mhurhangee/patent-ind-claim-en huggingface dataset:
A route prediction system comprising: an observation unit to observe a position of a host vehicle and positions and speeds of vehicles surrounding the host vehicle; a signal processing unit to generate, on a basis of the observation results observed by the observation unit , a plurality of hypotheses with reference to combinations of braking avoidance models and left/right steering avoidance models as respective collision avoidance models for at least two detected surrounding vehicles having collision possibilities, and thus may collide with each other, to avoid collision, and calculate predicted route confidence levels of predicted routes of the at least two detected surrounding vehicles corresponding to each of the plurality of hypotheses; and a display unit to display, on a basis of the predicted route confidence levels calculated by the signal processing unit , the predicted routes and the predicted route confidence levels of the at least two detected surrounding vehicles. an observation unit to observe a position of a host vehicle and positions and speeds of vehicles surrounding the host vehicle; a signal processing unit to generate, on a basis of the observation results observed by the observation unit , a plurality of hypotheses with reference to combinations of braking avoidance models and left/right steering avoidance models as respective collision avoidance models for at least two detected surrounding vehicles having collision possibilities, and thus may collide with each other, to avoid collision, and calculate predicted route confidence levels of predicted routes of the at least two detected surrounding vehicles corresponding to each of the plurality of hypotheses; and a display unit to display, on a basis of the predicted route confidence levels calculated by the signal processing unit , the predicted routes and the predicted route confidence levels of the at least two detected surrounding vehicles.
A spinal implant comprising an upper surface , a lower surface , and a cavity formed through the upper and lower surfaces , wherein the upper surface includes a plurality of first holes , the lower surface includes a plurality of second holes , the cavity includes a plurality of third holes ; and a fitting includes a passage in fluid communication with the first, second and third holes , characterized in that the spinal implant includes a manifold in fluid communication with the passage , a first channel in fluid communication with the manifold and the first holes and a second channel in fluid communication with the manifold and the second holes , wherein the first holes , second holes , first channel and second channel each increase in size as they extend further away from the passage .
A method for controlling a hybrid vehicle including an engine , a battery charged with electric power generated by a generator driven by the engine , and a motor as a drive source and having multiple running modes that can be selected through a mode operation, the running modes including: a normal mode configured to perform charging of the battery according to a running state; and a charge mode configured to perform electric power generation by the generator according to the mode operation, characterized in that the method comprises, in a case where a charging current in the charge mode exceeds a predetermined specified value, setting an upper limit of charging electric power based on the generated electric power in the charge mode to a value lower than an upper limit of charging electric power based on the generated electric power in the normal mode, wherein in a case where the battery is charged with regenerative electric power generated by the motor , the upper limit of charging electric power based on the generated electric power in the charge mode is lowered according to an amount of the regenerative electric power. the running modes including: a normal mode configured to perform charging of the battery according to a running state; and a charge mode configured to perform electric power generation by the generator according to the mode operation, a normal mode configured to perform charging of the battery according to a running state; and a charge mode configured to perform electric power generation by the generator according to the mode operation, characterized in that the method comprises, in a case where a charging current in the charge mode exceeds a predetermined specified value, setting an upper limit of charging electric power based on the generated electric power in the charge mode to a value lower than an upper limit of charging electric power based on the generated electric power in the normal mode, wherein in a case where the battery is charged with regenerative electric power generated by the motor , the upper limit of charging electric power based on the generated electric power in the charge mode is lowered according to an amount of the regenerative electric power.
A gypsum board comprising a gypsum core with at least one side covered by a fibrous mat comprising at least one ply of a non-woven fabric and a binder composition, wherein: - said binder composition represents from 10 to 40 wt% of the total weight of the mat; and - said binder composition comprises a copolymer comprising a co-monomer unit of a vinyl ester of an alpha branched aliphatic monocarboxylic acid, said copolymer being present in an amount from 25 to 100 wt% of the binder composition weight. - said binder composition represents from 10 to 40 wt% of the total weight of the mat; and - said binder composition comprises a copolymer comprising a co-monomer unit of a vinyl ester of an alpha branched aliphatic monocarboxylic acid, said copolymer being present in an amount from 25 to 100 wt% of the binder composition weight.
A server, comprising: a communication interface configured to receive an active initial navigation request from a client device ; and a processor configured to execute a server stack that is configured to generate a synthetic linked resource request in response to a linked resource application programming interface call indicating a linked resource associated with the active initial navigation request, propagate the synthetic linked resource request through the server stack , and receive the linked resource in the server stack in response to the synthetic linked resource request for sending to a client device . a communication interface configured to receive an active initial navigation request from a client device ; and a processor configured to execute a server stack that is configured to generate a synthetic linked resource request in response to a linked resource application programming interface call indicating a linked resource associated with the active initial navigation request, propagate the synthetic linked resource request through the server stack , and receive the linked resource in the server stack in response to the synthetic linked resource request for sending to a client device .
Method for handling material in a pneumatic materials handling system, in which method material, such as waste material, is input from an input aperture of an input point, such as from an input aperture of a refuse chute or of some other input point , and is handled with a shaping device , arranged in connection with the input point or in the proximity of it, to be more compact and is transferred onwards in a transfer piping, which shaping device is a rotary shaper having ring-like handling means with rotatable handling means and a stationary handling means , which ring-like handling means comprising an aperture arranged eccentrically with respect to an axis of rotation of the rotatable handling means, in which case the material to be handled is conducted into the rotary shaper and/or through it at least partly by means of gravity, characterized in that the method comprises: conducting the material to be handled into the rotary shaper and through the ring-like handling means of the rotary shaper at least partly by means of suction and/or a pressure difference, and under the effect of suction shaping the material with the rotatable handling means of the rotary shaper to fit into an output aperture of the rotary shaper.
An external drive unit for an implantable heart assist pump comprising a motor housing , a transcutaneous drive shaft and a motor for driving the heart assist pump , wherein the motor is connectable to the heart assist pump via the drive shaft and wherein the motor is arranged inside the motor housing , further comprising a catheter surrounding the drive shaft and a purge line for injecting a purge medium into a lumen of the catheter or into a space between the catheter and the drive shaft , wherein the purge line is in thermal contact with an outer surface of the motor housing , characterized in that the purge line is configured to guide the purge medium such that it first comes into thermal contact with the outer surface of the motor housing and is afterwards injected into the lumen of the catheter or into the space between the catheter and the drive shaft . a motor housing , a transcutaneous drive shaft and a motor for driving the heart assist pump , wherein the motor is connectable to the heart assist pump via the drive shaft and wherein the motor is arranged inside the motor housing , further comprising a catheter surrounding the drive shaft and a purge line for injecting a purge medium into a lumen of the catheter or into a space between the catheter and the drive shaft , wherein the purge line is in thermal contact with an outer surface of the motor housing , characterized in that the purge line is configured to guide the purge medium such that it first comes into thermal contact with the outer surface of the motor housing and is afterwards injected into the lumen of the catheter or into the space between the catheter and the drive shaft .
A compound of formula III , its salts, hydrates, crystalline forms or enantiomers for use in a method of treating dementia, Parkinson's disease or pain.
A method of enabling access to a content portion in a network implementing Internet Protocol version 6, IPv6, the method comprising: accessing a content addressing file, the content addressing file comprising a plurality of entries, each entry comprising a content portion location associated with the content portion , a content portion identifier and metadata associated with the content portion ; extracting for an entry the content portion location associated with the content portion , the content portion identifier and the metadata; and forming based on the content portion location, the content portion identifier and the metadata, a section of an IPv6 address for the content portion ; characterised in that : the content addressing file is a Dynamic Adaptive Streaming over HTTP manifest formed by algorithmically mapping between IPv6 addresses, FQDNs and/or filenames at the content level to generate a bijective mapping between content representation spaces; wherein the filename of the content portion is further renamed based on the IPv6 address wherein the filename includes information to identify the content portion, wherein the content portion is stored on a server. accessing a content addressing file, the content addressing file comprising a plurality of entries, each entry comprising a content portion location associated with the content portion , a content portion identifier and metadata associated with the content portion ; extracting for an entry the content portion location associated with the content portion , the content portion identifier and the metadata; and forming based on the content portion location, the content portion identifier and the metadata, a section of an IPv6 address for the content portion ; characterised in that : the content addressing file is a Dynamic Adaptive Streaming over HTTP manifest formed by algorithmically mapping between IPv6 addresses, FQDNs and/or filenames at the content level to generate a bijective mapping between content representation spaces; wherein the filename of the content portion is further renamed based on the IPv6 address wherein the filename includes information to identify the content portion, wherein the content portion is stored on a server. the content addressing file is a Dynamic Adaptive Streaming over HTTP manifest formed by algorithmically mapping between IPv6 addresses, FQDNs and/or filenames at the content level to generate a bijective mapping between content representation spaces; wherein the filename of the content portion is further renamed based on the IPv6 address wherein the filename includes information to identify the content portion, wherein the content portion is stored on a server.
A communication method, wherein the method comprises: allocating communication resources to a terminal device; and sending control information to the terminal device, wherein the control information comprises a resource identifier, and the resource identifier is used to indicate that allocated frequency domain resources are all frequency domain resources that can be supported by the terminal device on one carrier or some of all frequency domain resources that can be supported by the terminal device on one carrier; characterised in that the method further comprises: determining a time domain resource indication value, wherein when (L s -1) is less than or equal to ⌊ N Sym DL / 2 ⌋ , the time domain resource indication value meets N Sym DL × L s − 1 + S start , wherein L s is a length of allocated time domain resources, S start is a start symbol of the allocated time domain resources, N Sym DL is a quantity of symbols in one slot, L s is greater than or equal to 1, and L s is less than or equal to N Sym DL − S start ; and when (L s -1) is greater than ⌊ N Sym DL / 2 ⌋ , the time domain resource indication value meets N Sym DL × N Sym DL − L s + 1 + N Sym DL − 1 − S start ; and sending, to the terminal device, information indicating the time domain resource indication value. allocating communication resources to a terminal device; and sending control information to the terminal device, wherein the control information comprises a resource identifier, and the resource identifier is used to indicate that allocated frequency domain resources are all frequency domain resources that can be supported by the terminal device on one carrier or some of all frequency domain resources that can be supported by the terminal device on one carrier; characterised in that the method further comprises: determining a time domain resource indication value, wherein when (L s -1) is less than or equal to ⌊ N Sym DL / 2 ⌋ , the time domain resource indication value meets N Sym DL × L s − 1 + S start , wherein L s is a length of allocated time domain resources, S start is a start symbol of the allocated time domain resources, N Sym DL is a quantity of symbols in one slot, L s is greater than or equal to 1, and L s is less than or equal to N Sym DL − S start ; and when (L s -1) is greater than ⌊ N Sym DL / 2 ⌋ , the time domain resource indication value meets N Sym DL × N Sym DL − L s + 1 + N Sym DL − 1 − S start ; and determining a time domain resource indication value, wherein when (L s -1) is less than or equal to ⌊ N Sym DL / 2 ⌋ , the time domain resource indication value meets N Sym DL × L s − 1 + S start , wherein L s is a length of allocated time domain resources, S start is a start symbol of the allocated time domain resources, N Sym DL is a quantity of symbols in one slot, L s is greater than or equal to 1, and L s is less than or equal to N Sym DL − S start ; and when (L s -1) is greater than ⌊ N Sym DL / 2 ⌋ , the time domain resource indication value meets N Sym DL × N Sym DL − L s + 1 + N Sym DL − 1 − S start ; and sending, to the terminal device, information indicating the time domain resource indication value.
Styling device for hair, comprising at least one grip part , a cylindrical working surface for coiling the hair, and a coiling device for the hair, wherein the coiling device consists of a hair coiler consisting of a rotationally drivable rotating body with arms extending in the axial direction to the working surface, wherein the grip part includes operating elements , wherein the working surface includes an overheat protection with a temperature sensor which interrupts, independently of the operating elements, the heating process when a temperature is reached, and wherein the center of gravity of the styling device is shifted to the grip part .
An apparatus comprising: a primary receiver having a primary mixer configured to down-convert a primary signal and a supplemental mixer configured to down-convert a secondary signal , wherein the primary mixer and the supplemental mixer share a primary local oscillator, LO, signal ; a secondary receiver having a secondary mixer configured to down-convert the secondary signal; a controller configured to disable said secondary mixer and to enable the supplemental mixer to down-convert the secondary signal when operating in a diversity mode; and a selector having inputs configured to receive a supplemental baseband signal from the supplemental mixer and a secondary baseband signal from the secondary mixer, the selector configured to couple one of its inputs to a secondary baseband filter, BBF, based on a select signal (138, S) from the controller. a primary receiver having a primary mixer configured to down-convert a primary signal and a supplemental mixer configured to down-convert a secondary signal , wherein the primary mixer and the supplemental mixer share a primary local oscillator, LO, signal ; a secondary receiver having a secondary mixer configured to down-convert the secondary signal; a controller configured to disable said secondary mixer and to enable the supplemental mixer to down-convert the secondary signal when operating in a diversity mode; and a selector having inputs configured to receive a supplemental baseband signal from the supplemental mixer and a secondary baseband signal from the secondary mixer, the selector configured to couple one of its inputs to a secondary baseband filter, BBF, based on a select signal (138, S) from the controller.
Wheel balancing machine, particularly but not exclusively for truck wheels, comprising a balancing module (M) that in turn comprises a base body , a rotating shaft with a first portion rotatingly arranged inside the base body and a second portion outside said base body , on said second portion of shaft there being present means for fixing the wheel (R), in said base body there being present electronic means associated with said shaft , adapted to measure the imbalance of said wheel (R) fixed to said shaft , there being present an electronic console for managing and controlling the balancing operations operatively connected with said electronic means , further comprising an operating column to which a supporting structure for supporting said balancing module (M) is fixed, said supporting structure comprising a first part for fixing the supporting structure to said operating column , and a second part for connection to said module (M), so that, during operation, said balancing module (M) is fixed cantilevered to said operating column , i.e. said balancing module (M) is arranged cantilevered, when in use, with respect to said operating column ; said supporting structure comprising reversible locking means of said second part on said first part in said cantilevered position, said reversible locking means being such that the assembly formed by said module (M) and said second part is adapted to be detached from said structure to provide a separated transportation when the machine is not operating; characterized in that said first part is fixed to said operating column , such that during said transportation said first part is fixed to said column and the assembly formed by said module (M) with said second part is separated from said first part .
An operation method of a user equipment, UE, in a communication system, the operation method comprising: receiving, from a base station, first configuration information of two or more control resource sets; receiving, from the base station, second configuration information of a resource region which is not used for a physical downlink shared channel, PDSCH, wherein the resource region is a resource region of a first control resource set among the one or more control resource sets; receiving, from the base station, downlink control information, DCI, including resource allocation information of the PDSCH through a second control resource set among the two or more control resource sets, wherein the resources allocated to the PDSCH include at least a part of the resource region of the first control resource set; and obtaining the PDSCH by performing rate match operation around the first control resource set indicated by the second configuration information. receiving, from a base station, first configuration information of two or more control resource sets; receiving, from the base station, second configuration information of a resource region which is not used for a physical downlink shared channel, PDSCH, wherein the resource region is a resource region of a first control resource set among the one or more control resource sets; receiving, from the base station, downlink control information, DCI, including resource allocation information of the PDSCH through a second control resource set among the two or more control resource sets, wherein the resources allocated to the PDSCH include at least a part of the resource region of the first control resource set; and obtaining the PDSCH by performing rate match operation around the first control resource set indicated by the second configuration information.
Resectoscope comprising an elongate shaft tube , an elongate optic arranged therein with an objective lens at the distal end and with an electrode assembly , wherein the electrode assembly comprises an electrode arranged at the distal end of the arms of a fork assembly , which are arranged on opposite sides of the objective lens and are brought together in a transition region to an electrode shaft , wherein the electrode assembly can be deployed in the longitudinal direction by a stroke length from a first position, in which the electrode is arranged inside the shaft tube in front of the objective lens , to a second position, in which the arms of the fork assembly protrude from the shaft tube , wherein the stroke length designates the length between the end points of the mobility of the electrode assembly , and wherein the length of the arms of the fork assembly is greater than 1.2 times the stroke length .