mhurhangee/patent-ind-claim-en huggingface dataset:
An adjustment device (100; 100'; 100") for adjusting the length of a bracelet, comprising at least one adjustment assembly (10; 10'; 10") that is movable relative to a clasp cover (7; 7'; 7"), the adjustment assembly (10; 10'; 10") and the cover (7; 7'; 7") being respectively provided with a first and a second fixing element (11, 71; 11', 71'; 11", 71") for their respective fixing according to several positions capable of inducing different bracelet lengths, the adjustment assembly (10; 10'; 10") and the cover (7, 7', 7") being also provided respectively with a first and a second indexing element (21, 72; 21', 72'; 21", 72") for their temporary respective positioning according to one of said several positions, the adjustment assembly (10; 10'; 10") also comprising a guiding device comprising a first guiding element (3, 4, 5; 3', 4', 5'; 3", 4") cooperating with a second guiding element (74; 74'; 74") of the cover (7; 7'; 7") to guide the displacement of the adjustment assembly (10; 10'; 10") relative to the cover (7; 7'; 7"), the first indexing element (21; 21'; 21") is independent of and/or distinct from the first guiding element (3, 4, 5; 3', 4', 5'; 3", 4") and/or the second indexing element (72; 72'; 72") is independent of and/or distinct from the second guiding element (74; 74'; 74").
A system, comprising: a ceramic blade outer air seal (BOAS); and a meter plate , a portion of the meter plate provided radially outward of a radially outermost surface of the BOAS, wherein the BOAS includes a base , a fore surface , an aft surface , a first circumferential side surface between the fore surface and the aft surface , a second circumferential side surface between the fore surface and the aft surface and a trough between the base , the fore surface , the aft surface , the fist circumferential side surface and the second circumferential side surface, wherein the meter plate has a flow restriction surface radially outward of the trough , the flow restriction surface including a plurality of orifices ,wherein a flow distributor extends radially inward from the flow restriction surface into the trough , wherein the flow distributor is a bathtub , the bathtub including a fore surface , an aft surface , a first circumferential side surface between the fore surface and the aft surface , a second circumferential side surface between the fore surface and the aft surface , and a base surface , the bathtub having a contour substantially corresponding to a contour of the trough, and wherein the fore surface , the aft surface , first circumferential side, second circumferential side and the base surface of the bathtub each include orifices . a ceramic blade outer air seal (BOAS); and a meter plate , a portion of the meter plate provided radially outward of a radially outermost surface of the BOAS, wherein the BOAS includes a base , a fore surface , an aft surface , a first circumferential side surface between the fore surface and the aft surface , a second circumferential side surface between the fore surface and the aft surface and a trough between the base , the fore surface , the aft surface , the fist circumferential side surface and the second circumferential side surface, wherein the meter plate has a flow restriction surface radially outward of the trough , the flow restriction surface including a plurality of orifices ,wherein a flow distributor extends radially inward from the flow restriction surface into the trough , wherein the flow distributor is a bathtub , the bathtub including a fore surface , an aft surface , a first circumferential side surface between the fore surface and the aft surface , a second circumferential side surface between the fore surface and the aft surface , and a base surface , the bathtub having a contour substantially corresponding to a contour of the trough, and wherein the fore surface , the aft surface , first circumferential side, second circumferential side and the base surface of the bathtub each include orifices .
An information processing apparatus , comprising: an acquisition unit configured to acquire pieces of current position information of a plurality of users (A-C); and a controller configured to perform control in a manner that, in a case where it is determined that there is a gathering of the plurality of users (A-C) on the basis of the pieces of current position information, a set sharer is notified of place information based on the pieces of current position information of the plurality of users (A-C), wherein the controller is configured to set as a sharer a user having a gathering rate with the plurality of users of more than or equal to a predetermined value on the basis of gathering histories of the respective users (A-C). an acquisition unit configured to acquire pieces of current position information of a plurality of users (A-C); and a controller configured to perform control in a manner that, in a case where it is determined that there is a gathering of the plurality of users (A-C) on the basis of the pieces of current position information, a set sharer is notified of place information based on the pieces of current position information of the plurality of users (A-C), wherein the controller is configured to set as a sharer a user having a gathering rate with the plurality of users of more than or equal to a predetermined value on the basis of gathering histories of the respective users (A-C).
A method for operating a wind turbine which comprises a power generator , a generator side converter , a grid side converter , a DC link electrically connected to an output of the generator side converter and an input of the grid side converter, the method comprises - monitoring a wind turbine signal for detection of an operational condition which requires an increase of an output voltage (Uo) of the grid side converter, - upon detection of the operational condition, initiate an over-modulation mode wherein the grid side converter is operated with a modulation index (Mi) in an over-modulation range , - upon the detection of the operational condition, initiate a DC-voltage adjustment mode wherein a DC-voltage (UDC) of the DC link is increased from a first voltage level towards a second voltage level , - the modulation index is decreased at least during a sub-period (t1-t2) of the over-modulation mode , and wherein the DC-voltage is increased at least during a sub-period (t1-t2) of the DC-voltage adjustment mode , and - a rate of change of the decrease of the modulation index and a rate of change of the increase of the DC-voltage (UDC) are matched in order to achieve a desired output voltage (Uo_d) of the grid side converter. - monitoring a wind turbine signal for detection of an operational condition which requires an increase of an output voltage (Uo) of the grid side converter, - upon detection of the operational condition, initiate an over-modulation mode wherein the grid side converter is operated with a modulation index (Mi) in an over-modulation range , - upon the detection of the operational condition, initiate a DC-voltage adjustment mode wherein a DC-voltage (UDC) of the DC link is increased from a first voltage level towards a second voltage level , - the modulation index is decreased at least during a sub-period (t1-t2) of the over-modulation mode , and wherein the DC-voltage is increased at least during a sub-period (t1-t2) of the DC-voltage adjustment mode , and - a rate of change of the decrease of the modulation index and a rate of change of the increase of the DC-voltage (UDC) are matched in order to achieve a desired output voltage (Uo_d) of the grid side converter.
Electric motor having a stator , a rotor which is rotatably supported relative to the stator and a motor electronic unit, wherein the motor electronic unit is arranged in an electronic housing and constructed on a printed circuit board , characterised in that on the printed circuit board there is arranged at least one vibration sensor which is constructed to measure an acceleration and/or a speed of vibrations of the electric motor in at least one direction, and in that the printed circuit board is coupled to other components of the electric motor by means of at least one coupling element in terms of vibrations so that at least portions of the vibrations of the electric motor are transmitted to the vibration sensor .
A lysine decarboxylase polypeptide comprising an amino acid sequence selected from the group consisting of mutants of SEQ ID NO: 2 (i.e., mutants of Klebsiella oxytoca ( K. oxytoca ) Ldc), wherein the mutant of SEQ ID NO: 2 (i.e., mutant of K. oxytoca Ldc) is selected from the group consisting of SEQ ID NO: 7 (i.e., K. oxytoca Ldc T398S), and SEQ ID NO: 11 (i.e., K. oxytoca Ldc F507L).
An apparatus comprising means for performing: configuring, at an access device of a network, resources for a proxy-based random access operation to the network; determining, by the access device, an overload situation of the network if a group paging request has been received from the network; and transmitting, by the access device in response to determining an overload situation of the network, an indication of the configured resources and of at least one identified support device and of a plurality of identified terminal devices to use the proxy-based random access operation, wherein the at least one support device is instructed by the indication to act as a proxy for the proxy-based random access operation. configuring, at an access device of a network, resources for a proxy-based random access operation to the network; determining, by the access device, an overload situation of the network if a group paging request has been received from the network; and transmitting, by the access device in response to determining an overload situation of the network, an indication of the configured resources and of at least one identified support device and of a plurality of identified terminal devices to use the proxy-based random access operation, wherein the at least one support device is instructed by the indication to act as a proxy for the proxy-based random access operation.
A blanket, particularly a quilt, with a closed textile cover and a filling arranged in the cover , wherein the cover has two outer layers that are sewn to one another and along at least one outer seam , wherein the outer layers consists of a first mite allergen-impermeable non-woven fabric, wherein the cover has two inner layers that are sewn to one another along at least one inner seam , wherein the inner layers are respectively arranged between the filling and an outer layer and consist of a second mite allergen-impermeable non-woven fabric, wherein a second non-woven fabric, which differs from the first non-woven fabric, is used for the inner layers , and wherein the first non-woven fabric has a higher weight per unit area than the second non-woven fabric. with a closed textile cover and a filling arranged in the cover , wherein the cover has two outer layers that are sewn to one another and along at least one outer seam , wherein the outer layers consists of a first mite allergen-impermeable non-woven fabric, wherein the cover has two inner layers that are sewn to one another along at least one inner seam , wherein the inner layers are respectively arranged between the filling and an outer layer and consist of a second mite allergen-impermeable non-woven fabric, wherein a second non-woven fabric, which differs from the first non-woven fabric, is used for the inner layers , and wherein the first non-woven fabric has a higher weight per unit area than the second non-woven fabric.
A method for producing a number of security documents , each including an individual portrait view in different renderings , a first rendering being a photograph and a second rendering being an embossing or engraving, comprising the following steps: - providing digitally encoded representations for the individual portrait views; - establishing a respective cropping within the renderings on the security documents , the croppings being adapted with respect to the renderings, a first cropping that is adapted with respect to the first rendering completely covering a face of the individual portrait view, a second cropping that is adapted with respect to the second rendering being selected in the region of eyes, nose and mouth of the individual portrait view; - ascertaining statistical features of the tonal value distribution for the digitally encoded representations with respect to the respective established cropping ; - adapting the tonal values in the digitally encoded representations within the respective established cropping as a function of the ascertained statistical features with respect to each of the renderings according to the dynamics, brightness resolution and/or color resolution achievable thereby; and - creating the renderings during the production and/or personalization of the security documents corresponding to the respective tonal value-adapted digitally encoded representations , in which the tonal values of the digitally encoded representations are identically adapted outside the respective established cropping and within the established cropping , or in which the tonal values of the digitally encoded representations are not changed in a region outside the respective established cropping . - providing digitally encoded representations for the individual portrait views; - establishing a respective cropping within the renderings on the security documents , the croppings being adapted with respect to the renderings, a first cropping that is adapted with respect to the first rendering completely covering a face of the individual portrait view, a second cropping that is adapted with respect to the second rendering being selected in the region of eyes, nose and mouth of the individual portrait view; - ascertaining statistical features of the tonal value distribution for the digitally encoded representations with respect to the respective established cropping ; - adapting the tonal values in the digitally encoded representations within the respective established cropping as a function of the ascertained statistical features with respect to each of the renderings according to the dynamics, brightness resolution and/or color resolution achievable thereby; and - creating the renderings during the production and/or personalization of the security documents corresponding to the respective tonal value-adapted digitally encoded representations ,
A method for requesting uplink resources of a subscriber station in a communication system, the method comprising: receiving , from a base station , a first Code Division Multiple Access, CDMA,_Allocation_IE message comprising information of a first uplink bandwidth allocated for transmission of a ranging request, RNG-REQ, message; fragmentizing the RNG-REQ message into plural fragmented RNG-REQ messages based on the allocated first uplink bandwidth, if the allocated first uplink bandwidth does not accommodate size of the RNG-REQ message; transmitting , to the base station using the first uplink bandwidth, a first fragmented RNG-REQ message including a piggybacked bandwidth request extended header, PBREH, or a bandwidth request header without station identifier, STID, for requesting an additional uplink bandwidth for transmission of a fragmented remaining RNG-REQ message; receiving , from the base station , a second CDMA_Allocation_IE message comprising information of the additional uplink bandwidth based on a random access identifier, RAID, used for allocation of the first uplink bandwidth; confirming the additional uplink bandwidth using the RAID; transmitting , to the base station using the additional uplink bandwidth, the fragmented remaining RNG-REQ message; and receiving , from the base station , a ranging response, RNG-RSP, message. receiving , from a base station , a first Code Division Multiple Access, CDMA,_Allocation_IE message comprising information of a first uplink bandwidth allocated for transmission of a ranging request, RNG-REQ, message; fragmentizing the RNG-REQ message into plural fragmented RNG-REQ messages based on the allocated first uplink bandwidth, if the allocated first uplink bandwidth does not accommodate size of the RNG-REQ message; transmitting , to the base station using the first uplink bandwidth, a first fragmented RNG-REQ message including a piggybacked bandwidth request extended header, PBREH, or a bandwidth request header without station identifier, STID, for requesting an additional uplink bandwidth for transmission of a fragmented remaining RNG-REQ message; receiving , from the base station , a second CDMA_Allocation_IE message comprising information of the additional uplink bandwidth based on a random access identifier, RAID, used for allocation of the first uplink bandwidth; confirming the additional uplink bandwidth using the RAID; transmitting , to the base station using the additional uplink bandwidth, the fragmented remaining RNG-REQ message; and receiving , from the base station , a ranging response, RNG-RSP, message.
A semiconductor device, comprising: a first chemically sensitive field effect transistor, chemFET, , the first chemFET coupled to a first electrode adapted to detect a first reaction at a first reaction site; a second chemFET connected in series to the first chemFET , the second chemFET coupled to a second electrode adapted to detect a second reaction at a second reaction site; a select transistor connected in series to the first chemFET and the second chemFET , wherein the select transistor is configured to concurrently couple the first chemFET to a first output conductor and the second chemFET to a second output conductor in response to a select signal; and bias circuitry coupled to the first chemFET and the second chemFET ; wherein the bias circuitry is configured to apply a voltage to one of either the first chemFET or the second chemFET, and to concurrently apply a current sink to the other of the first chemFET or the second chemFET. a first chemically sensitive field effect transistor, chemFET, , the first chemFET coupled to a first electrode adapted to detect a first reaction at a first reaction site; a second chemFET connected in series to the first chemFET , the second chemFET coupled to a second electrode adapted to detect a second reaction at a second reaction site; a select transistor connected in series to the first chemFET and the second chemFET , wherein the select transistor is configured to concurrently couple the first chemFET to a first output conductor and the second chemFET to a second output conductor in response to a select signal; and bias circuitry coupled to the first chemFET and the second chemFET ; wherein the bias circuitry is configured to apply a voltage to one of either the first chemFET or the second chemFET, and to concurrently apply a current sink to the other of the first chemFET or the second chemFET.
A bubble generator for a washing machine, comprising: a bubble spray part ; a wash liquid jet nozzle provided inside the bubble spray part and configured to jet wash liquid; a blowing fan provided at a rear end of the bubble spray part and configured to blow air in a direction in which the wash liquid jet nozzle jets the wash liquid; and a porous plate member (75, 75', 75") provided at a front end of the bubble spray part and including a plurality of holes (75a, 75'b, 75'c, 75"b, 75"c), wherein when the wash liquid jetted from the wash liquid jet nozzle collides with the porous plate member, bubbles are generated. a bubble spray part ; a wash liquid jet nozzle provided inside the bubble spray part and configured to jet wash liquid; a blowing fan provided at a rear end of the bubble spray part and configured to blow air in a direction in which the wash liquid jet nozzle jets the wash liquid; and a porous plate member (75, 75', 75") provided at a front end of the bubble spray part and including a plurality of holes (75a, 75'b, 75'c, 75"b, 75"c), wherein when the wash liquid jetted from the wash liquid jet nozzle collides with the porous plate member, bubbles are generated.
A method of tracking a moving object , the method being performed by a processor and the method comprising: determining an initial pointing angle of the object from a tracking device ; determining an estimated position of a selected feature on the object based upon the initial pointing angle ; determining a velocity vector at the estimated position; determining a lateral acceleration at the estimated position based upon the velocity vector and a yaw rate of the object ; determining a sideslip angle of the selected feature based on the lateral acceleration; and determining a refined pointing angle of the object from the determined sideslip angle. determining an initial pointing angle of the object from a tracking device ; determining an estimated position of a selected feature on the object based upon the initial pointing angle ; determining a velocity vector at the estimated position; determining a lateral acceleration at the estimated position based upon the velocity vector and a yaw rate of the object ; determining a sideslip angle of the selected feature based on the lateral acceleration; and determining a refined pointing angle of the object from the determined sideslip angle.
A method of decoding video data, the method comprising: obtaining an access unit of a multi-layer bitstream of video data that includes a first layer and at least one second layer, wherein obtaining the access unit comprises obtaining one or more video coding layer (VCL) network abstraction layer (NAL) units of the first layer and obtaining one or more VCL NAL units of the second layer; and decoding the access unit, wherein decoding the access unit comprises decoding one or more first non-VCL NAL units containing a first supplemental enhancement information (SEI) message applicable to the VCL NAL units of the first layer together with the VCL NAL units of the first layer, and decoding one or more second non-VCL NAL units containing a second SEI message applicable to the VCL NAL units of the second layer together with the VCL NAL units of the second layer, such that the one or more first non-VCL NAL units are located immediately prior to or immediately following the VCL NAL units of the first layer in the bitstream, and the one or more second non-VCL NAL units are located immediately prior to or immediately following the VCLNAL units of the second layer in the bitstream. obtaining an access unit of a multi-layer bitstream of video data that includes a first layer and at least one second layer, wherein obtaining the access unit comprises obtaining one or more video coding layer (VCL) network abstraction layer (NAL) units of the first layer and obtaining one or more VCL NAL units of the second layer; and decoding the access unit, wherein decoding the access unit comprises decoding one or more first non-VCL NAL units containing a first supplemental enhancement information (SEI) message applicable to the VCL NAL units of the first layer together with the VCL NAL units of the first layer, and decoding one or more second non-VCL NAL units containing a second SEI message applicable to the VCL NAL units of the second layer together with the VCL NAL units of the second layer, such that the one or more first non-VCL NAL units are located immediately prior to or immediately following the VCL NAL units of the first layer in the bitstream, and the one or more second non-VCL NAL units are located immediately prior to or immediately following the VCLNAL units of the second layer in the bitstream.