mhurhangee/patent-ind-claim-en huggingface dataset:
Fastening device for a sanitary installation, having - a support body to which at least one sanitary component or at least one sanitary assembly can be attached - a first mounting body and a second mounting body spaced from the first mounting body , the first mounting body being connected to the support body and adapted to be secured to a first drywall profile of a stud frame, and the second mounting body being connected to the support body and adapted to be secured to a second drywall profile of the stud frame spaced from the first drywall profile , and - an adjustment mechanism by means of which the distance between the support body and the first and second mounting bodies and the distance between the first mounting body and the second mounting body can be varied; characterized in that the support body is formed as a grooved plate with a plurality of grooves (18a-18c), wherein the adjustment mechanism comprises a rail system with two adjustment clamping bodies , wherein - the first mounting body is connected to a first adjustment clamping body and the first adjustment clamping body is displaceable and clampable in a first groove of the support body , and - the second mounting body is connected to a second adjustment clamping body and the second adjustment clamping body is displaceable and clampable in a second groove of the support body . - a support body to which at least one sanitary component or at least one sanitary assembly can be attached - a first mounting body and a second mounting body spaced from the first mounting body , the first mounting body being connected to the support body and adapted to be secured to a first drywall profile of a stud frame, and the second mounting body being connected to the support body and adapted to be secured to a second drywall profile of the stud frame spaced from the first drywall profile , and - an adjustment mechanism by means of which the distance between the support body and the first and second mounting bodies and the distance between the first mounting body and the second mounting body can be varied; - the first mounting body is connected to a first adjustment clamping body and the first adjustment clamping body is displaceable and clampable in a first groove of the support body , and - the second mounting body is connected to a second adjustment clamping body and the second adjustment clamping body is displaceable and clampable in a second groove of the support body .
An apparatus configured to be employed in a UE, User Equipment , comprising: a memory interface; and processing circuitry configured to: processing a DCI, Downlink Control Information, message that comprises a single beam indication field, wherein the single beam indication field comprises an associated beam index that indicates, for an associated channel, an associated beam of an associated BPL, Beam Pair Link, wherein the associated channel for the single beam indication field is one of a data channel or a first control SS, Search Space, wherein a flag precedes the associated beam index of the single beam indication field such that the single beam indication field has a format of {Flag, Associated Beam Index}, the flag comprising one bit that indicates whether the associated channel for the single beam indication field is the data channel when the flag has a value of o, and wherein the flag indicates the first control SS when the flag has a value of 1; and send, for the single beam indication field, the associated beam index to a memory via the memory interface. a memory interface; and processing circuitry configured to: processing a DCI, Downlink Control Information, message that comprises a single beam indication field, wherein the single beam indication field comprises an associated beam index that indicates, for an associated channel, an associated beam of an associated BPL, Beam Pair Link, wherein the associated channel for the single beam indication field is one of a data channel or a first control SS, Search Space, wherein a flag precedes the associated beam index of the single beam indication field such that the single beam indication field has a format of {Flag, Associated Beam Index}, the flag comprising one bit that indicates whether the associated channel for the single beam indication field is the data channel when the flag has a value of o, and wherein the flag indicates the first control SS when the flag has a value of 1; and send, for the single beam indication field, the associated beam index to a memory via the memory interface. processing a DCI, Downlink Control Information, message that comprises a single beam indication field, wherein the single beam indication field comprises an associated beam index that indicates, for an associated channel, an associated beam of an associated BPL, Beam Pair Link, wherein the associated channel for the single beam indication field is one of a data channel or a first control SS, Search Space, wherein a flag precedes the associated beam index of the single beam indication field such that the single beam indication field has a format of {Flag, Associated Beam Index}, the flag comprising one bit that indicates whether the associated channel for the single beam indication field is the data channel when the flag has a value of o, and wherein the flag indicates the first control SS when the flag has a value of 1; and send, for the single beam indication field, the associated beam index to a memory via the memory interface.
A printed matter comprising: a recording medium ; a chromatic color layer formed, with a chromatic colorant, on the recording medium ; a plurality of first regions formed with a transparent material and arranged at intervals on the chromatic color layer ; and a plurality of second regions each of which is disposed between adjacent two of the plurality of first regions , wherein a first unit material amount calculated by dividing an amount of the transparent material in the plurality of first regions with an area of the plurality of first regions is different from a second unit material amount calculated by dividing an amount of the transparent material in the plurality of second regions with an area of the plurality of second regions , wherein the second unit material amount is optionally zero; and wherein the chromatic color layer includes: a plurality of first chromatic regions including the chromatic colorant; and a plurality of second chromatic regions including the chromatic colorant and having a saturation higher than a saturation of the plurality of first chromatic regions , wherein the plurality of first regions is on the plurality of first chromatic regions , respectively, wherein the plurality of second regions is on the plurality of second chromatic regions , respectively, and wherein the first unit material amount is greater than the second unit material amount. a recording medium ; a chromatic color layer formed, with a chromatic colorant, on the recording medium ; a plurality of first regions formed with a transparent material and arranged at intervals on the chromatic color layer ; and a plurality of second regions each of which is disposed between adjacent two of the plurality of first regions , wherein a first unit material amount calculated by dividing an amount of the transparent material in the plurality of first regions with an area of the plurality of first regions is different from a second unit material amount calculated by dividing an amount of the transparent material in the plurality of second regions with an area of the plurality of second regions , wherein the second unit material amount is optionally zero; and wherein the chromatic color layer includes: a plurality of first chromatic regions including the chromatic colorant; and a plurality of second chromatic regions including the chromatic colorant and having a saturation higher than a saturation of the plurality of first chromatic regions , a plurality of first chromatic regions including the chromatic colorant; and a plurality of second chromatic regions including the chromatic colorant and having a saturation higher than a saturation of the plurality of first chromatic regions , wherein the plurality of first regions is on the plurality of first chromatic regions , respectively, wherein the plurality of second regions is on the plurality of second chromatic regions , respectively, and wherein the first unit material amount is greater than the second unit material amount.
A labelling machine comprising: a supply spool support adapted to receive a supply spool of web supporting a plurality of labels ; a take-up spool support adapted to form a take-up spool of web from which at least some labels have been removed, wherein a web path is defined between the supply spool and the take-up spool ; a motor arranged to turn the take-up spool; a controller to control operation of the motor; characterized in that the labelling machine further comprises: a linear displacement sensor operable to measure linear displacement of the web , and provide a signal indicative thereof; wherein the controller is operable to receive the signal provided by the linear displacement sensor and control the motor to turn the take-up spool based upon the received signal so as to cause controlled predetermined linear movement of the web along the web path and onto the take-up spool . a supply spool support adapted to receive a supply spool of web supporting a plurality of labels ; a take-up spool support adapted to form a take-up spool of web from which at least some labels have been removed, wherein a web path is defined between the supply spool and the take-up spool ; a motor arranged to turn the take-up spool; a controller to control operation of the motor; characterized in that the labelling machine further comprises: a linear displacement sensor operable to measure linear displacement of the web , and provide a signal indicative thereof; wherein the controller is operable to receive the signal provided by the linear displacement sensor and control the motor to turn the take-up spool based upon the received signal so as to cause controlled predetermined linear movement of the web along the web path and onto the take-up spool . a linear displacement sensor operable to measure linear displacement of the web , and provide a signal indicative thereof; wherein the controller is operable to receive the signal provided by the linear displacement sensor and control the motor to turn the take-up spool based upon the received signal so as to cause controlled predetermined linear movement of the web along the web path and onto the take-up spool .
A drug delivery system comprising a decellularized corneal stroma scaffold having dispersed within and/or bound to the surface microparticles containing at least one pharmaceutically active molecule dispersed in a matrix having a composition comprising at least 70% w/w of polylactic co-glycolic acid (PLGA).
A method of wireless communication performed by a user equipment , to establish an RRC connection with a base station , comprising: receiving random access channel, RACH, configuration information on a downlink carrier of a first set of carriers, the first set of carriers including a primary uplink carrier of a first frequency band, which is a higher frequency band than a second frequency band associated with a supplementary uplink carrier included by a second set of carriers, wherein the RACH configuration information pertains to the first set of carriers and to the second set of carriers, wherein the RACH configuration information includes a threshold, wherein the user equipment is configured to select a particular set of carriers, of the first set of carriers and the second set of carriers, to use to perform the RACH procedure based on whether the threshold is satisfied; and selectively performing a RACH procedure with regard to the first set of carriers or the second set of carriers based at least in part on the RACH configuration information, characterized in that : the user equipment is configured to perform the RACH procedure with regard to a particular set of carriers, of the first set of carriers and the second set of carriers, based on a value received by the user equipment and indicating to perform the RACH procedure with regard to the particular set of carriers, irrespective of the threshold. receiving random access channel, RACH, configuration information on a downlink carrier of a first set of carriers, the first set of carriers including a primary uplink carrier of a first frequency band, which is a higher frequency band than a second frequency band associated with a supplementary uplink carrier included by a second set of carriers, wherein the RACH configuration information pertains to the first set of carriers and to the second set of carriers, wherein the RACH configuration information includes a threshold, wherein the user equipment is configured to select a particular set of carriers, of the first set of carriers and the second set of carriers, to use to perform the RACH procedure based on whether the threshold is satisfied; and selectively performing a RACH procedure with regard to the first set of carriers or the second set of carriers based at least in part on the RACH configuration information, characterized in that : the user equipment is configured to perform the RACH procedure with regard to a particular set of carriers, of the first set of carriers and the second set of carriers, based on a value received by the user equipment and indicating to perform the RACH procedure with regard to the particular set of carriers, irrespective of the threshold.
A receiver unit comprising a) a plurality of moveable membranes, and b) a moving armature type motor being adapted to drive a first and a second moveable membrane in accordance with an incoming electrical drive signal, wherein the first and second moveable membranes have different frequency responses, and wherein a combined acoustical back volume is formed by a combination of two or more acoustical back volumes, and wherein the moving armature type motor is positioned within said combined acoustical back volume. a) a plurality of moveable membranes, and b) a moving armature type motor being adapted to drive a first and a second moveable membrane in accordance with an incoming electrical drive signal,
A self-locking threaded connection element comprising a thread with a set of several turns, wherein the thread comprises a thread pitch which varies from one turn to another, wherein the thread comprises a first group of turns which includes a number of turns wherein the thread pitch is increasing, followed by a second number of turns wherein the thread pitch is decreasing, or the reverse, characterised in that the set of turns comprises: - first turn, with a thread pitch value equal to a reference value (P); - second turn, with a thread pitch value increased by 0.08 mm with respect to the reference value (P); - third turn, with a thread pitch value increased by 0.16 mm with respect to the reference value (P); - fourth turn, with a thread pitch value increased by 0.12 mm with respect to the reference value (P); - fifth turn, with a thread pitch value increased by 0.08 mm with respect to the reference value (P); and - sixth turn, with a thread pitch value equal to the reference value (P); and - seventh turn, with a thread pitch value equal to the reference value (P). - first turn, with a thread pitch value equal to a reference value (P); - second turn, with a thread pitch value increased by 0.08 mm with respect to the reference value (P); - third turn, with a thread pitch value increased by 0.16 mm with respect to the reference value (P); - fourth turn, with a thread pitch value increased by 0.12 mm with respect to the reference value (P); - fifth turn, with a thread pitch value increased by 0.08 mm with respect to the reference value (P); and - sixth turn, with a thread pitch value equal to the reference value (P); and - seventh turn, with a thread pitch value equal to the reference value (P).
A device comprising: a communication interface ; a memory configured to store a plurality of USB descriptors accessible by a host computing system communicatively connected to the communication interface , the plurality of descriptors including: an extended capability descriptor including a header and at least one element, wherein the extended capability descriptor includes at least one element indicating the existence of an alternate extended descriptor set, characterized in that the extended capability descriptor provides an identification of a minimum operating system version able to support the alternate extended descriptor set; and one or more extended descriptors included in the alternate extended descriptor set, the one or more extended descriptors recognizable to a host computing system executing at least the minimum operating system version and useable to enumerate the device thereon. a communication interface ; a memory configured to store a plurality of USB descriptors accessible by a host computing system communicatively connected to the communication interface , the plurality of descriptors including: an extended capability descriptor including a header and at least one element, wherein the extended capability descriptor includes at least one element indicating the existence of an alternate extended descriptor set, characterized in that the extended capability descriptor provides an identification of a minimum operating system version able to support the alternate extended descriptor set; and one or more extended descriptors included in the alternate extended descriptor set, the one or more extended descriptors recognizable to a host computing system executing at least the minimum operating system version and useable to enumerate the device thereon. an extended capability descriptor including a header and at least one element, wherein the extended capability descriptor includes at least one element indicating the existence of an alternate extended descriptor set, characterized in that the extended capability descriptor provides an identification of a minimum operating system version able to support the alternate extended descriptor set; and one or more extended descriptors included in the alternate extended descriptor set, the one or more extended descriptors recognizable to a host computing system executing at least the minimum operating system version and useable to enumerate the device thereon.
System comprising a plug connector module frame having a plurality of latching elements along two module frame side walls for the purpose of fastening contact carrier modules , which have a mating latching geometry which corresponds to the latching elements , and comprising one or more adapter elements for being fastened to the module frame side wall or walls without using a tool, in order by means of the adapter elements to fasten to said module frame side wall or walls contact carrier modules with a mating latching geometry which does not correspond to the latching elements and is different therefrom, wherein the adapter elements are formed such that they in each case comprise a web which is adjoined in an integral manner by a frame part with a window-like opening for the latching in each case to the latching element and the mating latching geometry which does not correspond thereto.
A device for receiving acoustic waves comprising: - an acoustic antenna able to have an electrostatic microphone function distributed along a line (L) of the acoustic antenna comprising a conductor (A) and a dielectric material (D), the line (L) being a transmission line or being configured to have a transmission line function when the dielectric material is in direct physical contact with another conductor, - an exciter (EX) configured to apply, during a reception step, an input signal at a first longitudinal end (E1) of the line (L) so as to generate an input electromagnetic wave moving towards a second longitudinal end (E2) of the line (L) and so as to generate an output electromagnetic wave moving in the opposite direction to the input electromagnetic wave, said device being characterised in that : - said input signal is an input voltage; - the input voltage simultaneously comprises a set of sinusoidal voltages comprising a fundamental sinusoidal voltage and a set of harmonics of the fundamental sinusoidal voltage, with the frequency of the fundamental sinusoidal voltage being defined such that standing waves are established in the line (L) such that the output electromagnetic wave comprises directional paths of the acoustic antenna. - an acoustic antenna able to have an electrostatic microphone function distributed along a line (L) of the acoustic antenna comprising a conductor (A) and a dielectric material (D), the line (L) being a transmission line or being configured to have a transmission line function when the dielectric material is in direct physical contact with another conductor, - an exciter (EX) configured to apply, during a reception step, an input signal at a first longitudinal end (E1) of the line (L) so as to generate an input electromagnetic wave moving towards a second longitudinal end (E2) of the line (L) and so as to generate an output electromagnetic wave moving in the opposite direction to the input electromagnetic wave, - said input signal is an input voltage; - the input voltage simultaneously comprises a set of sinusoidal voltages comprising a fundamental sinusoidal voltage and a set of harmonics of the fundamental sinusoidal voltage, with the frequency of the fundamental sinusoidal voltage being defined such that standing waves are established in the line (L) such that the output electromagnetic wave comprises directional paths of the acoustic antenna.