mhurhangee/patent-ind-claim-en huggingface dataset:
A method performed by a user equipment, UE, for handling communication in a wireless communication network , the method comprising: - receiving configuration data indicating whether the UE should skip backoff behaviour or not, wherein skipping backoff behaviour means transmitting the preamble on a selected beam being different than the beam of the RAR without performing a backoff operation indicated in the RAR, wherein the configuration data is indicating whether the UE should skip backoff behaviour or not is for specific random access channel, RACH, access events, or specific services which trigger a RACH access; - receiving a random access response, RAR, of a random access procedure, wherein the RAR comprises an indicator indicating a load of a beam; and - transmitting a preamble in the selected beam, wherein the selected beam is selected based on the indicator. - receiving configuration data indicating whether the UE should skip backoff behaviour or not, wherein skipping backoff behaviour means transmitting the preamble on a selected beam being different than the beam of the RAR without performing a backoff operation indicated in the RAR, wherein the configuration data is indicating whether the UE should skip backoff behaviour or not is for specific random access channel, RACH, access events, or specific services which trigger a RACH access; - receiving a random access response, RAR, of a random access procedure, wherein the RAR comprises an indicator indicating a load of a beam; and - transmitting a preamble in the selected beam, wherein the selected beam is selected based on the indicator.
A data cable , comprising: at least a first twisted pair of insulated conductors and a second twisted pair of insulated conductors; a filler separating the first twisted pair of insulated conductors from the second twisted pair of insulated conductors; and a multi-layer conductive barrier tape having a first lateral edge and a second lateral edge , and comprising a conductive material in a form of a conductive material layer, contained between two layers of a dielectric material, wherein the multilayer conductive barrier tape surrounds the twisted pairs of insulated conductors and the filler in such manner that the filler provides a support base for the multilayer conductive barrier tape, the data cable being characterized in that the conductive material extends continuously from the first lateral edge to the second lateral edge of the multilayer conductive barrier tape . at least a first twisted pair of insulated conductors and a second twisted pair of insulated conductors; a filler separating the first twisted pair of insulated conductors from the second twisted pair of insulated conductors; and a multi-layer conductive barrier tape having a first lateral edge and a second lateral edge , and comprising a conductive material in a form of a conductive material layer, contained between two layers of a dielectric material, wherein the multilayer conductive barrier tape surrounds the twisted pairs of insulated conductors and the filler in such manner that the filler provides a support base for the multilayer conductive barrier tape, the data cable being characterized in that the conductive material extends continuously from the first lateral edge to the second lateral edge of the multilayer conductive barrier tape .
Certificate token for providing a digital certificate of a user, the certificate token comprising: a memory which comprises a request data record for transmitting the digital certificate of the user, the request data record comprising a signed personal date of the user and a public certificate key of the digital certificate; and a communication interface which is configured to provide the request data record for transmission via a communication network to an electronic certification service and to receive the digital certificate of the user from the electronic certification service in order to provide the digital certificate, characterized in that the request data record is signed with a private signature key of a production system with which the certificate token was produced. a memory which comprises a request data record for transmitting the digital certificate of the user, the request data record comprising a signed personal date of the user and a public certificate key of the digital certificate; and a communication interface which is configured to provide the request data record for transmission via a communication network to an electronic certification service and to receive the digital certificate of the user from the electronic certification service in order to provide the digital certificate, characterized in that the request data record is signed with a private signature key of a production system with which the certificate token was produced.
A method, comprising: receiving , by a machine type communication user equipment, parameters for frequency hopping in downlink or uplink, wherein the parameters comprise "X," "Y," and "Z" parameters, "X" corresponds to a duration for which the same physical resource blocks are used for transmission, "Y" corresponds to a frequency hopping period, and "Z" corresponds to a frequency hopping pattern indication, wherein "Y" corresponds to ceiling (K/n), "K" corresponds to a number of repetitions, "n" is an integer greater than or equal to 2, and "n" is the number of hops in one data transmission configured by an evolved Node B; and performing frequency hopping in accordance with the parameters. receiving , by a machine type communication user equipment, parameters for frequency hopping in downlink or uplink, wherein the parameters comprise "X," "Y," and "Z" parameters, "X" corresponds to a duration for which the same physical resource blocks are used for transmission, "Y" corresponds to a frequency hopping period, and "Z" corresponds to a frequency hopping pattern indication, wherein "Y" corresponds to ceiling (K/n), "K" corresponds to a number of repetitions, "n" is an integer greater than or equal to 2, and "n" is the number of hops in one data transmission configured by an evolved Node B; and performing frequency hopping in accordance with the parameters.
A haptic feedback device , comprising: a mechanical ground ; a haptic surface ; a plurality of connection points (326-1, 326-2) connected to the mechanical ground; and a plurality of connection points connected to the haptic surface; characterized in that the haptic feedback device also comprises: a spring wire biasing the haptic surface a set distance from the mechanical ground , the spring wire having: a first series of coils (222-1,222-2) around the plurality of connection points connected to the mechanical ground, a second series of coils around the plurality of connection points connected to the haptic surface, and a series of angled segments (224-1,224-2) joining the first and second series of coils; and an electroreactive wire configured, in response to the application of an electrical input, to move the plurality of connection points connected to the mechanical ground, or the plurality of connection points connected to the haptic surface, together to urge the haptic surface away from the mechanical ground. a mechanical ground ; a haptic surface ; a plurality of connection points (326-1, 326-2) connected to the mechanical ground; and a plurality of connection points connected to the haptic surface; characterized in that the haptic feedback device also comprises: a spring wire biasing the haptic surface a set distance from the mechanical ground , the spring wire having: a first series of coils (222-1,222-2) around the plurality of connection points connected to the mechanical ground, a second series of coils around the plurality of connection points connected to the haptic surface, and a series of angled segments (224-1,224-2) joining the first and second series of coils; and a first series of coils (222-1,222-2) around the plurality of connection points connected to the mechanical ground, a second series of coils around the plurality of connection points connected to the haptic surface, and a series of angled segments (224-1,224-2) joining the first and second series of coils; and an electroreactive wire configured, in response to the application of an electrical input, to move the plurality of connection points connected to the mechanical ground, or the plurality of connection points connected to the haptic surface, together to urge the haptic surface away from the mechanical ground.
A refrigerator with a vegetable room for storing vegetables, the vegetable room comprising: a storage chamber (135; 135a; 135b; 135c) configured to keep food items in storage therein; a controller configured to adjust pressure within the storage chamber; and a vacuum pump configured to draw in air within the airtight storage chamber, wherein the controller includes a plurality of operation modes for selectively adjusting pressure according to a storage item kept in storage within the storage chamber (135; 135a; 135b; 135c), characterized in that the plurality of operation modes include a vegetable mode, a fruit mode, and a mixture mode according to a food item kept in storage in the storage chamber (135; 135a; 135b; 135c). a storage chamber (135; 135a; 135b; 135c) configured to keep food items in storage therein; a controller configured to adjust pressure within the storage chamber; and a vacuum pump configured to draw in air within the airtight storage chamber, wherein the controller includes a plurality of operation modes for selectively adjusting pressure according to a storage item kept in storage within the storage chamber (135; 135a; 135b; 135c), characterized in that the plurality of operation modes include a vegetable mode, a fruit mode, and a mixture mode according to a food item kept in storage in the storage chamber (135; 135a; 135b; 135c).
Capacitor pack for a motor-vehicle power electronic module of the type comprising a plurality of capacitors , a busbar of positive polarity and a busbar of negative polarity which are held together without electrical contact by means of an insulating holder and are intended to be electrically connected to a positive terminal (HV+) and to a negative terminal (HV-), respectively, of said power electronic module , said busbar of positive polarity and said busbar of negative polarity comprising, respectively, a positive plate for assembly with the capacitors and a negative plate for assembly with the capacitors , characterized in that it comprises an LC differential filter which is incorporated within said capacitor pack and is capable of being connected to an onboard network of said motor vehicle.
A method comprising: determining , by a parent IAB node, a channel occupancy time structure that supports bi-directional wireless communication; initiating a communication from the parent IAB node to a child IAB node based on the channel occupancy time structure; sending an indication from the parent IAB node to the child IAB node, the indication being configured to cause a time gap in the channel occupancy time structure and the indication indicates that the time gap is followed by a pre-configured number of symbols, during which the parent IAB node continues to transmit to any UE or IAB node other than the child IAB node; generating the time gap in the channel occupancy time structure; and after the pre-configured number of symbols, continuing the communication from the parent IAB node to the child IAB node according to the channel occupancy time structure. determining , by a parent IAB node, a channel occupancy time structure that supports bi-directional wireless communication; initiating a communication from the parent IAB node to a child IAB node based on the channel occupancy time structure; sending an indication from the parent IAB node to the child IAB node, the indication being configured to cause a time gap in the channel occupancy time structure and the indication indicates that the time gap is followed by a pre-configured number of symbols, during which the parent IAB node continues to transmit to any UE or IAB node other than the child IAB node; generating the time gap in the channel occupancy time structure; and after the pre-configured number of symbols, continuing the communication from the parent IAB node to the child IAB node according to the channel occupancy time structure.
A compression driver , comprising: a phasing plug including a base portion having a first side and an opposed second side , and including a hub portion extending outwardly from the first side along a central axis , the hub portion including an outer surface and a first end proximate to the base portion and a second end disposed at a distance from the base portion , the base portion including a plurality of apertures that extend therethrough from the first side to the second side , the apertures arranged generally circumferentially about the central axis and oriented generally parallel to the outer surface of the hub portion ; a diaphragm disposed adjacent the phasing plug second side ; a compression chamber defined between the diaphragm and the phasing plug ; and a housing positioned on the phasing plug first side , the housing having a central aperture generally aligned with the hub portion and forming an exit of the compression driver , the housing having an inner surface which forms a waveguide with the outer surface of the hub portion , characterised in that the outer surface of the hub portion is having a sawtooth type of pattern or a sinusoidal type of pattern that corresponds to a configuration of the plurality of apertures . a phasing plug including a base portion having a first side and an opposed second side , and including a hub portion extending outwardly from the first side along a central axis , the hub portion including an outer surface and a first end proximate to the base portion and a second end disposed at a distance from the base portion , the base portion including a plurality of apertures that extend therethrough from the first side to the second side , the apertures arranged generally circumferentially about the central axis and oriented generally parallel to the outer surface of the hub portion ; a diaphragm disposed adjacent the phasing plug second side ; a compression chamber defined between the diaphragm and the phasing plug ; and a housing positioned on the phasing plug first side , the housing having a central aperture generally aligned with the hub portion and forming an exit of the compression driver , the housing having an inner surface which forms a waveguide with the outer surface of the hub portion , characterised in that the outer surface of the hub portion is having a sawtooth type of pattern or a sinusoidal type of pattern that corresponds to a configuration of the plurality of apertures .
Method for controlling a process for writing gratings into an optical fiber comprising the steps of: - guiding at least two excitation laser beams on and/or into the optical fiber , - receiving reflected radiation due to the impact of the at least two excitation laser beams , - evaluation of the reflected radiation and determining the focal points of the at least two excitation laser beams , - determining and/or adjustment of a position of the optical fiber with respect to the focal points of the at least two excitation laser beams , characterized by the steps of: - guiding said at least two excitation laser beams on and/or into the optical fiber in such a way that fluorescence radiation is excited, - receiving and evaluation of said fluorescence radiation , and - localising the focal points of the at least two excitation laser beams in consideration of said evaluation of the fluorescence radiation and adjustment of an orientation of said excitation laser beams considering said focal point in such a way that the focal points of the at least two excitation laser beams overlap inside a core of the optical fiber . - guiding at least two excitation laser beams on and/or into the optical fiber , - receiving reflected radiation due to the impact of the at least two excitation laser beams , - evaluation of the reflected radiation and determining the focal points of the at least two excitation laser beams , - determining and/or adjustment of a position of the optical fiber with respect to the focal points of the at least two excitation laser beams , - guiding said at least two excitation laser beams on and/or into the optical fiber in such a way that fluorescence radiation is excited, - receiving and evaluation of said fluorescence radiation , and - localising the focal points of the at least two excitation laser beams in consideration of said evaluation of the fluorescence radiation and adjustment of an orientation of said excitation laser beams considering said focal point in such a way that the focal points of the at least two excitation laser beams overlap inside a core of the optical fiber .
A Zn-Mg alloy plated steel material comprising: a base steel material; and first to third Zn-Mg alloy layers sequentially disposed on the base steel material, wherein the first to third Zn-Mg alloy layers have a Zn single phase, a Mg single phase, a MgZn 2 alloy phase, and a Mg 2 Zn 11 alloy phase, an area ratio of the MgZn 2 alloy phase, comprised in the first to third Zn-Mg alloy layers, is greater than an area ratio of the Mg 2 Zn 11 alloy phase comprised in the first to third Zn-Mg alloy layers, and an area ratio of a MgZn 2 alloy phase, comprised in each of the first and third Zn-Mg alloy layers, is greater than an area ratio of the MgZn 2 alloy phase comprised in the second Zn-Mg alloy layer. a base steel material; and first to third Zn-Mg alloy layers sequentially disposed on the base steel material, wherein the first to third Zn-Mg alloy layers have a Zn single phase, a Mg single phase, a MgZn 2 alloy phase, and a Mg 2 Zn 11 alloy phase, an area ratio of the MgZn 2 alloy phase, comprised in the first to third Zn-Mg alloy layers, is greater than an area ratio of the Mg 2 Zn 11 alloy phase comprised in the first to third Zn-Mg alloy layers, and an area ratio of a MgZn 2 alloy phase, comprised in each of the first and third Zn-Mg alloy layers, is greater than an area ratio of the MgZn 2 alloy phase comprised in the second Zn-Mg alloy layer.
A catheter system , comprising: a catheter assembly , comprising: a catheter adapter , comprising a distal end , a proximal end , and a lumen extending through the distal end of the catheter adapter and the proximal end of the catheter adapter; and a catheter secured within the catheter adapter and extending distally from the distal end of catheter adapter; a needle assembly ; characterized in that the needle assembly further comprises: a needle hub , comprising: a distal end coupled to the proximal end of the catheter adapter; a proximal end ; and a flashback chamber extending through the proximal end of the needle hub, the flashback chamber having a proximal opening and a through-hole disposed at a distal end of the flashback chamber; and an introducer needle press-fit within the through-hole; wherein the catheter assembly further comprises a plug coupled to the proximal end of the needle hub, plugging the proximal opening of the flashback chamber and providing venting for the flashback chamber, the plug comprising a distal end , a proximal end , a lumen extending through the distal end of the plug and the proximal end of the plug, and a tubular section disposed between the distal end of the plug and the proximal end of the plug, wherein the proximal end of the plug comprises a luer adapter . a catheter adapter , comprising a distal end , a proximal end , and a lumen extending through the distal end of the catheter adapter and the proximal end of the catheter adapter; and a catheter secured within the catheter adapter and extending distally from the distal end of catheter adapter; a needle assembly ; characterized in that the needle assembly further comprises: a needle hub , comprising: a distal end coupled to the proximal end of the catheter adapter; a proximal end ; and a flashback chamber extending through the proximal end of the needle hub, the flashback chamber having a proximal opening and a through-hole disposed at a distal end of the flashback chamber; and an introducer needle press-fit within the through-hole; a needle hub , comprising: a distal end coupled to the proximal end of the catheter adapter; a proximal end ; and a flashback chamber extending through the proximal end of the needle hub, the flashback chamber having a proximal opening and a through-hole disposed at a distal end of the flashback chamber; and an introducer needle press-fit within the through-hole; wherein the catheter assembly further comprises a plug coupled to the proximal end of the needle hub, plugging the proximal opening of the flashback chamber and providing venting for the flashback chamber, the plug comprising a distal end , a proximal end , a lumen extending through the distal end of the plug and the proximal end of the plug, and a tubular section disposed between the distal end of the plug and the proximal end of the plug, wherein the proximal end of the plug comprises a luer adapter .
Anti-skid device with mounting from the outside for large wheels, such as those of buses, trucks, lorries and the like, comprising: - a central body intended to be placed at the hub of a wheel on which the anti-skid device has to be mounted, - a plurality of arms protruding radially from said central body and ending in terminal elements intended to be placed on the tyre tread, - means placed between said central body of the anti-skid device and the rim of the wheel, designed to bring said central body closer to the hub of the wheel, and thus to tension the anti-skid device, said means comprising an anchoring bracket which can be fixed to said rim and a tensioning device mounted in said central body of the anti-skid device, comprising a retractable rod engageable with said anchoring bracket , characterised in that - chain segments are connected to said terminal elements of the arms so as to form a ring on the tread of the tyre, and - a handwheel actuates the retractable rod in order to clamp the device closer to hub . - a central body intended to be placed at the hub of a wheel on which the anti-skid device has to be mounted, - a plurality of arms protruding radially from said central body and ending in terminal elements intended to be placed on the tyre tread, - means placed between said central body of the anti-skid device and the rim of the wheel, designed to bring said central body closer to the hub of the wheel, and thus to tension the anti-skid device, - chain segments are connected to said terminal elements of the arms so as to form a ring on the tread of the tyre, and - a handwheel actuates the retractable rod in order to clamp the device closer to hub .
A spectrum management apparatus for wireless communications, comprising: processing circuitry configured to determine, based on a spectrum sensing result with respect to an unlicensed frequency band by an LTE system in a management range of the spectrum management apparatus, spectrum time validity for the LTE system to use the unlicensed frequency band, wherein the spectrum time validity comprises a spectrum usage time duration to make use of the spectrum resources of the unlicensed frequency band; and characterised by a storage unit, configured to store a list of a cell ID of the existing LTE system using the unlicensed frequency band and a corresponding spectrum time validity. processing circuitry configured to determine, based on a spectrum sensing result with respect to an unlicensed frequency band by an LTE system in a management range of the spectrum management apparatus, spectrum time validity for the LTE system to use the unlicensed frequency band, wherein the spectrum time validity comprises a spectrum usage time duration to make use of the spectrum resources of the unlicensed frequency band; and characterised by a storage unit, configured to store a list of a cell ID of the existing LTE system using the unlicensed frequency band and a corresponding spectrum time validity.