the light guide plate , wherein the light guide plate has decoupling regions for decoupling the light coupled into the light guide plate by the lamps out of the light guide plate , wherein the through openings are provided between the lamps and the decoupling regions , and wherein the decoupling regions are distributed in a defined uniform and/or symmetrical manner over one of the planar sides of the light guide plate and are arranged in a strip-like, grid-like or matrix-like manner, characterized in that the decoupling regions are provided as a reflective printing on at least one of the planar sides in order to deflect the light to the opposite planar side and to decouple it out of the light guide plate via this side, and wherein a reflector element and/or scattering element is provided on the planar side opposite the decoupling or on sides of the decoupling regions , which element is provided so as to be movable perpendicularly to the plane of extension of the planar side in order to change the distance to the planar side . a light guide plate having two planar sides which are interconnected by an end face , and lamps for coupling light into the light guide plate via the end face , wherein the light guide plate has a plurality of through openings connecting the two planar sides in order to deflect the light coupled into the light guide plate per lamp in the light guide plate , the through openings are through gaps which have an elongate shape when viewed in a plan view of the light guide plate , wherein the light guide plate has decoupling regions for decoupling the light coupled into the light guide plate by the lamps out of the light guide plate , wherein the through openings are provided between the lamps and the decoupling regions , and wherein the decoupling regions are distributed in a defined uniform and/or symmetrical manner over one of the planar sides of the light guide plate and are arranged in a strip-like, grid-like or matrix-like manner, characterized in that the decoupling regions are provided as a reflective printing on at least one of the planar sides in order to deflect the light to the opposite planar side and to decouple it out of the light guide plate via this side, and wherein a reflector element and/or scattering element is provided on the planar side opposite the decoupling or on sides of the decoupling regions , which element is provided so as to be movable perpendicularly to the plane of extension of the planar side in order to change the distance to the planar side .
A reconfigurable noise cancellation system comprising: an interpolator for converting a digital audio signal generated by a digital signal processor from a first sample rate of 48 kHz to a second sample rate of 3 or 6 MHz; at least one sensor (112; 114; 116; 212; 214) producing a raw sensor signal at the second sample rate; and a reconfigurable acoustic processor, RAP (150; 250), coupled to the interpolator and to the at least one sensor (112; 114; 116; 212; 214), operating at the second sample rate and including a plurality of programmable filters (BQ0-BQ6), a plurality of controllable gain stages (M0-M6) coupled to respective ones of the plurality of programmable filters, adders (A0-A2) structured to combine outputs of the plurality of controllable gain stages (M0-M6), and an audio output (110; 210) coupled to at least one of the adders (A0-A2) for outputting an output audio signal modified by the raw sensor signal received by the RAP (150; 250) from the at least one sensor (112; 114; 116; 212; 214) without any intermediate processing in real-time with a maximum computational delay of 2.5 μs. an interpolator for converting a digital audio signal generated by a digital signal processor from a first sample rate of 48 kHz to a second sample rate of 3 or 6 MHz; at least one sensor (112; 114; 116; 212; 214) producing a raw sensor signal at the second sample rate; and a reconfigurable acoustic processor, RAP (150; 250), coupled to the interpolator and to the at least one sensor (112; 114; 116; 212; 214), operating at the second sample rate and including a plurality of programmable filters (BQ0-BQ6), a plurality of controllable gain stages (M0-M6) coupled to respective ones of the plurality of programmable filters, adders (A0-A2) structured to combine outputs of the plurality of controllable gain stages (M0-M6), and an audio output (110; 210) coupled to at least one of the adders (A0-A2) for outputting an output audio signal modified by the raw sensor signal received by the RAP (150; 250) from the at least one sensor (112; 114; 116; 212; 214) without any intermediate processing in real-time with a maximum computational delay of 2.5 μs.
A linear actuator comprising: a piston assembly ; an attachment member ; a universal mounting housing comprising a housing having a wall for surrounding the piston assembly , the wall having an inner surface to receive the piston assembly , the wall has an outer surface including at least one bore to enable securement of the housing ; the at least one bore has an axis , an axial open portion extends along the axis of the at least one bore , the at least one bore enabling passage of the attachment member , the at least one bore having a first and second diameter portion , the first diameter portion extends along a length of the axial open portion , the diameter being of a size necessitating the attachment member to be axially moved into the at least one bore , the second diameter portion being larger than the first diameter portion , the second diameter portion extends along a length of the axial open portion and receives a head portion of the attachment member . a piston assembly ; an attachment member ; a universal mounting housing comprising a housing having a wall for surrounding the piston assembly , the wall having an inner surface to receive the piston assembly , the wall has an outer surface including at least one bore to enable securement of the housing ; the at least one bore has an axis , an axial open portion extends along the axis of the at least one bore , the at least one bore enabling passage of the attachment member , the at least one bore having a first and second diameter portion , the first diameter portion extends along a length of the axial open portion , the diameter being of a size necessitating the attachment member to be axially moved into the at least one bore , the second diameter portion being larger than the first diameter portion , the second diameter portion extends along a length of the axial open portion and receives a head portion of the attachment member .