mhurhangee/patent-ind-claim-en huggingface dataset:
An electronic-device-implemented method for extracting textual information from a document, comprising: launching an imaging application that executes on the electronic device; displaying, in a window associated with the imaging application, visual suitability indicators of a tilt orientation of the electronic device relative to a plane of the document; modifying the visual suitability indicators when the tilt orientation falls within a predefined range ; acquiring an image of the document , after the tilt orientation falls within the predefined range for more than a time interval, using an imaging device, which is integrated into the electronic device, wherein the time interval is 0.5 to 3 seconds; and extracting the textual information from the image of the document using optical character recognition . launching an imaging application that executes on the electronic device; displaying, in a window associated with the imaging application, visual suitability indicators of a tilt orientation of the electronic device relative to a plane of the document; modifying the visual suitability indicators when the tilt orientation falls within a predefined range ; acquiring an image of the document , after the tilt orientation falls within the predefined range for more than a time interval, using an imaging device, which is integrated into the electronic device, wherein the time interval is 0.5 to 3 seconds; and extracting the textual information from the image of the document using optical character recognition .
A sensor for detecting objects within a protective field with sensor components for object detection and with an evaluation unit for evaluating measured values of the sensor components, wherein the measured values of the sensor components are present in a measurement coordinate system, and the protective field is predetermined in a user coordinate system and for a detection of objects within the protective field the measured values of the sensor components are continuously converted in the evaluation unit into the user coordinate system and a comparison of measured values of the sensor components with protective field data of the protective field in the user coordinate system is carried out in the evaluation unit , characterised in that measurement errors are corrected during the transformation of measured values from the measurement coordinate system into the user coordinate system, measurement errors being stored in at least one correction table which is included in the transformation of the measured values.
Sleeve connector having various cross-sections for tubular metal posts, notably a sleeve connector for joining tubular metal posts , whereby the sleeve connector comprises two centralization regions , two locking regions and an abutment region , while the locking regions are provided with a ring of locking protuberances of height (ht), characterised in that said height (ht) corresponds to 0.15 to 4% of the external diameter (D) of the locking region , wherein the locking regions are provided with the ring of locking protuberances of said height (ht) in order to promote the locking together of the ends of the tubular metal posts by means of the mechanical deformation of the locking protuberances .
A method of manufacturing a wind turbine blade , wherein the wind turbine blade is manufactured as a composite structure comprising a reinforcement material embedded in a polymer matrix, the method comprising: - providing a first blade mould with a first blade shell part having a leading edge , a trailing edge, and a first leading edge glue surface at the leading edge , the first blade mould comprising a first leading edge flange ; - providing a second blade mould with a second blade shell part having a leading edge , a trailing edge, and a second leading edge glue surface at the leading edge , the second blade mould comprising a second leading edge flange ; and - applying glue to a leading edge glue surface (76; 87); - applying a pressure to the second blade shell part ; and - curing the glue ; characterised by - providing one or more leading edge spacer elements at the first or second leading edge flanges (80; 89); and - arranging the second blade mould on the first blade mould , such that the one or more leading edge spacer elements are arranged between the first leading edge flange and the second leading edge flange . - providing a first blade mould with a first blade shell part having a leading edge , a trailing edge, and a first leading edge glue surface at the leading edge , the first blade mould comprising a first leading edge flange ; - providing a second blade mould with a second blade shell part having a leading edge , a trailing edge, and a second leading edge glue surface at the leading edge , the second blade mould comprising a second leading edge flange ; and - applying glue to a leading edge glue surface (76; 87); - applying a pressure to the second blade shell part ; and - curing the glue ; characterised by - providing one or more leading edge spacer elements at the first or second leading edge flanges (80; 89); and - arranging the second blade mould on the first blade mould , such that the one or more leading edge spacer elements are arranged between the first leading edge flange and the second leading edge flange .
A registration and identification tool for a dental and/or cranio-maxillofacial surgical instrument and/or general surgical instrument , comprising: - a body , - a marker member which is optically detectable, the marker member being provided on the body , and - a recess in the body which extends from an outer surface of the body into the inside of the body , thereby defining an extension direction of the recess , wherein - the recess has a shape such that a lateral extension of the recess decreases in the direction from the outer surface of the body towards the inside of the body , wherein the body is provided with at least two recesses which are open to two outer surfaces of the body and the at least two recesses have different depths from one of the two outer surfaces of the body in a direction parallel to the other one of the two outer surfaces of the body . - a body , - a marker member which is optically detectable, the marker member being provided on the body , and - a recess in the body which extends from an outer surface of the body into the inside of the body , thereby defining an extension direction of the recess , wherein - the recess has a shape such that a lateral extension of the recess decreases in the direction from the outer surface of the body towards the inside of the body , wherein the body is provided with at least two recesses which are open to two outer surfaces of the body and the at least two recesses have different depths from one of the two outer surfaces of the body in a direction parallel to the other one of the two outer surfaces of the body .
A method for wireless communication, comprising: receiving , at a base station from a network node, a paging request associated with a user equipment, UE, wherein the paging request comprises a small data packet for the UE; transmitting a page to the UE; receiving a random access preamble from the UE; and transmitting the small data packet in a random access response to the UE responsive to the random access preamble. receiving , at a base station from a network node, a paging request associated with a user equipment, UE, wherein the paging request comprises a small data packet for the UE; transmitting a page to the UE; receiving a random access preamble from the UE; and transmitting the small data packet in a random access response to the UE responsive to the random access preamble.
An electrolyte for a lithium secondary battery, the electrolyte comprising: a lithium salt having a molar concentration of 1.5 M to 2.0 M; an oligomer containing a unit represented by Formula 1 and having an acrylate group at an end thereof; a first additive represented by Formula 2; and an organic solvent: wherein, in Formula 1, R a , R b , R c , and R d are each independently a fluorine element or an alkyl group having 1 to 3 carbon atoms which is unsubstituted or substituted with a fluorine element, and p is an integer of 1 to 50, wherein, in Formula 2, R 1 to R 4 are each independently hydrogen or a substituted or unsubstituted alkyl group having 1 to 5 carbon atoms. a lithium salt having a molar concentration of 1.5 M to 2.0 M; an oligomer containing a unit represented by Formula 1 and having an acrylate group at an end thereof; a first additive represented by Formula 2; and an organic solvent: wherein, in Formula 1, R a , R b , R c , and R d are each independently a fluorine element or an alkyl group having 1 to 3 carbon atoms which is unsubstituted or substituted with a fluorine element, and p is an integer of 1 to 50, wherein, in Formula 2, R 1 to R 4 are each independently hydrogen or a substituted or unsubstituted alkyl group having 1 to 5 carbon atoms.
A method of cold retreading a tyre ; the cold retreading method comprises the steps of: removing the old worn tread from the tyre in order to expose an equatorial surface of a casing of the tyre ; winding about the equatorial surface of the casing a green rubber cushion and a pre-cured tread strip provided with a tread pattern; and curing the green rubber cushion inserted within the tyre between the casing and the pre-cured tread strip ; applying to the pre-cured tread strip before curing, a filler in a fluid state which enters the grooves of the tread pattern and forms a coating covering the pre-cured tread strip ; and removing the filler covering the pre-cured tread strip after curing; the cold retreading method is characterized in that the filler contains a material which shrinks during the curing. removing the old worn tread from the tyre in order to expose an equatorial surface of a casing of the tyre ; winding about the equatorial surface of the casing a green rubber cushion and a pre-cured tread strip provided with a tread pattern; and curing the green rubber cushion inserted within the tyre between the casing and the pre-cured tread strip ; applying to the pre-cured tread strip before curing, a filler in a fluid state which enters the grooves of the tread pattern and forms a coating covering the pre-cured tread strip ; and removing the filler covering the pre-cured tread strip after curing; the cold retreading method is characterized in that the filler contains a material which shrinks during the curing.
A detection system for detecting contact between an implement in a saw and an object comprising: an electrically conductive charge plate positioned at a predetermined distance from the implement; a detection circuit comprising a transformer , the transformer further comprising: a first winding formed from a first electrical conductor between a first terminal and a second terminal; and a second winding formed from a second electrical conductor between a third terminal and a fourth terminal, characterized by ; a single cable connecting the first terminal and the second terminal of the winding to the charge plate and the implement, the single cable comprising: a first conductor electrically connected to the first terminal of the winding and to the electrically conductive plate; a second conductor electrically connected to the implement; and an electrical insulator positioned between the first conductor and the second conductor. an electrically conductive charge plate positioned at a predetermined distance from the implement; a detection circuit comprising a transformer , the transformer further comprising: a first winding formed from a first electrical conductor between a first terminal and a second terminal; and a second winding formed from a second electrical conductor between a third terminal and a fourth terminal, characterized by ; a first winding formed from a first electrical conductor between a first terminal and a second terminal; and a second winding formed from a second electrical conductor between a third terminal and a fourth terminal, characterized by ; a single cable connecting the first terminal and the second terminal of the winding to the charge plate and the implement, the single cable comprising: a first conductor electrically connected to the first terminal of the winding and to the electrically conductive plate; a second conductor electrically connected to the implement; and an electrical insulator positioned between the first conductor and the second conductor. a first conductor electrically connected to the first terminal of the winding and to the electrically conductive plate; a second conductor electrically connected to the implement; and an electrical insulator positioned between the first conductor and the second conductor.
An electrical plug-in connection , having an electrical plug-in connector , an electrical mating plug-in connector that can be electrically and mechanically connected to the plug-in connector , a primary latching arrangement for latching the connection between the plug-in connector and the mating plug-in connector , and a clamping device , wherein the clamping device is designed to brace the plug-in connector and the mating plug-in connector relative to one another in their connected state in addition to the latching by way of the primary latching arrangement , wherein the clamping device has at least one clamping element (17, 17`), which is designed to interact with the mating plug-in connector in a form-fitting manner to brace the plug-in connector relative to the mating plug-in connector , and wherein the mating plug-in connector has latching elements , which are designed to enter into a form fit with the clamping elements (17, 17`) of the clamping device in order to brace the plug-in connector relative to the mating plug-in connector , and wherein the plug-in connector has supporting elements , which are designed to absorb a bracing force introduced by the clamping elements (17, 17`) in order to brace the plug-in connector relative to the mating plug-in connector , characterized in that respectively one of the clamping elements for introducing the bracing force is arranged between one of the latching elements and one of the supporting elements .
A method of processing received signals at a multiple input multiple output (MIMO) receiver including a plurality of antennas, the method comprising: selecting a reference resource element (RE) from an RE group including a plurality of REs; generating a preprocessing filter to be shared among the plurality of REs of the RE group based on channel information of the reference RE; generating covariance matrices of the REs except for the reference RE based on channel information of the REs except for the reference RE of the plurality of REs; and generating detection signals of the RE group by compensating for the received signals of the plurality of REs by using the preprocessing filter and either the covariance matrices or the channel information of the REs wherein it is determined whether the covariance matrices are used for compensating for the received signals of the plurality of REs, based on at least one of the number of receive antennas of the MIMO receiver, the number of layers of the received signals and a predetermined iteration number of the compensation process. selecting a reference resource element (RE) from an RE group including a plurality of REs; generating a preprocessing filter to be shared among the plurality of REs of the RE group based on channel information of the reference RE; generating covariance matrices of the REs except for the reference RE based on channel information of the REs except for the reference RE of the plurality of REs; and generating detection signals of the RE group by compensating for the received signals of the plurality of REs by using the preprocessing filter and either the covariance matrices or the channel information of the REs wherein it is determined whether the covariance matrices are used for compensating for the received signals of the plurality of REs, based on at least one of the number of receive antennas of the MIMO receiver, the number of layers of the received signals and a predetermined iteration number of the compensation process.
Vehicle with a mounting arrangement for suspending a component, in particular a net partition wall rod , in a suspension eyelet , which is formed on a suspension eyelet carrier part on the body side and which, starting from the vehicle interior, is covered in a concealed manner by a roof liner , and with a faceplate , which is connected at a first connecting point (A1) to an opening edge region of a roof liner mounting opening , wherein, when the faceplate is installed, the faceplate can be guided from the vehicle interior through the roof liner mounting opening in a joining direction (F), until a flat faceplate base section comes into contact with the opening edge region of the roof liner mounting opening and a faceplate mounting body projects through the roof liner mounting opening , and wherein the faceplate is fastened to the roof liner by means of its faceplate mounting body to form the first connecting point (A), characterized in that the first connecting point (A1) is associated with a fastening clip that is formed as a separate component, which can be pushed in a plug-in direction (S) onto a guide contour of the faceplate mounting body into a locked position (V), in which the fastening clip engages beneath the opening edge region of the roof liner mounting opening .
Apparatus, comprising: an electrode comprising a temperature sensor and a sensor ; a memory , the memory comprising a temperature module configured to receive a signal from the temperature sensor , a power control module , a force module coupled to sensor , and an irrigation module , and wherein the power control module is configured to select a maximum radiofrequency (RF) power to be delivered by the electrode within a range of 70W - 100W; and the apparatus further comprising: a processor coupled to the memory and power control module and configured to: communicate with the force module and select an allowable force on the electrode within a range of 5g - 50g; communicate with the temperature module and select a maximum allowable temperature, of tissue to be ablated, within a range of 55°C - 65°C; communicate with the irrigation module and select an irrigation rate for providing irrigation fluid to the electrode within a range of 8 - 45 ml/min; and communicate with the memory and perform an ablation of the tissue using the selected values. an electrode comprising a temperature sensor and a sensor ; a memory , the memory comprising a temperature module configured to receive a signal from the temperature sensor , a power control module , a force module coupled to sensor , and an irrigation module , and wherein the power control module is configured to select a maximum radiofrequency (RF) power to be delivered by the electrode within a range of 70W - 100W; and the apparatus further comprising: a processor coupled to the memory and power control module and configured to: communicate with the force module and select an allowable force on the electrode within a range of 5g - 50g; communicate with the temperature module and select a maximum allowable temperature, of tissue to be ablated, within a range of 55°C - 65°C; communicate with the irrigation module and select an irrigation rate for providing irrigation fluid to the electrode within a range of 8 - 45 ml/min; and communicate with the memory and perform an ablation of the tissue using the selected values. communicate with the force module and select an allowable force on the electrode within a range of 5g - 50g; communicate with the temperature module and select a maximum allowable temperature, of tissue to be ablated, within a range of 55°C - 65°C; communicate with the irrigation module and select an irrigation rate for providing irrigation fluid to the electrode within a range of 8 - 45 ml/min; and communicate with the memory and perform an ablation of the tissue using the selected values.
An own position estimation device configured to estimate an own position of a mobile body, the own position estimation device comprising: a landmark position detector configured to cyclically detect relative planar landmark positions of landmarks existing around the mobile body with respect to the position of the mobile body; a movement amount detector configured to detect a movement amount of the mobile body from a time point one cycle ago to the current time point; a landmark position accumulator configured to accumulate, as pieces of landmark position data, relative planar landmark positions obtained by moving the relative planar landmark positions detected by the landmark position detector in control cycles executed in the past, by the movement amount detected by the movement amount detector ; a map information acquirer configured to acquire map information including landmark positions of landmarks existing on a map; and an own position estimator configured to estimate a detection error in the movement amount detected by the movement amount detector based on a change in a past movement amount in movement records of the mobile body, characterized in that the own position estimator is further configured to set an extraction range (A) from the mobile body based on the estimated detection error, to match the pieces of accumulated landmark position data in the extraction range (A) with the landmark positions included in the map information and to estimate, based on the matching, the own position of the mobile body. a landmark position detector configured to cyclically detect relative planar landmark positions of landmarks existing around the mobile body with respect to the position of the mobile body; a movement amount detector configured to detect a movement amount of the mobile body from a time point one cycle ago to the current time point; a landmark position accumulator configured to accumulate, as pieces of landmark position data, relative planar landmark positions obtained by moving the relative planar landmark positions detected by the landmark position detector in control cycles executed in the past, by the movement amount detected by the movement amount detector ; a map information acquirer configured to acquire map information including landmark positions of landmarks existing on a map; and an own position estimator configured to estimate a detection error in the movement amount detected by the movement amount detector based on a change in a past movement amount in movement records of the mobile body, characterized in that the own position estimator is further configured to set an extraction range (A) from the mobile body based on the estimated detection error, to match the pieces of accumulated landmark position data in the extraction range (A) with the landmark positions included in the map information and to estimate, based on the matching, the own position of the mobile body.
A curable formulation comprising: (a) a curable liquid precursor capable of frontal polymerization, wherein said liquid precursor comprises a monomer and a polymerization catalyst; and (b) one or more frontal-polymerization-triggering susceptors disposed in a distinct layer on top of said liquid precursor, wherein said susceptors comprise conducting and/or magnetic solid particles capable of induction heating in the presence of a remotely applied electromagnetic field . (a) a curable liquid precursor capable of frontal polymerization, wherein said liquid precursor comprises a monomer and a polymerization catalyst; and (b) one or more frontal-polymerization-triggering susceptors disposed in a distinct layer on top of said liquid precursor, wherein said susceptors comprise conducting and/or magnetic solid particles capable of induction heating in the presence of a remotely applied electromagnetic field .