mhurhangee/patent-ind-claim-en huggingface dataset:
A method by a first base station associated with master cell group, MCG, for a wireless communication system, comprising: transmitting , to a second base station, a first message for requesting to add at least one secondary cell involved in secondary cell group, SCG, of the second base station to a terminal; receiving , from the second base station, a second message in response to the first message, the second message including information associated with a preamble, information associated with a physical random access channel, PRACH, resource, and a cell radio network temporary identifier, C-RNTI, of the terminal for the SCG; and transmitting , to the terminal, a third message for adding the at least one secondary cell involved in the SCG to the terminal, the third message including the information associated with the preamble, the information associated with the PRACH resource, and the C-RNTI of the terminal for the SCG, wherein the C-RNTI of the terminal for the SCG is different from a C-RNTI of the terminal for the MCG. transmitting , to a second base station, a first message for requesting to add at least one secondary cell involved in secondary cell group, SCG, of the second base station to a terminal; receiving , from the second base station, a second message in response to the first message, the second message including information associated with a preamble, information associated with a physical random access channel, PRACH, resource, and a cell radio network temporary identifier, C-RNTI, of the terminal for the SCG; and transmitting , to the terminal, a third message for adding the at least one secondary cell involved in the SCG to the terminal, the third message including the information associated with the preamble, the information associated with the PRACH resource, and the C-RNTI of the terminal for the SCG, wherein the C-RNTI of the terminal for the SCG is different from a C-RNTI of the terminal for the MCG.
A display module (DM) comprising: a display panel (DP) comprising a base surface; and an input sensing unit TS) directly disposed on the base surface, characterized by the following features: the input sensing unit (TS) comprises: a first electrode (AE) extending in a first direction (DR1), the first electrode (AE) comprising a first opening area (SP-OP1); a second electrode (CE) extending in a second direction (DR2) intersecting the first direction (DR1), the second electrode (CE) being longer than the first electrode (AE), the second electrode (CE) comprising a second opening area (SP-OP2) of a size greater than a size of the first opening area (SP-OP1); and an insulation layer configured to insulate the first electrode (AE) from the second electrode (CE). a display panel (DP) comprising a base surface; and an input sensing unit TS) directly disposed on the base surface, characterized by the following features: the input sensing unit (TS) comprises: a first electrode (AE) extending in a first direction (DR1), the first electrode (AE) comprising a first opening area (SP-OP1); a second electrode (CE) extending in a second direction (DR2) intersecting the first direction (DR1), the second electrode (CE) being longer than the first electrode (AE), the second electrode (CE) comprising a second opening area (SP-OP2) of a size greater than a size of the first opening area (SP-OP1); and an insulation layer configured to insulate the first electrode (AE) from the second electrode (CE). a first electrode (AE) extending in a first direction (DR1), the first electrode (AE) comprising a first opening area (SP-OP1); a second electrode (CE) extending in a second direction (DR2) intersecting the first direction (DR1), the second electrode (CE) being longer than the first electrode (AE), the second electrode (CE) comprising a second opening area (SP-OP2) of a size greater than a size of the first opening area (SP-OP1); and an insulation layer configured to insulate the first electrode (AE) from the second electrode (CE).
Electrical plug-connector socket comprising a cylindrical socket sleeve , wherein the socket sleeve is formed with a receiving space in which a cylindrical lamella cage having a large number of contact lamellae which run in parallel is inserted, wherein the lamella cage has a first and a second end-side circumferential collar web , the contact lamellae running between said collar webs, wherein a plurality of convex portions are made in the casing of the socket sleeve by a stamping process, characterized in that the lamella cage has window-like recesses on the two collar webs , wherein the convex portions extend into the window-like recesses in such a way that a force-fitting connection is formed between the lamella cage and the socket sleeve .
A method for frequency hopping in a sensor network having a network link with two endpoints, those endpoints comprising a master and a slave, wherein the slave comprises a server and the master comprises a sensor, and wherein the slave transmits one message in response to each master message on the link, such that all communication over the link are initiated by the master terminal, requiring only one return message per transmission, the method comprising: specifying at the master a channel to be used for a following reception from the slave; and transmitting the specified channel from the master to the slave, whereby the slave uses the specified channel for its next transmission. specifying at the master a channel to be used for a following reception from the slave; and transmitting the specified channel from the master to the slave, whereby the slave uses the specified channel for its next transmission.
An apparatus for perforating a panel of material comprising: a driver assembly ; a perforation assembly comprising a cutting edge for cutting the panel of material; an impacting surface; and, means for holding the panel of material in a material plane between the cutting edge and the impacting surface, wherein the driver assembly is arranged to drive in linear motion the cutting edge through the material plane into the impacting surface to cut the panel of material, the apparatus being characterised in that the impacting surface is moveable with respect to the cutting edge , so that the cutting edge is not repeatedly driven into a same point on the impacting surface during use. a driver assembly ; a perforation assembly comprising a cutting edge for cutting the panel of material; an impacting surface; and, means for holding the panel of material in a material plane between the cutting edge and the impacting surface, wherein the driver assembly is arranged to drive in linear motion the cutting edge through the material plane into the impacting surface to cut the panel of material, the apparatus being characterised in that the impacting surface is moveable with respect to the cutting edge , so that the cutting edge is not repeatedly driven into a same point on the impacting surface during use.
An herbal formulation for use in increasing the alkalinity of the human body, comprising: Camptotheca; poria cocos; and astragalus membranacaus. Camptotheca; poria cocos; and astragalus membranacaus.
A sequencing method comprising immobilizing a plurality of copies of a DNA molecule on a surface; stretching at least a portion of the immobilized DNA molecules; and sequencing at least a portion of the immobilized, stretched DNA molecules; and probing the immobilized DNA for an epigenetic modification, wherein sequencing the immobilized, stretched DNA molecules comprises: denaturing at least a portion of the immobilized, stretched DNA molecules; and hybridizing a plurality of probes to at least a portion of the denatured sites of the stretched DNA molecules, wherein each probe comprises: at least five nucleotides complementary to at least five nucleotides of a strand of the denatured site of the stretched DNA molecule; and a unique tag or barcode that identifies the probe on the immobilized DNA; and determining the location of the tagged or barcoded probes on the immobilized DNA molecule. denaturing at least a portion of the immobilized, stretched DNA molecules; and hybridizing a plurality of probes to at least a portion of the denatured sites of the stretched DNA molecules, wherein each probe comprises: at least five nucleotides complementary to at least five nucleotides of a strand of the denatured site of the stretched DNA molecule; and a unique tag or barcode that identifies the probe on the immobilized DNA; and at least five nucleotides complementary to at least five nucleotides of a strand of the denatured site of the stretched DNA molecule; and a unique tag or barcode that identifies the probe on the immobilized DNA; and determining the location of the tagged or barcoded probes on the immobilized DNA molecule.
An in vivo electrochemical sensing device comprising: an implantable body having sensor components , the implantable body configured to be implanted in an implantation site, the implantable body having a first implantable segment having at least one of a working electrode , reference electrode , counter electrode , or combined reference/counter electrode and a second implantable segment having the remainder of a working electrode , reference electrode , counter electrode , or combined reference/counter electrode not on the first implantable segment, a distal portion of the first implantable segment coupled to a distal portion of the second implantable segment , a first spacer arm , an inner portion of the first spacer arm coupled to a proximal portion of the first implantable segment , a second spacer arm , an inner portion of the second spacer arm coupled to a proximal portion of the second implantable segment , a first contact tab coupled to an outer portion of the first spacer arm , and a second contact tab coupled to an outer portion of the second spacer arm . a first implantable segment having at least one of a working electrode , reference electrode , counter electrode , or combined reference/counter electrode and a second implantable segment having the remainder of a working electrode , reference electrode , counter electrode , or combined reference/counter electrode not on the first implantable segment, a distal portion of the first implantable segment coupled to a distal portion of the second implantable segment , a first spacer arm , an inner portion of the first spacer arm coupled to a proximal portion of the first implantable segment , a second spacer arm , an inner portion of the second spacer arm coupled to a proximal portion of the second implantable segment , a first contact tab coupled to an outer portion of the first spacer arm , and a second contact tab coupled to an outer portion of the second spacer arm .
A noise detector for detecting noise contained in an input sound signal (s1), the noise detector comprising: a noise discrimination portion that discriminates the presence or absence of the noise based on the input sound signal (s1), and a noise determination portion that determines the noise based on discrimination results of the discrimination portion , wherein the noise discrimination portion comprises at least two of a first frequency component discrimination portion that discriminates the presence or absence of the noise based on a comparison of a power spectrum corresponding to a characteristic voice frequency band of the input sound signal (s1) with a power spectrum corresponding to a characteristic noise frequency band of the input sound signal (s1), wherein the characteristic voice frequency band is at a lower frequency than the characteristic noise frequency band; a temporal change discrimination portion that discriminates the presence or absence of the noise based on a temporal change of the input sound signal (s1); and a second frequency component discrimination portion that discriminates the presence or absence of the noise based on a high-frequency component of the input sound signal (s1), which is at a higher frequency than the characteristic voice frequency band and that is characteristic of noise; and the noise determination portion determines the noise based on individual discrimination results of the plurality of discrimination portions. a noise discrimination portion that discriminates the presence or absence of the noise based on the input sound signal (s1), and a noise determination portion that determines the noise based on discrimination results of the discrimination portion , wherein the noise discrimination portion comprises at least two of a first frequency component discrimination portion that discriminates the presence or absence of the noise based on a comparison of a power spectrum corresponding to a characteristic voice frequency band of the input sound signal (s1) with a power spectrum corresponding to a characteristic noise frequency band of the input sound signal (s1), wherein the characteristic voice frequency band is at a lower frequency than the characteristic noise frequency band; a temporal change discrimination portion that discriminates the presence or absence of the noise based on a temporal change of the input sound signal (s1); and a second frequency component discrimination portion that discriminates the presence or absence of the noise based on a high-frequency component of the input sound signal (s1), which is at a higher frequency than the characteristic voice frequency band and that is characteristic of noise; and the noise determination portion determines the noise based on individual discrimination results of the plurality of discrimination portions.
An elevator car wall panel system , comprising: an elevator car frame ; at least two wall panels pivotally connected to the frame at a respective pivot ; a connecting element operably connecting the at least two wall panels ; and an actuation element operably connected to the connecting element , wherein the actuation element is operable to transition the at least two wall panels from a closed state to an open state, characterized in that each wall panel is pivotally connected to the connecting element by a respective connector . an elevator car frame ; at least two wall panels pivotally connected to the frame at a respective pivot ; a connecting element operably connecting the at least two wall panels ; and an actuation element operably connected to the connecting element , wherein the actuation element is operable to transition the at least two wall panels from a closed state to an open state, characterized in that each wall panel is pivotally connected to the connecting element by a respective connector .
A computer-implemented method for automatically analyzing a personal service session and completing a transaction therefor, comprising: monitoring a service location with at least one video camera in communication with at least one processor; determining , with the at least one processor, that the personal service session has begun based at least partially on an identification of at least one start trigger event; analyzing , with the at least one processor, an output from the at least one video camera comprising a plurality of frames of video data collected during the personal service session to classify a set of the plurality of frames of video data taken at regular or irregular intervals using an artificial neural network and to classify sequences of frames in a post-processing step to identify at least one sequence of frames of the video data; automatically classifying each of the at least one sequence of frames by comparing the sequence of frames to a database of potential service types to determine at least one type of service that was provided during the personal service session; determining , with the at least one processor, that the personal service session has ended based at least partially on an identification of at least one end trigger event; determining, with the at least one processor, a transaction value associated with the at least one type of service that has been provided during the personal service session; and generating an electronic invoice based at least partially on the determined transaction value. monitoring a service location with at least one video camera in communication with at least one processor; determining , with the at least one processor, that the personal service session has begun based at least partially on an identification of at least one start trigger event; analyzing , with the at least one processor, an output from the at least one video camera comprising a plurality of frames of video data collected during the personal service session to classify a set of the plurality of frames of video data taken at regular or irregular intervals using an artificial neural network and to classify sequences of frames in a post-processing step to identify at least one sequence of frames of the video data; automatically classifying each of the at least one sequence of frames by comparing the sequence of frames to a database of potential service types to determine at least one type of service that was provided during the personal service session; determining , with the at least one processor, that the personal service session has ended based at least partially on an identification of at least one end trigger event; determining, with the at least one processor, a transaction value associated with the at least one type of service that has been provided during the personal service session; and generating an electronic invoice based at least partially on the determined transaction value.
A thermoplastic resin composition comprising: 30 wt% to 50 wt% of (A) an aromatic polyamide resin; 1 wt% to 10 wt% of (B) an aliphatic polyamide resin; 1 wt% to 15 wt% of (C) a polyphenylene sulfide resin; 10 wt% to 20 wt% of (D) a phosphorus flame retardant; 0.1 wt% to 5 wt% of (E) a chelating agent; and 30 wt% to 50 wt% of (F) glass fibers; wherein the aromatic polyamide resin (A) and the aliphatic polyamide resin (B) are present in a weight ratio of 3:1 to 23:1. 30 wt% to 50 wt% of (A) an aromatic polyamide resin; 1 wt% to 10 wt% of (B) an aliphatic polyamide resin; 1 wt% to 15 wt% of (C) a polyphenylene sulfide resin; 10 wt% to 20 wt% of (D) a phosphorus flame retardant; 0.1 wt% to 5 wt% of (E) a chelating agent; and 30 wt% to 50 wt% of (F) glass fibers;
Headlamp for vehicles having at least one light source (1A, 1B; 1B-1, 1B-2, 1B-3) and an illumination optical system assigned thereto, having a micro-mirror array and an imaging optical system configured as a lens, wherein the light source and the micro-mirror array are assigned a central computing unit with a light sources control and an array control , the shaped light beams of the at least one light source are directed as the micro-mirror array and the light bundle structured and reflected by said array is projected via the imaging optical system as a light image into the traffic area, wherein at least two light sources (1A, 1B; 1B-1, 1B-2, 1B-3) are provided, the light beams whereof are directed at a micro-mirror array common to the light sources and the light bundle reflected by said array is assigned two regions of an imaging optical system lying above one another for two image regions of the light image, characterized in that these regions of the imaging optical system lying above one another have a different refractive power.
A transmission arrangement for moving a device, which transmission arrangement comprises at least the following - a hydraulic cylinder , which can be connected to the moveable device in order to move it, - a first pump , which is connected via a liquid connection to a first side of the hydraulic cylinder in order to achieve movement of the device in a first direction, - a second pump , which is connected via a liquid connection to a second side of the hydraulic cylinder in order to achieve movement of the device in a second direction, - a control device for using the first and/or second pump, which first and second pump are used with an electric motor, and - a sensor , for example a Hall sensor, which is arranged to monitor the movement and/or position of the device and connected to a control device in order to transfer a signal produced from the detected movement and/or position to the control device, characterized in that the first and second pump are centrifugal pumps. - a hydraulic cylinder , which can be connected to the moveable device in order to move it, - a first pump , which is connected via a liquid connection to a first side of the hydraulic cylinder in order to achieve movement of the device in a first direction, - a second pump , which is connected via a liquid connection to a second side of the hydraulic cylinder in order to achieve movement of the device in a second direction, - a control device for using the first and/or second pump, which first and second pump are used with an electric motor, and - a sensor , for example a Hall sensor, which is arranged to monitor the movement and/or position of the device and connected to a control device in order to transfer a signal produced from the detected movement and/or position to the control device,
A work machine comprising: a work vehicle ; a work device coupled to the work vehicle ; a control device configured to execute: a first control to control the work device based on a first command from the work vehicle ; and a second control to control the work vehicle based on a second command from the work device ; and a switching device configured to switch the control device between the first control and the second control, characterized in that : when the switching device is OFF, the control device is configured to execute the first control, and when the switching device is ON, the control device is configured to execute the second control, and the switching device is prevented from switching when a driver is not seated on a seat of the work vehicle . a work vehicle ; a work device coupled to the work vehicle ; a control device configured to execute: a first control to control the work device based on a first command from the work vehicle ; and a second control to control the work vehicle based on a second command from the work device ; and a first control to control the work device based on a first command from the work vehicle ; and a second control to control the work vehicle based on a second command from the work device ; and a switching device configured to switch the control device between the first control and the second control, characterized in that : when the switching device is OFF, the control device is configured to execute the first control, and when the switching device is ON, the control device is configured to execute the second control, and the switching device is prevented from switching when a driver is not seated on a seat of the work vehicle . when the switching device is OFF, the control device is configured to execute the first control, and when the switching device is ON, the control device is configured to execute the second control, and the switching device is prevented from switching when a driver is not seated on a seat of the work vehicle .